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ANT Datasets
The following datasets are provided by USC/ISI ANT project.
They are available through the LANDER project's
participiation in the PREDICT program,
or on request through the e-mail address listed below.
| Name | Start Date | End Date | Size | Description | Detailed Information |
|---|---|---|---|---|---|
| Anycast_Enumeration_from_PlanetLab_to_TLDns-20120402 | 2012-04-02 | 2012-04-02 | 41.00M | This PlanetLab to TLDns probes dataset was generated on 2012-04-02. It contains DNS queries for CHAOS TXT "hostname.bind" and traceroute from a few hundreds of PlanetLab nodes to all top-level domain name servers. | README |
| Anycast_Enumeration_from_rDNS_to_AS112-20120504 | 2012-05-04 | 2012-05-06 | 4.00M | This rDNS to AS112 probes dataset was generated on 2012-05-04. It contains DNS queries for IN TXT "hostname.as112.net" from a large list of open recursive name servers to AS112 name servers. | README |
| B-Root_Load-20170412 | 2017-04-12 | 2017-04-12 | 45.00M | This dataset reports queries and good and bad replies in hour-long periods per prefix (/24 or /48) for each B-Root site. | README |
| B-Root_Load-20170515 | 2017-05-15 | 2017-05-15 | 44.00M | This dataset reports queries and good and bad replies in hour-long periods per prefix (/24 or /48) for each B-Root site. | README |
| B_Root_Anomaly-20151130 | 2015-11-30 | 2015-12-01 | 514.44G | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:B_Root_Anomaly_message_question-20151130 . | README |
| B_Root_Anomaly-20160625 | 2016-06-25 | 2016-06-25 | 490.62G | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:B_Root_Anomaly_message_question-20160625 . | README |
| B_Root_Anomaly-20170221 | 2017-02-21 | 2017-02-21 | 336.37G | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:B_Root_Anomaly_message_question-20170221 . | README |
| B_Root_Anomaly-20170306 | 2017-03-06 | 2017-03-06 | 677.13G | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:B_Root_Anomaly_message_question-20170306 . | README |
| B_Root_Anomaly-20170425 | 2017-04-25 | 2017-04-25 | 294.20G | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:B_Root_Anomaly_message_question-20170425 . | README |
| B_Root_Anomaly-20190907 | 2019-09-07 | 2019-09-07 | 350.65G | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:B_Root_Anomaly_message_question-20190907 . | README |
| B_Root_Anomaly-20200213 | 2020-02-13 | 2020-02-13 | 471.37G | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:B_Root_Anomaly_message_question-20200213 . | README |
| B_Root_Anomaly-20200214 | 2020-02-14 | 2020-02-14 | 476.02G | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:B_Root_Anomaly_message_question-20200214 . | README |
| B_Root_Anomaly-20200217 | 2020-02-17 | 2020-02-17 | 494.97G | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:B_Root_Anomaly_message_question-20200217 . | README |
| B_Root_Anomaly-20201024 | 2020-10-24 | 2020-10-24 | 579.70G | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:B_Root_Anomaly_message_question-20201024 . | README |
| B_Root_Anomaly-20210528 | 2021-05-28 | 2021-05-28 | 466.53G | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:B_Root_Anomaly_message_question-20210528 . | README |
| B_Root_Anomaly_message_question-20151130 | 2015-11-30 | 2015-11-30 | 276.15G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:B_Root_Anomaly-20151130 . | README |
| B_Root_Anomaly_message_question-20160625 | 2016-06-25 | 2016-06-25 | 242.09G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:B_Root_Anomaly-20160625 . | README |
| B_Root_Anomaly_message_question-20170221 | 2017-02-21 | 2017-02-21 | 148.83G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:B_Root_Anomaly-20170221 . | README |
| B_Root_Anomaly_message_question-20170306 | 2017-03-06 | 2017-03-06 | 297.92G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:B_Root_Anomaly-20170306 . | README |
| B_Root_Anomaly_message_question-20170425 | 2017-04-25 | 2017-04-25 | 124.25G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:B_Root_Anomaly-20170425 . | README |
| B_Root_Anomaly_message_question-20190907 | 2019-09-07 | 2019-09-07 | 138.93G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:B_Root_Anomaly-20190907 . | README |
| B_Root_Anomaly_message_question-20200213 | 2020-02-13 | 2020-02-13 | 196.28G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:B_Root_Anomaly-20200213 . | README |
| B_Root_Anomaly_message_question-20200214 | 2020-02-14 | 2020-02-14 | 197.67G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:B_Root_Anomaly-20200214 . | README |
| B_Root_Anomaly_message_question-20200217 | 2020-02-17 | 2020-02-17 | 194.81G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:B_Root_Anomaly-20200217 . | README |
| B_Root_Anomaly_message_question-20201024 | 2020-10-24 | 2020-10-24 | 178.02G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:B_Root_Anomaly-20201024 . | README |
| B_Root_Anomaly_message_question-20210528 | 2021-05-28 | 2021-05-28 | 186.14G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:B_Root_Anomaly-20210528 . | README |
| B_Root_week-20210108 | 2021-01-08 | 2021-01-15 | 2.77T | This is a collection of DNS requests host-only anonymized IP collected at B root. All B-Root traffic is saved in pcap format. | README |
| B_Root_week-20210115 | 2021-01-15 | 2021-01-19 | 1.54T | This is a collection of DNS requests host-only anonymized IP collected at B root. All B-Root traffic is saved in pcap format. | README |
| B_Root_week_message_question-20190109 | 2019-01-09 | 2019-01-17 | 1.16T | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. | README |
| B_Root_week_message_question-20210108 | 2021-01-08 | 2021-01-15 | 1.20T | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. | README |
| B_Root_week_message_question-20210115 | 2021-01-15 | 2021-01-19 | 682.51G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. | README |
| Bottleneck_traces-20041202 | 2004-12-02 | 2004-12-02 | 18.55G | This trace set contains 24 trace pairs gathered on Dec. 2nd, 2004. A pair of traces was gathered every hour for 24 hours. Each trace pair has two traces in Endace DAG format. The first one is a 5-minute long trace with no Iperf bottleneck flow inside (named by ***_background_dag). The second one was gathered shortly after the first one, and contains a 5-minute long trace with an Iperf TCP flow going through a known 100Mbps bottleneck (named by ***_bottleneck_dag). The Iperf TCP flow is from 164.136.245.16:37111 to 200.116.161.92:5001. (Both of these addresses are anonymized.). Both traces contain all packet headers traversing the monitored link in one direction in the corresponding time period. | README |
| CloudAvailability-20130311 | 2013-03-11 | 2013-09-01 | 880.00M | Measure the availability of cloud services with different probing method (ICMP vs. HTTP) | README |
| DARPA_2009_DDoS_attack-20091105 | 2009-11-05 | 2009-11-05 | 1.01G | Traffic contains a SYN flood DDoS attack on one target (IP address 172.28.4.7) and background traffic. The DDoS traffic comes from about 100 different IPs. Some IPs contribute significantly to the attack (e.g., IPs: 19.202.221.71, 19.202.221.72, and 19.202.221.73), while the contribution of some other sources is stealthier. | README |
| DARPA_2009_malware-DDoS_attack-20091104 | 2009-11-04 | 2009-11-04 | 347.00M | The dataset contains background traffic and a malware DDoS attack traffic that utilizes a number of compromised local hosts (within 172.28.0.0/16 network). These hosts were used to launch a malware DDoS attack on a non local target. The victim with the IP address 152.162.178.254 was targeted on the TCP destination port 499. | README |
| DARPA_Scalable_Network_Monitoring-20091103 | 2009-11-03 | 2009-11-12 | 1.32T | The 2009 DARPA dataset is a synthesized dataset created to simulate real Internet traffic and network attacks. Its duration is 10 days, between November 3 - 12, 2009. The dataset is about 6.4 TB, divided into thousands of pcap files of 954M each. The traffic contains synthetic HTTP, SMTP, and DNS background data. The attacks are large scale network attacks including DNS worms, http worms, and DDoS attacks. The worms and DDoS attacks have been parameterized to exhibit various propagation characteristics. | README |
| DITL_B_Root-20130528 | 2013-05-28 | 2013-05-30 | 262.56G | This is the collection of full payload packets data with host-only anonymized IP collected at B root for about 48 hours from May 28 to May 30, 2013. The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root-20140428 | 2014-04-28 | 2014-04-30 | 158.12G | This is the collection of full payload packets data with host-only anonymized IP collected at B root for about 36 hours from April 28 to April 30, 2014. The data was collected as part of Day in the Life of the Internet effort (DITL). These days do NOT match official DITL days/times. | README |
| DITL_B_Root-20150413 | 2015-04-13 | 2015-04-15 | 456.95G | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:DITL_B_Root_message_question-20150413 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root-20160405 | 2016-04-05 | 2016-04-07 | 384.08G | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:DITL_B_Root_message_question-20160405 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root-20161001 | 2016-10-01 | 2016-10-04 | 535.75G | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:DITL_B_Root_message_question-20161001 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root-20170411 | 2017-04-11 | 2017-04-13 | 453.92G | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:DITL_B_Root_message_question-20170411 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root-20170919 | 2017-09-19 | 2017-09-22 | 740.31G | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:DITL_B_Root_message_question-20170919 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root-20180410 | 2018-04-10 | 2018-04-12 | 498.66G | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:DITL_B_Root_message_question-20180410 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root-20181010 | 2018-10-10 | 2018-10-14 | 802.78G | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:DITL_B_Root_message_question-20181010 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root-20190321 | 2019-03-21 | 2019-03-24 | 1.04T | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:DITL_B_Root_message_question-20190321 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root-20190408 | 2019-04-08 | 2019-04-10 | 767.27G | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:DITL_B_Root_message_question-20190408 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root-20200505 | 2020-05-05 | 2020-05-07 | 1.24T | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:DITL_B_Root_message_question-20200505 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root-20210413 | 2021-04-13 | 2021-04-15 | 916.98G | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:DITL_B_Root_message_question-20210413 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root-20220412 | 2022-04-12 | 2022-04-14 | 811.29G | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset LANDER:DITL_B_Root_message_question-20220412 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root-20230411 | 2023-04-11 | 2023-04-13 | 971.19G | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset DITL_B_Root_message_question-20230411 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root-20240409 | 2024-04-09 | 2024-04-111 | 1.58T | This is the collection of full payload packets data with host-only anonymized IP collected at B root. For a datasets containing parsed DNS data, please see a companion dataset DITL_B_Root_message_question-20240409 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root_message_question-20130528 | 2013-05-28 | 2013-05-30 | 83.71G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:DITL_B_Root-20130528 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root_message_question-20140428 | 2014-04-28 | 2014-04-30 | 49.18G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:DITL_B_Root-20140428 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root_message_question-20150413 | 2015-04-13 | 2015-04-15 | 140.30G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:DITL_B_Root-20150413 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root_message_question-20160405 | 2016-04-05 | 2016-04-07 | 196.33G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:DITL_B_Root-20160405 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root_message_question-20161001 | 2016-10-01 | 2016-10-04 | 288.08G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:DITL_B_Root-20161001 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root_message_question-20170411 | 2017-04-11 | 2017-04-13 | 199.04G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:DITL_B_Root-20170411 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root_message_question-20170919 | 2017-09-19 | 2017-09-22 | 314.29G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:DITL_B_Root-20170919 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root_message_question-20180410 | 2018-04-10 | 2018-04-12 | 209.97G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:DITL_B_Root-20180410 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root_message_question-20181010 | 2018-10-10 | 2018-10-14 | 170.51G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:DITL_B_Root-20181010 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root_message_question-20190321 | 2019-03-21 | 2019-03-24 | 440.37G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:DITL_B_Root-20190321 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root_message_question-20190408 | 2019-04-08 | 2019-04-10 | 320.12G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:DITL_B_Root-20190408 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root_message_question-20200505 | 2020-05-05 | 2020-05-07 | 527.07G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset DITL_B_Root-20200505 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root_message_question-20210413 | 2021-04-13 | 2021-04-15 | 396.32G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:DITL_B_Root-20210413 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root_message_question-20220412 | 2022-04-12 | 2022-04-14 | 352.92G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset LANDER:DITL_B_Root-20220412 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root_message_question-20230411 | 2023-04-11 | 2023-04-13 | 384.78G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset DITL_B_Root-20230411 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_B_Root_message_question-20240409 | 2024-04-09 | 2024-04-11 | 541.32G | This is a collection of DNS requests host-only anonymized IP collected at B root. DNS payload is parsed and saved in a text form. For a datasets containing raw PCAP data, please see a companion dataset DITL_B_Root-20240409 . The data was collected as part of Day in the Life of the Internet effort (DITL). | README |
| DITL_I2-20080317 | 2008-03-17 | 2008-03-21 | 357.08G | This is the collection of anonymized IP header data collected by an academic ISP for about 48 hours on March 18 and 19, 2008. The data was collected as part of CAIDA's Day in the Life of the Internet effort (DITL). | README |
| DNS_Backscatter_M_Root_anon-20140216 | 2014-02-16 | 2014-11-16 | 39.00M | This dataset contains analysis of DNS backscatter from M-Root from DITL 2014 and Sampled data for 9 months. | README |
| DNS_Recursive_Study-20170323 | 2017-03-23 | 2017-03-27 | 568.00M | This data set contains captures of DNS queries towards a test domain with 7 different setups of authoritative servers. It contains DNS queries captured at the authoritatives (in PCAP format) as well as the measurement data (in JSON format) of the RIPE Atlas Probes. | README |
| Diurnal_Changes_a39-20200101 | 2020-01-01 | 2020-03-31 | 27.00M | The datasets were created by analyzing ip_accumulation datasets [1] to detect changes in diurnal behavior for all change-sensitive IPv4 /24 blocks. | README |
| Diurnal_Changes_a40-20200401 | 2020-04-01 | 2020-07-01 | 36.00M | The datasets were created by analyzing ip_accumulation datasets [1] to detect changes in diurnal behavior for all change-sensitive IPv4 /24 blocks. | README |
| DoS_80-20110715 | 2011-07-15 | 2011-07-15 | 32.31G | This dataset contains one attack, or possibly backscatter from a DoS attack. All packets of the attack are TCP SYN/ACKs, many identical. The attack lasts about 17 minutes. The attack includes background traffic with about an hour and a half prior and following the attack, including 8 known false positives. | README |
| DoS_80_timeseries-20020629 | 2002-06-29 | 2003-11-30 | 784.00M | The dataset has one millisecond granularity timeseries of 80 denial of service attacks captured at Los Nettos in 2002. | README |
| DoS_DDiDD_Experiments-20230111 | 2015-11-30 | 2021-05-28 | 1.77G | Experiments measuring DDiDD performance on a series of B_Root_Anomaly events representing flash-crowd DDoS attacks | README |
| DoS_DNS_amplification-20130617 | 2013-06-17 | 2013-06-17 | 1.22G | This dataset contains one DNS amplification/reflection attack, staged by researchers between two sites (USC/ISI, Marina del Rey, California to CSU, Fort Collins, Colorado). It lasts for about 10 minutes. Packet headers are fully anonymized. | README |
| DoS_traces-20020629 | 2002-06-29 | 2002-08-14 | 4.13G | This dataset contains three attacks. The first attack is a reflector attack that sends echo reply packets targeted to a victim within Los Nettos. The attacks lasts for 244 seconds. The second attack is a TCP no-flags attack that originates within Los Nettos and lasts for 721 seconds. The third attack is a ip-proto 255 attack that send 60B packets and originates with Los Nettos. It lasts for 930 seconds. | README |
| FRGPContinuousFlowData_sample-20130923 | 2013-09-23 | 2013-09-28 | 104.96G | Daily Argus files (see http://qosient.com/argus/ ) with flows on a 10Gb/s link between FRGP.net and a content ISP. Has traffic from several academic institutions. This is a sample of the continuous dataset under a similar name. This sample is fully anonymized. | README |
| FRGP_NTP_Flow_Data_anon-20131201 | 2013-12-01 | 2014-02-28 | 727.01G | 3 months of daily Network Time Protocol (NTP) traffic in the form of Argus flows. The IP addresses are fully anonymized using a prefix-preserving algorithm. The flows are on a 10Gb/s link between a regional and a content ISP. The traffic involves several academic and research institutions. The dataset also includes NTP traffic collected at a University. The dataset contains NTP DDoS reflection attack traffic. These attacks are triggered by the attackers via sending monlist queries with spoofed source IP addresses to vulnerable hosts running NTP. These vulnerable hosts respond with a list of last clients (up to 600), typically producing large replies compared to the small queries. | README |
| FRGP_SSDP_Reflection_DDoS_Attack_Traffic_anon-20140930 | 2014-09-30 | 2014-09-30 | 4.99G | About 3 hours of DDoS attack traffic to a victim in the form of Argus flows. Most of the attack traffic is UDP Simple Service Discovery Protocol (SSDP) traffic. The traffic also includes ICMP and other UDP protocols traffic. The IP addresses are fully anonymized using a prefix-preserving algorithm. The flows are on a 10Gb/s link between a regional and a content ISP. These attacks are triggered by the attackers via UPnP/SSDP discovery requests with spoofed source IP addresses to vulnerable hosts running SSDP. | README |
| Insider_Threat_Data_Corpus-20160601 | 2016-06-01 | 2016-06-30 | 5.13T | The Insider Threat Data Corpus consists of twelve (12) scenarios. Six (6) of this scenarios include specific activities to support an enterprise insider goals. The other six(6) are "false positives" scenarios, where the activities are similar to an insider, but the actors' goals are not that of an insider. Each scenario can be characterized by the primary threat type posed in the scenario, its temporal distribution, the trigger for threat, and the party carrying out the attack. | README |
| IoT_Bootup_Traces-20161207 | 2016-12-07 | 2016-12-08 | 123.00M | First-time boot-up traffic of multiple IoT devices located in a LAN network. Traces are captured at both LAN and WAN port of the LAN router. | README |
| IoT_Bootup_Traces-20181107 | 2018-11-07 | 2018-11-09 | 457.00M | First-time boot-up traffic of multiple IoT devices located in a LAN network. Traces are captured at LAN port of the LAN router. | README |
| IoT_Detections-20130528 | 2013-05-28 | 2018-04-10 | 17.00M | This dataset contains two sets of Internet-wide IoT detection results: DNS-based and certificate-based results. DNS-based results show deployment of 23 types of IoT devices at AS level (ASN and DNS-recursive IP where IoT devices get detected) from 2013 to 2018. Certificate-based result shows detection of 254k IP cameras and network video recorders from 199 countries around the world on 2017-07-26. | README |
| IoT_Operation_Traces-20200127 | 2020-01-27 | 2020-02-06 | 268.00M | 10-day operational traffic from 14 IoT devices. All IoT devices are initially off and get boot up right after measurement starts. We interact with these devices daily during measurement. | README |
| Metadata-Submission-2 | 2024-09-05 | 2024-09-20 | UNKN | This is long description | README |
| Mirai-B-scanning-20160601 | 2016-06-01 | 2017-03-30 | 1.07G | The dataset represents scanning traffic from Mirai observed at B-Root. It includes only Mirai-identified TCP SYNs sent to ports 23 and 2323; other traffic is removed. Through 2016-11-20, we observe only traffic to one IP address (130.152.184.2). From 2016-11-20 onward it adds traffic to 192.228.79.0/24. | README |
| Mirai-FRGP-scanning-20160908 | 2016-09-08 | 2016-10-31 | 566.87G | The dataset represents flows that match the Mirai scanning signature. It includes CSV files showing information extracted from only Mirai-identified Argus TCP flows with destination ports 23 and 2323. The dataset is collected at a regional ISP during the months of September and October of 2016. | README |
| NCCDC_logs-20110408 | 2011-04-08 | 2011-04-10 | 365.20G | These log files are packet captures from the 2011 National Collegiate Cyber Defense Competition (nccdc.org). CCDC is a multi-day competition that specifically focuses on the operational aspects of managing and protecting an existing "commercial" network infrastructure. Teams of undergraduate/graduate students are provided with a fully functional (but insecure) small business network they must secure, maintain, and defend against a live Red Team. Teams must also respond to business tasks called "injects" throughout the competition. | README |
| NCCDC_logs-20120420 | 2012-04-20 | 2012-04-22 | 376.04G | These log files are packet captures from the 2012 National Collegiate Cyber Defense Competition (nccdc,org). CCDC is a multi-day competition that specifically focuses on the operational aspects of managing and protecting an existing "commercial" network infrastructure. Teams of undergraduate/graduate students are provided with a fully functional (but insecure) small business network they must secure, maintain, and defend against a live Red Team. Teams must also respond to business tasks called "injects" throughout the competition. | README |
| NCCDC_logs-20130419 | 2013-04-19 | 2013-04-21 | 639.54G | These log files are packet captures from the 2013 National Collegiate Cyber Defense Competition (nccdc.org). CCDC is a multi-day competition that specifically focuses on the operational aspects of managing and protecting an existing "commercial" network infrastructure. Teams of undergraduate/graduate students are provided with a fully functional (but insecure) small business network they must secure, maintain, and defend against a live Red Team. Teams must also respond to business tasks called "injects" throughout the competition. | README |
| NCCDC_logs-20150424 | 2015-04-24 | 2015-04-26 | 1008.23G | These log files are packet captures from the 2015 National Collegiate Cyber Defense Competition (nccdc.org). CCDC is a multi-day competition that specifically focuses on the operational aspects of managing and protecting an existing "commercial" network infrastructure. Teams of undergraduate/graduate students are provided with a fully functional (but insecure) small business network they must secure, maintain, and defend against a live Red Team. Teams must also respond to business tasks called "injects" throughout the competition. | README |
| NCCDC_logs-20160422 | 2016-04-22 | 2016-04-24 | 1.81T | These log files are packet captures from the 2016 National Collegiate Cyber Defense Competition (nccdc.org). CCDC is a multi-day competition that specifically focuses on the operational aspects of managing and protecting an existing commercial" network infrastructure. Teams of undergraduate/graduate students are provided with a fully functional (but insecure) small business network they must secure; maintain; and defend against a live Red Team.Teams must also respond to business tasks called "injects" throughout the competition. | README |
| NCCDC_logs-20170413 | 2017-04-13 | 2017-04-15 | 747.50G | These log files are packet captures from the 2017 National Collegiate Cyber Defense Competition (nccdc.org). CCDC is a multi-day competition that specifically focuses on the operational aspects of managing and protecting an existing commercial" network infrastructure. Teams of undergraduate/graduate students are provided with a fully functional (but insecure) small business network they must secure; maintain; and defend against a live Red Team.Teams must also respond to business tasks called "injects" throughout the competition. | README |
| NCCDC_logs_zeek-20170413 | 2017-04-13 | 2017-04-15 | 39.40G | This dataset is Zeek output from packet captures from the 2017 National Collegiate Cyber Defense Competition (nccdc.org). CCDC is a multi-day competition that specifically focuses on the operational aspects of managing and protecting an existing commercial" network infrastructure. Teams of undergraduate/graduate students are provided with a fully functional (but insecure) small business network they must secure; maintain; and defend against a live Red Team. Teams must also respond to business tasks called "injects" throughout the competition. Zeek is a popular network monitoring tool. | README |
| Root_DNS_Event-20151130 | 2015-11-30 | 2015-12-02 | 1.27G | This dataset is the DNS CHAOS measurements towards all DNS Root Letters from Nov 30th to Dec 1th, 2015. The Internet's Root Domain Name Service sustained traffic at 100 times normal load on these two days. Raw data is originally from RIPE Atlas but converted from JSON to CSV and filtered out hijacked probes. | README |
| Service_Enumeration_Google-20130818 | 2012-10-17 | 2013-08-18 | 5.72G | This dataset enumerates all known google front-end IP addresses, and clusters them into datacenters and sites. It does so using both the EDNS client-subnet extension and open DNS resovlers. | README |
| Skaion_2006_IARPA_Dataset-20050903 | 2005-09-03 | 2006-10-18 | 103.54G | These datasets are generated by capturing information from a synthetic environment, where benign user activity and malicious attacks are emulated by computer programs. In these environments, we can capture and distribute full network packets, firewall logs, application logs, and malicious attacks, without any risk of compromising the privacy of real people. Additionally, in these synthetic datasets, we know and document complete "ground truth": which traffic is benign and which traffic is malicious. | README |
| T-DNS-experiments-20140324 | 2013-11-01 | 2014-01-01 | 19.00M | Experiments measuring performance of using DNS over TCP and TLS | README |
| TESLA-Home-Network-two-weeks-20240101 | 2024-01-01 | 2024-01-15 | UNKN | This dataset contains PCAP files collected from: - a 2022 Tesla model Y - a Tesla Wall Charger This data was collected over two weeks from a Tesla model Y and Wall Charger when they were in range of a home wifi network. PCAPs were collected by using `tcpdump` filtered by the ethernet MAC address for the Tesla and the wall charger. Collection was rotated every two hours by tcpdump. | README |
| Test-Metadata-Submission-1 | 2024-09-30 | 2024-10-04 | UNKN | Test long description | README |
| UniformAttack_Traces_Generated20070821-20041202 | 2004-12-02 | 2004-12-03 | 2.69G | This trace set contains 16 trace pairs created in August 2007 using background trace data recorded in December 2004. Each trace pair has the same uniform attack, and different background traffic. The background traffic bitrates are 196 Mbps and 320 Mbps, from the D12_02T01_56 and D12_02T15_56 traces, respectively. The uniform attack increases exponentially from 1 Mbps to 250 Mbps. The two streams were merged with the uniform attacks using the stream_merger application. The scripts and instructions are available in http://www.isi.edu/ant/software as DAG trace generator. This dataset supersedes and corrects UniformAttack_traces-20070115 http://wiki.isi.edu/predict/index.php/LANDER:UniformAttack_traces-20070115 | README |
| anycast_catchment_distribution-20200224 | 2020-02-24 | 2021-04-23 | 67.58G | This dataset contains catchment distribution at different routing configurations in Peering testbed. It includes captured traces after making announcements with path prepending, community strings, and path poisoning from different anycast sites. With each routing configuration, this directory contains pcap traces for each individual site, and parsed data files that contain synthesized outputs from the pcap traces. | README |
| anycast_catchment_stability-20210701 | 2021-07-01 | 2021-07-31 | 13.53G | In this dataset, we provide B-root catchment distribution for a month. We provide a list of /24 prefixes, and their corresponding catchment in B-root from July 2021. | README |
| as_to_org_mapping-20101019 | 2010-10-19 | 2010-10-19 | 10.00M | This dataset provides a mapping from ASes to organizations,v.e., identifies which ASes belong to which organizations. We determined the mapping by automatic clustering methods. The general idea of the methods is to cluster ASes by their attributes found in WHOIS databases obtained from five Regional Internet Registries (RIR). | README |
| as_to_org_mapping_inferred_truth-20100507 | 2010-05-07 | 2010-05-07 | 1024.00K | This dataset identified the ASes beloging to 9 large Internet organizations. We determined these ASes by manual inspection of RIR whois information, using AS names and external information (company web pages, wikipedia, etc.) to infer a feasible ground truth. | README |
| as_to_org_mapping_inferred_truth-20110901 | 2011-09-01 | 2011-09-01 | 1024.00K | This dataset provides a mapping from ASes to organizations, i.e., identifies which ASes belong to which organizations. We determined the mapping by manual inspection of RIR whois information, using AS names and external information (company web pages, wikipedia, etc.) to infer a feasible ground truth. This dataset comprises 109 organizations and their 4019 ASes in total. | README |
| as_to_org_mapping_subsidiary_linkage-20101019 | 2010-10-19 | 2010-12-31 | 2.52G | This dataset provides a linking between ASes and company subsidiaries. It is derived from WHOIS database and Form 10-K filings. The linking is useful to associate ASes that belong to different subsidiaries of the same organization. We determined the links by automatic record linkage algorithms and followed by manual verification and pruning. The general idea is to compare how similar the name of an AS is to the name of a subsidiary. Due to the inaccuracy of automatic linkage, we then manually verify and prune the links for selected most important organizations. | README |
| attack-tcpsyn-20061106 | 2006-11-06 | 2006-11-06 | 98.00M | This tcp syn attack was captured by a large hosting service. The attack lasted 22 sec and the attack packet rate was about twice the background traffic, 80Kpps, vs. 40Kpps. The trace contains all packets during the attack. | README |
| attack-udp22-20061106 | 2006-11-06 | 2006-11-06 | 90.00M | This short (8sec) attack was captured by a large hosting service. The attack consists of very short packets (15 bytes) sent to UDP port 22 at a rate of about 180kpps, when background traffic is about 53Kpps. The trace contains all traffic, a few seconds before and after the attack. | README |
| classify_internet_address_blocks-20080912 | 2008-09-12 | 2008-09-12 | 428.00M | This derived dataset is derived from 2 survey datasets and 1 ISC dataset. It contains survey information and ISC information for IP addresses. Survey is done by pinging (ICMP ECHO_REQUEST) each IP address every 11 minutes for around 1 week. We analyzed the ping responses and provide survey information including sum uptime, uptime count, mean uptime, median uptime, max_uptime and ping-observable category. We joined the ISC dataset with a survey dataset and analyzed them for training and validation. We provide ISC information including keywords and hostname-inferred usage category. | README |
| classify_internet_address_blocks-20100521 | 2010-05-21 | 2010-05-21 | 287.00M | This derived dataset is derived from 2 survey datasets. It contains survey information for IP addresses. Survey is done by pinging (ICMP ECHO_REQUEST) each IP address every 11 minutes for around 2 weeks. We analyzed the ping responses and provide survey information including sum uptime, uptime count, median uptime and ping-observable category. | README |
| ddos_hackathon-20200511 | 2020-05-11 | 2020-09-22 | 111.00G | This is anonymized NetFlow data, collected at FrontRange GigaPOP for select days during May, Aug and Sep of 2020. The data contains sampled benign flows (sampling rate is per packet and it is 1 in 100 or 1 in 4096) and sampled DDoS flows, as well as Arbor Peakflow (Netscout) detections of DDoS attacks. | README |
| geoloc_128_187_195-20120101 | 2012-01-01 | 2012-01-31 | 18.99G | IP Geolocation dataset contains the location information of IP addresses of 9 /8s (128 187 195) and also the raw probing data. | README |
| geoloc_166_167_168_169_172_179_210_212_213_220_221_222_223-20130201 | 2013-02-01 | 2013-03-01 | 57.86G | IP Geolocation dataset contains the location information of IP addresses of 13 /8s (166 167 168 169 172 179 210 212 213 220 221 222 223) and also the raw probing data. | README |
| geoloc_177_182_183_184_185_190_191_211_214_215-20130301 | 2013-03-01 | 2013-04-01 | 37.19G | IP Geolocation dataset contains the location information of IP addresses of 10 /8s (177 182 183 184 185 190 191 211 214 215) and also the raw probing data. | README |
| geoloc_178_186_188_189_202_203-20120201 | 2012-02-01 | 2012-02-28 | 59.10G | IP Geolocation dataset contains the location information of IP addresses of 6 /8s (178 186 188 189 202 203) and also the raw probing data. | README |
| geoloc_193_194_216_217_218_219-20120201 | 2012-02-01 | 2012-02-28 | 57.04G | IP Geolocation dataset contains the location information of IP addresses of 6 /8s (193 194 216 217 218 219) and also the raw probing data. | README |
| geoloc_196_197_198_199_200_201_204_205_206_207_208_209-20130201 | 2013-02-01 | 2013-03-01 | 51.95G | IP Geolocation dataset contains the location information of IP addresses of 12 /8s (196 197 198 199 200 201 204 205 206 207 208 209) and also the raw probing data. | README |
| geoloc_1_2_12_14_24_31_121_192_196-20120201 | 2012-02-01 | 2012-02-28 | 64.15G | IP Geolocation dataset contains the location information of IP addresses of 9 /8s (1 2 12 14 24 31 121 192 196) and also the raw probing data. | README |
| geoloc_210_212_213_220_221_222_223-20130301 | 2013-03-01 | 2013-04-01 | 51.53G | IP Geolocation dataset contains the location information of IP addresses of 7 /8s (210 212 213 220 221 222 223) and also the raw probing data. | README |
| geoloc_23_27_36_37_38_39_41_42_170_171_173_174_175_180_181-20130201 | 2013-02-01 | 2013-03-01 | 50.04G | IP Geolocation dataset contains the location information of IP addresses of 15 /8s (23 27 36 37 38 39 41 42 170 171 173 174 175 180 181) and also the raw probing data. | README |
| geoloc_49_60_61_73_74_95_176-20121001 | 2012-10-01 | 2012-11-01 | 45.53G | IP Geolocation dataset contains the location information of IP addresses of 7 /8s (49 60 61 73 74 95 176) and also the raw probing data. | README |
| geoloc_5_46_50_58_59_62_108-20120801 | 2012-08-01 | 2012-09-01 | 39.94G | IP Geolocation dataset contains the location information of IP addresses of 7 /8s (5 46 50 58 59 62 108) and also the raw probing data. | README |
| geoloc_63_64_83_85_101_106-20120201 | 2012-02-01 | 2012-02-28 | 41.43G | IP Geolocation dataset contains the location information of IP addresses of 6 /8s (63 64 83 85 101 106) and also the raw probing data. | README |
| geoloc_65_67_77_78_120_123-20120301 | 2012-03-01 | 2012-03-30 | 48.93G | IP Geolocation dataset contains the location information of IP addresses of 6 /8s (65 67 77 78 120 123) and also the raw probing data. | README |
| geoloc_66_76_81_82_116_119-20120401 | 2012-04-01 | 2012-04-30 | 68.56G | IP Geolocation dataset contains the location information of IP addresses of 6 /8s (66 76 81 82 116 119) and also the raw probing data. | README |
| geoloc_68_72_86_87_124_125-20120401 | 2012-04-01 | 2012-04-30 | 65.87G | IP Geolocation dataset contains the location information of IP addresses of 6 /8s (68 72 86 87 124 125) and also the raw probing data. | README |
| geoloc_69_70_91_92_110_111_128-20130201 | 2013-02-01 | 2013-03-01 | 54.73G | IP Geolocation dataset contains the location information of IP addresses of 7 /8s (69 70 91 92 110 111 128) and also the raw probing data. | README |
| geoloc_71_88_112-20120101 | 2012-01-01 | 2012-01-30 | 33.53G | IP Geolocation dataset contains the location information of IP addresses of 3 /8s (71 88 112) and also the raw probing data. | README |
| geoloc_75_93_94_99_114_115-20120601 | 2012-06-01 | 2012-06-30 | 51.87G | IP Geolocation dataset contains the location information of IP addresses of 6 /8s (75 93 94 99 114 115) and also the raw probing data. | README |
| geoloc_79_80_117_122_129_131-20120301 | 2012-03-01 | 2012-03-30 | 44.96G | IP Geolocation dataset contains the location information of IP addresses of 6 /8s (79 80 117 122 129 131) and also the raw probing data. | README |
| geoloc_84_98_118-20120101 | 2012-01-01 | 2012-01-30 | 32.83G | IP Geolocation dataset contains the location information of IP addresses of 3 /8s (84 98 118) and also the raw probing data. | README |
| geoloc_89_90_96_97_113_126-20120701 | 2012-07-01 | 2012-07-30 | 44.88G | IP Geolocation dataset contains the location information of IP addresses of 6 /8s (89 90 96 97 113 126) and also the raw probing data. | README |
| geoloc_sparse_prefixes-20130301 | 2013-03-01 | 2013-04-01 | 61.27G | IP Geolocation dataset contains the location information of IP addresses of 80 /8s (3 4 6 7 8 9 11 13 15 16 17 18 19 20 21 22 25 26 28 29 30 32 33 34 35 40 43 44 45 47 48 51 52 53 54 55 56 57 100 102 103 104 105 107 109 130 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165) and also the raw probing data. | README |
| geoloc_university_ground_truth-20151001 | 2015-10-01 | 2015-10-02 | 2.00M | This dataset contains latency measurements and location information for 85 /24 blocks that belong to universities around the world. The IP addresses of each block are believed to be closely co-located. The measurements are leveraged from the IP Geolocation datasets: InternetTopologyData/IP_Address_Geolocation_Data provided by the USC/LANDER project ( http://www.isi.edu/ant/lander ). The location information is obtained from Google Geocode API and MaxMind GeoLite City database. The dataset also provides artificial dual-location blocks made by merging IP addresses from two different single location /24 blocks. The two merged blocks are VP-compatible (probed by the same set of of VPs). The distance between the combined blocks varies across the artificial blocks. This dataset can be useful for geolocation and IP blocks co-locality research. | README |
| internet_address_census_it29c-20091102 | 2009-11-02 | 2009-12-06 | 13.89G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it29w-20091102 | 2009-11-02 | 2009-12-02 | 13.81G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it30c-20091223 | 2009-12-23 | 2010-01-21 | 13.73G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it30w-20091223 | 2009-12-23 | 2010-01-21 | 13.70G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it31c-20100208 | 2010-02-08 | 2010-03-10 | 13.97G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it31w-20100208 | 2010-02-08 | 2010-03-10 | 13.99G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it32c-20100329 | 2010-03-29 | 2010-04-28 | 14.26G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it32w-20100329 | 2010-03-29 | 2010-04-28 | 14.26G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it33c-20100514 | 2010-05-14 | 2010-06-14 | 14.72G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it33w-20100514 | 2010-05-14 | 2010-06-14 | 14.72G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it34c-20100707 | 2010-07-07 | 2010-08-09 | 14.81G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it34w-20100707 | 2010-07-07 | 2010-08-10 | 14.88G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it35c-20100818 | 2010-08-18 | 2010-10-18 | 15.17G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it35w-20100818 | 2010-08-18 | 2010-09-19 | 15.20G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it36c-20101005 | 2010-10-05 | 2010-11-06 | 15.13G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it36w-20101005 | 2010-10-05 | 2010-11-06 | 18.51G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it37c-20101124 | 2010-11-24 | 2010-12-26 | 15.40G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it37w-20101124 | 2010-11-24 | 2010-12-26 | 16.17G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it38c-20110112 | 2011-01-12 | 2011-02-14 | 15.77G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it38w-20110112 | 2011-01-12 | 2011-02-18 | 15.87G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it39c-20110220 | 2011-02-20 | 2011-03-26 | 16.21G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it39w-20110220 | 2011-02-20 | 2011-03-26 | 16.20G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it40c-20110406 | 2011-04-06 | 2011-05-10 | 16.18G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it40w-20110406 | 2011-04-06 | 2011-05-13 | 16.28G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it41c-20110520 | 2011-05-20 | 2011-06-24 | 16.27G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it41w-20110520 | 2011-05-20 | 2011-06-26 | 16.28G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it42c-20110712 | 2011-07-12 | 2011-08-15 | 16.25G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it42w-20110726 | 2011-07-26 | 2011-09-02 | 15.08G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it43c-20110913 | 2011-09-13 | 2011-10-17 | 16.43G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it43j-20110913 | 2011-09-13 | 2011-10-17 | 15.79G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it43w-20110913 | 2011-09-13 | 2011-10-17 | 16.05G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it44c-20111102 | 2011-11-02 | 2011-12-30 | 19.62G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it44j-20111102 | 2011-11-02 | 2011-12-08 | 16.13G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it44w-20111102 | 2011-11-02 | 2011-12-05 | 16.06G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it45c-20120102 | 2012-01-02 | 2012-02-04 | 15.95G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it45j-20120102 | 2012-01-02 | 2012-02-04 | 20.53G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it45w-20120102 | 2012-01-02 | 2012-02-14 | 16.20G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it46c-20120309 | 2012-03-09 | 2012-04-11 | 16.04G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it46j-20120309 | 2012-03-09 | 2012-04-16 | 15.78G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it46w-20120309 | 2012-03-09 | 2012-04-11 | 17.62G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it47c-20120427 | 2012-04-27 | 2012-05-30 | 16.18G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it47j-20120427 | 2012-04-27 | 2012-05-30 | 15.90G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it47w-20120427 | 2012-04-27 | 2012-05-30 | 16.19G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it48j-20120615 | 2012-06-15 | 2012-07-18 | 16.31G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it48w-20120615 | 2012-06-15 | 2012-07-21 | 15.99G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it48c-20120618 | 2012-06-18 | 2012-07-21 | 16.12G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it49c-20120731 | 2012-07-31 | 2012-09-02 | 16.39G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it49j-20120731 | 2012-07-31 | 2012-09-10 | 16.68G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it49w-20120731 | 2012-07-31 | 2012-09-02 | 16.16G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it50c-20120926 | 2012-09-26 | 2012-10-29 | 16.38G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it50j-20120926 | 2012-09-26 | 2012-10-30 | 16.49G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it50w-20120926 | 2012-09-26 | 2012-10-29 | 16.59G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it51c-20121116 | 2012-11-16 | 2012-12-19 | 16.84G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it51j-20121116 | 2012-11-16 | 2012-12-22 | 16.50G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it51w-20121116 | 2012-11-16 | 2012-12-19 | 16.52G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it52c-20130102 | 2013-01-02 | 2013-02-04 | 16.49G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it52j-20130102 | 2013-01-02 | 2013-02-04 | 16.38G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it52w-20130102 | 2013-01-02 | 2013-02-05 | 16.44G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it53c-20130222 | 2013-02-22 | 2013-03-28 | 16.37G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it53j-20130222 | 2013-02-22 | 2013-03-27 | 16.63G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it53w-20130222 | 2013-02-22 | 2013-03-27 | 16.51G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it54c-20130430 | 2013-04-30 | 2013-06-09 | 17.23G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it54j-20130430 | 2013-04-30 | 2013-06-02 | 16.94G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it54w-20130430 | 2013-04-30 | 2013-06-02 | 17.20G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it55c-20130723 | 2013-07-23 | 2013-08-25 | 16.72G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it55j-20130723 | 2013-07-23 | 2013-08-25 | 16.97G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it55w-20130723 | 2013-07-23 | 2013-08-25 | 16.91G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it56c-20130917 | 2013-09-17 | 2013-10-20 | 16.83G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it56j-20130917 | 2013-09-17 | 2013-10-20 | 16.79G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it56w-20130917 | 2013-09-17 | 2013-10-20 | 16.63G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it57c-20131127 | 2013-11-27 | 2013-12-30 | 17.18G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it57j-20131127 | 2013-11-27 | 2013-12-30 | 19.07G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it57w-20131127 | 2013-11-27 | 2013-12-30 | 16.88G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it58c-20140122 | 2014-01-22 | 2014-02-24 | 17.06G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it58j-20140122 | 2014-01-22 | 2014-02-21 | 18.22G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it58w-20140122 | 2014-01-22 | 2014-02-24 | 17.00G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it59c-20140410 | 2014-04-10 | 2014-05-13 | 16.68G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it59j-20140410 | 2014-04-10 | 2014-05-10 | 17.85G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it59w-20140410 | 2014-04-10 | 2014-05-13 | 16.72G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it60c-20140619 | 2014-06-19 | 2014-07-21 | 16.68G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it60j-20140619 | 2014-06-19 | 2014-07-13 | 14.44G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it60w-20140619 | 2014-06-19 | 2014-07-21 | 16.70G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it61c-20140829 | 2014-08-29 | 2014-10-01 | 16.54G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it61j-20140829 | 2014-08-29 | 2014-09-22 | 14.44G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it61w-20140829 | 2014-08-29 | 2014-10-01 | 16.59G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it61g-20140830 | 2014-08-30 | 2014-10-01 | 16.62G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it62c-20141105 | 2014-11-05 | 2014-12-07 | 16.45G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it62g-20141105 | 2014-11-05 | 2014-12-07 | 16.52G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it62j-20141105 | 2014-11-05 | 2014-11-29 | 14.43G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it62w-20141105 | 2014-11-05 | 2014-12-07 | 19.83G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it63c-20150117 | 2015-01-17 | 2015-02-18 | 16.50G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it63g-20150117 | 2015-01-17 | 2015-03-23 | 16.57G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it63j-20150117 | 2015-01-17 | 2015-03-27 | 14.50G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it63w-20150117 | 2015-01-17 | 2015-02-18 | 19.92G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it64c-20150413 | 2015-04-13 | 2015-05-15 | 17.18G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it64g-20150413 | 2015-04-13 | 2015-05-15 | 17.19G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it64w-20150413 | 2015-04-13 | 2015-05-15 | 20.17G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it64j-20150414 | 2015-04-14 | 2015-05-07 | 16.15G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it65c-20150622 | 2015-06-22 | 2015-07-24 | 16.24G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it65g-20150622 | 2015-06-22 | 2015-07-24 | 16.50G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it65j-20150622 | 2015-06-22 | 2015-07-17 | 13.79G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it65w-20150622 | 2015-06-22 | 2015-07-24 | 20.04G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it66c-20150911 | 2015-09-11 | 2015-10-13 | 16.41G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it66g-20150911 | 2015-09-11 | 2015-10-14 | 16.45G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it66j-20150911 | 2015-09-11 | 2015-10-06 | 14.06G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it66w-20150911 | 2015-09-11 | 2015-10-13 | 19.85G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it67c-20151202 | 2015-12-02 | 2016-01-03 | 16.49G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it67g-20151202 | 2015-12-02 | 2016-01-03 | 16.62G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it67j-20151202 | 2015-12-02 | 2015-12-26 | 14.15G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it67w-20151202 | 2015-12-02 | 2016-01-03 | 20.02G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it68c-20160121 | 2016-01-21 | 2016-02-22 | 16.46G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it68g-20160121 | 2016-01-21 | 2016-02-22 | 16.54G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it68j-20160121 | 2016-01-21 | 2016-02-14 | 14.10G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it68w-20160121 | 2016-01-21 | 2016-02-22 | 20.26G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it69c-20160411 | 2016-04-11 | 2016-05-13 | 16.51G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it69g-20160411 | 2016-04-11 | 2016-05-13 | 16.49G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it69j-20160411 | 2016-04-11 | 2016-05-06 | 14.32G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it69w-20160411 | 2016-04-11 | 2016-05-13 | 19.82G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it70g-20160602 | 2016-06-02 | 2016-07-04 | 16.51G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it70j-20160602 | 2016-06-02 | 2016-06-27 | 14.34G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it70w-20160602 | 2016-06-02 | 2016-07-04 | 19.75G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it70c-20160603 | 2016-06-03 | 2016-07-06 | 14.92G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it71c-20160803 | 2016-08-03 | 2016-09-04 | 16.39G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it71g-20160803 | 2016-08-03 | 2016-09-04 | 16.47G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it71j-20160803 | 2016-08-03 | 2016-08-28 | 14.30G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it71w-20160803 | 2016-08-03 | 2016-09-04 | 19.67G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it72c-20161003 | 2016-10-03 | 2016-11-04 | 16.19G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it72g-20161003 | 2016-10-03 | 2016-11-04 | 16.29G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it72j-20161003 | 2016-10-03 | 2016-11-03 | 13.93G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it72w-20161003 | 2016-10-03 | 2016-11-04 | 19.89G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it73c-20161216 | 2016-12-16 | 2017-01-18 | 16.13G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it73g-20161216 | 2016-12-16 | 2017-01-18 | 16.15G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it73j-20161216 | 2016-12-16 | 2017-01-21 | 14.02G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it73w-20161216 | 2016-12-16 | 2017-01-17 | 16.30G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it74c-20170222 | 2017-02-22 | 2017-03-26 | 16.25G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it74e-20170222 | 2017-02-22 | 2017-03-26 | 16.31G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it74g-20170222 | 2017-02-22 | 2017-03-26 | 16.14G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it74j-20170222 | 2017-02-22 | 2017-03-20 | 14.31G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it74n-20170222 | 2017-02-22 | 2017-03-26 | 16.15G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it74w-20170222 | 2017-02-22 | 2017-03-26 | 16.34G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it75c-20170427 | 2017-04-27 | 2017-05-29 | 16.24G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it75e-20170427 | 2017-04-27 | 2017-05-29 | 16.37G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it75g-20170427 | 2017-04-27 | 2017-05-29 | 16.21G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it75j-20170427 | 2017-04-27 | 2017-05-23 | 14.26G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it75n-20170427 | 2017-04-27 | 2017-05-29 | 16.15G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it75w-20170427 | 2017-04-27 | 2017-05-29 | 16.33G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it76c-20170628 | 2017-06-28 | 2017-07-30 | 16.33G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it76e-20170628 | 2017-06-28 | 2017-08-03 | 16.51G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it76g-20170628 | 2017-06-28 | 2017-08-02 | 16.31G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it76j-20170628 | 2017-06-28 | 2017-07-24 | 14.42G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it76n-20170628 | 2017-06-28 | 2017-07-30 | 16.11G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it76w-20170628 | 2017-06-28 | 2017-07-30 | 16.50G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it77c-20170830 | 2017-08-30 | 2017-10-01 | 16.27G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it77e-20170830 | 2017-08-30 | 2017-10-03 | 16.46G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it77g-20170830 | 2017-08-30 | 2017-10-02 | 16.27G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it77j-20170830 | 2017-08-30 | 2017-09-25 | 14.33G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it77n-20170830 | 2017-08-30 | 2017-10-01 | 16.16G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it77w-20170830 | 2017-08-30 | 2017-10-01 | 16.36G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it78c-20171113 | 2017-11-13 | 2017-12-16 | 16.14G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it78e-20171113 | 2017-11-13 | 2017-12-15 | 16.37G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it78g-20171113 | 2017-11-13 | 2017-12-15 | 16.16G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it78j-20171113 | 2017-11-13 | 2017-12-17 | 16.22G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it78n-20171113 | 2017-11-13 | 2017-12-15 | 16.04G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it78w-20171113 | 2017-11-13 | 2017-12-15 | 16.26G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it79c-20180213 | 2018-02-13 | 2018-03-17 | 15.98G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it79e-20180213 | 2018-02-13 | 2018-03-17 | 16.37G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it79g-20180213 | 2018-02-13 | 2018-03-18 | 16.18G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it79n-20180213 | 2018-02-13 | 2018-03-17 | 16.06G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it79w-20180213 | 2018-02-13 | 2018-03-17 | 16.36G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it80c-20180413 | 2018-04-13 | 2018-05-15 | 15.95G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it80e-20180413 | 2018-04-13 | 2018-05-15 | 16.30G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it80g-20180413 | 2018-04-13 | 2018-05-15 | 16.09G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it80j-20180413 | 2018-04-13 | 2018-05-15 | 16.16G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it80n-20180413 | 2018-04-13 | 2018-05-15 | 16.03G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it80w-20180413 | 2018-04-13 | 2018-05-15 | 16.26G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it81c-20180625 | 2018-06-25 | 2018-07-27 | 15.92G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it81e-20180625 | 2018-06-25 | 2018-07-27 | 16.21G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it81g-20180625 | 2018-06-25 | 2018-07-28 | 15.96G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it81j-20180625 | 2018-06-25 | 2018-07-28 | 15.99G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it81n-20180625 | 2018-06-25 | 2018-07-27 | 16.00G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it81w-20180625 | 2018-06-25 | 2018-07-27 | 16.16G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it82c-20180904 | 2018-09-04 | 2018-10-06 | 15.93G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it82e-20180904 | 2018-09-04 | 2018-10-09 | 16.13G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it82g-20180904 | 2018-09-04 | 2018-10-07 | 15.93G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it82j-20180904 | 2018-09-04 | 2018-10-07 | 16.00G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it82n-20180904 | 2018-09-04 | 2018-10-06 | 16.01G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it82w-20180904 | 2018-09-04 | 2018-10-06 | 16.12G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it83c-20181031 | 2018-10-31 | 2018-12-02 | 15.91G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it83e-20181031 | 2018-10-31 | 2018-12-16 | 16.08G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it83g-20181031 | 2018-10-31 | 2018-12-02 | 15.93G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it83j-20181031 | 2018-10-31 | 2018-12-02 | 16.00G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it83n-20181031 | 2018-10-31 | 2018-12-02 | 16.01G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it83w-20181031 | 2018-10-31 | 2018-12-02 | 16.08G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it84c-20190130 | 2019-01-30 | 2019-03-03 | 15.88G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it84e-20190130 | 2019-01-30 | 2019-03-03 | 16.06G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it84g-20190130 | 2019-01-30 | 2019-03-03 | 15.89G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it84j-20190130 | 2019-01-30 | 2019-03-03 | 15.91G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it84n-20190130 | 2019-01-30 | 2019-03-03 | 15.95G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it84w-20190130 | 2019-01-30 | 2019-03-03 | 16.00G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it85c-20190417 | 2019-04-17 | 2019-05-19 | 15.89G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it85e-20190417 | 2019-04-17 | 2019-05-19 | 16.08G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it85g-20190417 | 2019-04-17 | 2019-05-20 | 15.90G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it85j-20190417 | 2019-04-17 | 2019-05-20 | 15.92G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it85n-20190417 | 2019-04-17 | 2019-05-19 | 15.98G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it85w-20190417 | 2019-04-17 | 2019-05-19 | 16.00G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it86c-20190624 | 2019-06-24 | 2019-07-26 | 15.87G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it86e-20190624 | 2019-06-24 | 2019-07-26 | 16.08G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it86g-20190624 | 2019-06-24 | 2019-08-01 | 15.88G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it86j-20190624 | 2019-06-24 | 2019-07-26 | 15.90G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it86n-20190624 | 2019-06-24 | 2019-07-26 | 15.96G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it86w-20190624 | 2019-06-24 | 2019-07-26 | 16.03G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it87c-20190911 | 2019-09-11 | 2019-10-13 | 15.85G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it87e-20190911 | 2019-09-11 | 2019-10-13 | 15.96G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it87g-20190911 | 2019-09-11 | 2019-10-13 | 15.87G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it87j-20190911 | 2019-09-11 | 2019-10-13 | 15.87G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it87n-20190911 | 2019-09-11 | 2019-10-13 | 15.98G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it87w-20190911 | 2019-09-11 | 2019-10-13 | 16.07G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it88c-20191127 | 2019-11-27 | 2019-12-29 | 15.83G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it88e-20191127 | 2019-11-27 | 2019-12-29 | 16.05G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it88g-20191127 | 2019-11-27 | 2019-12-29 | 15.85G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it88j-20191127 | 2019-11-27 | 2019-12-29 | 15.91G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it88n-20191127 | 2019-11-27 | 2019-12-29 | 15.93G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it88w-20191127 | 2019-11-27 | 2019-12-29 | 16.01G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it89c-20200219 | 2020-02-19 | 2020-03-24 | 15.84G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it89e-20200219 | 2020-02-19 | 2020-03-22 | 16.02G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it89g-20200219 | 2020-02-19 | 2020-03-22 | 15.89G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it89j-20200219 | 2020-02-19 | 2020-03-22 | 15.90G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it89n-20200219 | 2020-02-19 | 2020-03-22 | 15.90G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it89w-20200219 | 2020-02-19 | 2020-03-22 | 15.97G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it90c-20200428 | 2020-04-28 | 2020-05-30 | 15.72G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it90e-20200428 | 2020-04-28 | 2020-05-30 | 15.99G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it90j-20200428 | 2020-04-28 | 2020-05-30 | 15.86G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it90n-20200428 | 2020-04-28 | 2020-05-30 | 15.90G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it90w-20200428 | 2020-04-28 | 2020-05-30 | 15.94G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it91c-20200710 | 2020-07-10 | 2020-08-11 | 15.75G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it91e-20200710 | 2020-07-10 | 2020-08-12 | 15.98G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it91g-20200710 | 2020-07-10 | 2020-08-11 | 15.79G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it91j-20200710 | 2020-07-10 | 2020-08-11 | 15.91G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it91n-20200710 | 2020-07-10 | 2020-08-11 | 15.89G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it91w-20200710 | 2020-07-10 | 2020-08-11 | 15.94G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it92c-20201010 | 2020-10-10 | 2020-11-11 | 15.78G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it92e-20201010 | 2020-10-10 | 2020-11-10 | 15.98G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it92g-20201010 | 2020-10-10 | 2020-11-12 | 15.86G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it92n-20201010 | 2020-10-10 | 2020-11-10 | 15.93G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it92w-20201010 | 2020-10-10 | 2020-11-10 | 15.95G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it93c-20210202 | 2021-02-02 | 2021-03-06 | 15.80G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it93e-20210202 | 2021-02-02 | 2021-03-06 | 16.92G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it93g-20210202 | 2021-02-02 | 2021-03-06 | 15.88G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it93n-20210202 | 2021-02-02 | 2021-03-06 | 16.65G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it93w-20210202 | 2021-02-02 | 2021-03-06 | 17.07G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it94c-20210519 | 2021-05-19 | 2021-06-20 | 15.88G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it94e-20210519 | 2021-05-19 | 2021-06-19 | 17.05G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it94g-20210519 | 2021-05-19 | 2021-06-20 | 15.99G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it94n-20210519 | 2021-05-19 | 2021-06-19 | 16.69G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it94w-20210519 | 2021-05-19 | 2021-06-19 | 16.71G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it95e-20210727 | 2021-07-27 | 2021-08-27 | 16.72G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it95g-20210727 | 2021-07-27 | 2021-08-27 | 15.96G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it95n-20210727 | 2021-07-27 | 2021-08-27 | 17.08G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it95w-20210727 | 2021-07-27 | 2021-08-27 | 16.67G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it96c-20211112 | 2021-11-12 | 2021-12-14 | 17.82G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it96w-20211112 | 2021-11-12 | 2021-12-14 | 16.66G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it97c-20211227 | 2021-12-27 | 2022-01-30 | 16.08G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it97e-20211227 | 2021-12-27 | 2022-01-28 | 16.52G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it97g-20211227 | 2021-12-27 | 2022-01-28 | 15.95G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it97n-20211227 | 2021-12-27 | 2022-01-28 | 16.03G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it97w-20211227 | 2021-12-27 | 2022-01-28 | 16.10G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it98c-20220319 | 2022-03-19 | 2022-04-19 | 16.08G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it98e-20220319 | 2022-03-19 | 2022-04-19 | 16.16G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it98g-20220319 | 2022-03-19 | 2022-04-19 | 15.96G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it98n-20220319 | 2022-03-19 | 2022-04-19 | 16.11G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it98w-20220319 | 2022-03-19 | 2022-04-19 | 16.15G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it99c-20220528 | 2022-05-28 | 2022-06-29 | 16.01G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it99e-20220528 | 2022-05-28 | 2022-06-29 | 16.12G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it99g-20220528 | 2022-05-28 | 2022-06-29 | 15.98G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it99n-20220528 | 2022-05-28 | 2022-06-29 | 16.04G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it99w-20220528 | 2022-05-28 | 2022-06-29 | 16.11G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it100c-20220808 | 2022-08-08 | 2022-09-09 | 15.89G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it100e-20220808 | 2022-08-08 | 2022-09-09 | 16.31G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it100g-20220808 | 2022-08-08 | 2022-09-09 | 15.97G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it100n-20220808 | 2022-08-08 | 2022-09-09 | 16.06G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it100w-20220808 | 2022-08-08 | 2022-09-09 | 17.31G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it101c-20221101 | 2022-11-01 | 2022-12-03 | 15.93G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it101e-20221101 | 2022-11-01 | 2022-12-03 | 16.11G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it101g-20221101 | 2022-11-01 | 2022-12-03 | 16.00G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it101n-20221101 | 2022-11-01 | 2022-12-03 | 16.06G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it101w-20221101 | 2022-11-01 | 2022-12-03 | 19.87G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it102c-20230125 | 2023-01-25 | 2023-02-25 | 16.00G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it102e-20230125 | 2023-01-25 | 2023-03-17 | 25.01G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it102g-20230125 | 2023-01-25 | 2023-03-05 | 16.03G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it102n-20230125 | 2023-01-25 | 2023-02-25 | 16.05G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it102w-20230125 | 2023-01-25 | 2023-02-25 | 24.06G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it103c-20230420 | 2023-04-20 | 2023-05-22 | 16.04G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it103e-20230420 | 2023-04-20 | 2023-05-22 | 16.21G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it103g-20230420 | 2023-04-20 | 2023-05-22 | 16.07G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it103n-20230420 | 2023-04-20 | 2023-05-22 | 16.13G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it103w-20230420 | 2023-04-20 | 2023-05-22 | 21.68G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it104c-20230622 | 2023-06-22 | 2023-07-24 | 17.27G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it104e-20230622 | 2023-06-22 | 2023-07-24 | 16.16G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it104g-20230622 | 2023-06-22 | 2023-07-24 | 16.06G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it104j-20230622 | 2023-06-22 | 2023-07-24 | 16.18G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it104n-20230622 | 2023-06-22 | 2023-07-24 | 16.06G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it104w-20230622 | 2023-06-22 | 2023-07-24 | 18.12G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it105c-20230926 | 2023-09-26 | 2023-10-28 | 16.86G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it105e-20230926 | 2023-09-26 | 2023-10-28 | 16.13G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it105g-20230926 | 2023-09-26 | 2023-10-28 | 16.03G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it105j-20230926 | 2023-09-26 | 2023-10-28 | 16.15G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it105n-20230926 | 2023-09-26 | 2023-10-28 | 16.06G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it105w-20230926 | 2023-09-26 | 2023-10-28 | 17.83G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it106c-20231222 | 2023-12-22 | 2024-01-23 | 17.45G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it106e-20231222 | 2023-12-22 | 2024-02-02 | 16.03G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it106g-20231222 | 2023-12-22 | 2024-01-23 | 15.99G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it106j-20231222 | 2023-12-22 | 2024-01-23 | 16.05G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it106n-20231222 | 2023-12-22 | 2024-01-23 | 15.95G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it106w-20231222 | 2023-12-22 | 2024-01-23 | 18.99G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it107c-20240314 | 2024-03-14 | 2024-04-15 | 17.75G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it107e-20240314 | 2024-03-14 | 2024-04-16 | 26.51G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it107g-20240314 | 2024-03-14 | 2024-04-15 | 15.97G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it107n-20240314 | 2024-03-14 | 2024-04-15 | 15.96G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it107w-20240314 | 2024-03-14 | 2024-04-15 | 19.34G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it108c-20240711 | 2024-07-11 | 2024-08-11 | 17.87G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it108e-20240711 | 2024-07-11 | 2024-08-11 | 15.89G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it108g-20240711 | 2024-07-11 | 2024-08-15 | 15.86G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it108j-20240711 | 2024-07-11 | 2024-08-12 | 15.85G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it108n-20240711 | 2024-07-11 | 2024-08-11 | 15.85G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_it108w-20240711 | 2024-07-11 | 2024-08-11 | 19.29G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_census_standing_c-20091102 | 2009-11-02 | 2020-01-01 | UNKN | Applying to this standing dataset, will allow researchers to get the latest IPv4 census datasets as they become available. This subscription will last for one year, since it's approved. This standing request applies only to censuses conducted from colostate.edu, in Ft. Collins, Colorado. Please see e.g. dataset internet_address_census_it79c-20180213 for an example of a dataset covered by this standing request. | README |
| internet_address_census_standing_e-20170222 | 2017-02-22 | 2020-01-01 | UNKN | Applying to this standing dataset, will allow researchers to get the latest IPv4 census datasets as they become available. This subscription will last for one year, since it's approved. This standing request applies only to censuses conducted from ISI East, Arlington, Washington DC.. Please see e.g. dataset internet_address_census_it79e-20180213 for an example of a dataset covered by this standing request. | README |
| internet_address_census_standing_g-20140830 | 2014-08-30 | 2020-01-01 | UNKN | Applying to this standing dataset, will allow researchers to get the latest IPv4 census datasets as they become available. This subscription will last for one year, since it's approved. This standing request applies only to censuses conducted from AUEB, located in Athens, Greece. Please see e.g. dataset internet_address_census_it79g-20180213 for an example of a dataset covered by this standing request. | README |
| internet_address_census_standing_j-20091102 | 2009-11-02 | 2020-01-01 | UNKN | Applying to this standing dataset, will allow researchers to get the latest IPv4 census datasets as they become available. This subscription will last for one year, since it's approved. This standing request applies only to censuses conducted from WIDE in Fujisawa-shi, Kanagawa, Japan. Please see e.g. dataset internet_address_census_it79j-20180213 for an example of a dataset covered by this standing request. | README |
| internet_address_census_standing_n-20170222 | 2017-02-22 | 2020-01-01 | UNKN | Applying to this standing dataset, will allow researchers to get the latest IPv4 census datasets as they become available. This subscription will last for one year, since it's approved. This standing request applies only to censuses conducted from SURFnet, located in Utrecht, The Netherlands. Please see e.g. dataset internet_address_census_it79n-20180213 for an example of a dataset covered by this standing request. | README |
| internet_address_census_standing_w-20091102 | 2009-11-02 | 2020-01-01 | UNKN | Applying to this standing dataset, will allow researchers to get the latest IPv4 census datasets as they become available. This subscription will last for one year, since it's approved. This standing request applies only to censuses conducted from isi.edu in Marina del Rey, California. Please see e.g. dataset internet_address_census_it79w-20180213 for an example of a dataset covered by this standing request. | README |
| internet_address_history_it43w-20110913 | 2009-09-13 | 2011-10-17 | 4.47G | This dataset, generated on 2011-11-16, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it28w to it43w. | README |
| internet_address_history_it44w-20111102 | 2009-11-02 | 2011-12-05 | 4.60G | This dataset, generated on 2011-12-07, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it29w to it44w. | README |
| internet_address_history_it45w-20120102 | 2009-12-23 | 2012-02-14 | 4.74G | This dataset, generated on 2012-02-17, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it30w to it45w. | README |
| internet_address_history_it46w-20120309 | 2010-02-08 | 2012-04-11 | 4.88G | This dataset, generated on 2012-04-28, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it31w to it46w. | README |
| internet_address_history_it47w-20120427 | 2010-03-29 | 2012-05-30 | 5.01G | This dataset, generated on 2012-06-19, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it32w to it47w. | README |
| internet_address_history_it48w-20120615 | 2010-05-14 | 2012-07-21 | 5.14G | This dataset, generated on 2012-08-07, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it33w to it48w. | README |
| internet_address_history_it49w-20120731 | 2010-07-07 | 2012-09-02 | 5.27G | This dataset, generated on 2012-09-14, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it34w to it49w. | README |
| internet_address_history_it50w-20120926 | 2010-08-18 | 2012-10-29 | 5.41G | This dataset, generated on 2012-11-06, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it35w to it50w. | README |
| internet_address_history_it51w-20121116 | 2010-10-05 | 2012-12-19 | 5.56G | This dataset, generated on 2013-01-09, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it36w to it51w. | README |
| internet_address_history_it52w-20130102 | 2010-11-24 | 2013-02-05 | 5.70G | This dataset, generated on 2013-02-12, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it37w to it52w. | README |
| internet_address_history_it53w-20130222 | 2011-01-12 | 2013-03-27 | 5.83G | This dataset, generated on 2013-04-30, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it38w to it53w. | README |
| internet_address_history_it54w-20130430 | 2011-02-20 | 2013-06-02 | 5.98G | This dataset, generated on 2013-07-17, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it39w to it54w. | README |
| internet_address_history_it55w-20130723 | 2011-04-06 | 2013-08-25 | 6.14G | This dataset, generated on 2013-08-30, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it40w to it55w. | README |
| internet_address_history_it56w-20130917 | 2011-05-20 | 2013-10-20 | 6.28G | This dataset, generated on 2013-11-14, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it41w to it56w. | README |
| internet_address_history_it57w-20131127 | 2011-07-26 | 2013-12-30 | 6.44G | This dataset, generated on 2014-01-23, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it42w to it57w. | README |
| internet_address_history_it58w-20140122 | 2011-09-13 | 2014-02-24 | 6.57G | This dataset, generated on 2014-04-02, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it43w to it58w. | README |
| internet_address_history_it59w-20140410 | 2011-11-02 | 2014-05-13 | 6.72G | This dataset, generated on 2014-06-14, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it44w to it59w. | README |
| internet_address_history_it60w-20140619 | 2012-01-02 | 2014-07-21 | 6.86G | This dataset, generated on 2014-08-29, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it45w to it60w. | README |
| internet_address_history_it61w-20140829 | 2012-03-09 | 2014-10-01 | 7.00G | This dataset, generated on 2014-11-01, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it46w to it61w. | README |
| internet_address_history_it62w-20141105 | 2012-04-27 | 2014-12-07 | 7.13G | This dataset, generated on 2015-01-08, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it47w to it62w. | README |
| internet_address_history_it63w-20150117 | 2012-06-15 | 2015-02-18 | 7.27G | This dataset, generated on 2015-03-25, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it48w to it63w. | README |
| internet_address_history_it64w-20150413 | 2012-07-31 | 2015-05-15 | 7.41G | This dataset, generated on 2015-06-10, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it49w to it64w. | README |
| internet_address_history_it65w-20150622 | 2012-09-26 | 2015-07-24 | 7.53G | This dataset, generated on 2015-08-27, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it50w to it65w. | README |
| internet_address_history_it66w-20150911 | 2012-11-16 | 2015-10-13 | 7.66G | This dataset, generated on 2015-11-10, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it51w to it66w. | README |
| internet_address_history_it67w-20151202 | 2013-01-02 | 2016-01-03 | 7.80G | This dataset, generated on 2016-01-23, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it52w to it67w. | README |
| internet_address_history_it68w-20160121 | 2013-02-22 | 2016-02-22 | 7.90G | This dataset, generated on 2016-03-22, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it53w to it68w. | README |
| internet_address_history_it69w-20160411 | 2013-04-30 | 2016-05-13 | 8.03G | This dataset, generated on 2016-06-01, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it54w to it69w. | README |
| internet_address_history_it70w-20160602 | 2013-07-23 | 2016-07-04 | 8.13G | This dataset, generated on 2016-07-21, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it55w to it70w. | README |
| internet_address_history_it71w-20160803 | 2013-09-17 | 2016-09-04 | 8.25G | This dataset, generated on 2016-09-20, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it56w to it71w. | README |
| internet_address_history_it72w-20161003 | 2013-11-27 | 2016-11-04 | 8.36G | This dataset, generated on 2016-11-18, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it57w to it72w. | README |
| internet_address_history_it73w-20161216 | 2014-01-22 | 2017-01-17 | 8.47G | This dataset, generated on 2017-02-13, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it58w to it73w. | README |
| internet_address_history_it74w-20170222 | 2014-04-10 | 2017-03-26 | 8.57G | This dataset, generated on 2017-03-29, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it59w to it74w. | README |
| internet_address_history_it75w-20170427 | 2014-06-19 | 2017-05-29 | 8.68G | This dataset, generated on 2017-06-06, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it60w to it75w. | README |
| internet_address_history_it76w-20170628 | 2014-08-29 | 2017-07-30 | 8.78G | This dataset, generated on 2017-08-29, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it61w to it76w. | README |
| internet_address_history_it77w-20170830 | 2014-11-05 | 2017-10-01 | 8.88G | This dataset, generated on 2017-10-06, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it62w to it77w. | README |
| internet_address_history_it78w-20171113 | 2015-01-17 | 2017-12-15 | 8.98G | This dataset, generated on 2017-12-18, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it63w to it78w. | README |
| internet_address_history_it79w-20180213 | 2015-04-13 | 2018-03-17 | 9.09G | This dataset, generated on 2018-03-22, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it64w to it79w. | README |
| internet_address_history_it80w-20180413 | 2015-06-22 | 2018-05-15 | 9.19G | This dataset, generated on 2018-05-21, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it65w to it80w. | README |
| internet_address_history_it81w-20180625 | 2015-09-11 | 2018-07-27 | 9.28G | This dataset, generated on 2018-08-07, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it66w to it81w. | README |
| internet_address_history_it82w-20180904 | 2015-12-02 | 2018-10-06 | 9.38G | This dataset, generated on 2018-10-18, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it67w to it82w. | README |
| internet_address_history_it83w-20181031 | 2016-01-21 | 2018-12-02 | 9.47G | This dataset, generated on 2018-12-13, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it68w to it83w. | README |
| internet_address_history_it84w-20190130 | 2016-04-11 | 2019-03-03 | 9.57G | This dataset, generated on 2019-03-07, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it69w to it84w. | README |
| internet_address_history_it85w-20190417 | 2016-06-02 | 2019-05-19 | 9.67G | This dataset, generated on 2019-05-29, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it70w to it85w. | README |
| internet_address_history_it86w-20190624 | 2016-08-03 | 2019-07-26 | 9.76G | This dataset, generated on 2019-08-14, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it71w to it86w. | README |
| internet_address_history_it87w-20190911 | 2016-10-03 | 2019-10-13 | 9.86G | This dataset, generated on 2019-10-28, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it72w to it87w. | README |
| internet_address_history_it88w-20191127 | 2016-12-16 | 2019-12-29 | 9.96G | This dataset, generated on 2019-12-29, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it73w to it88w. | README |
| internet_address_history_it89w-20200219 | 2017-02-22 | 2020-03-22 | 10.05G | This dataset, generated on 2020-03-23, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it74w to it89w. | README |
| internet_address_history_it90w-20200428 | 2017-04-27 | 2020-05-30 | 10.16G | This dataset, generated on 2020-06-14, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it75w to it90w. | README |
| internet_address_history_it91w-20200710 | 2017-06-28 | 2020-08-11 | 10.25G | This dataset, generated on 2020-09-29, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it76w to it91w. | README |
| internet_address_history_it92w-20201010 | 2017-08-30 | 2020-11-10 | 10.32G | This dataset, generated on 2020-12-11, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it77w to it92w. | README |
| internet_address_history_it93w-20210202 | 2017-11-13 | 2021-03-06 | 10.42G | This dataset, generated on 2021-03-19, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it78w to it93w. | README |
| internet_address_history_it94w-20210519 | 2018-02-13 | 2021-06-19 | 10.54G | This dataset, generated on 2021-07-01, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it79w to it94w. | README |
| internet_address_history_it95w-20210727 | 2018-04-13 | 2021-08-27 | 10.63G | This dataset, generated on 2021-09-19, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it80w to it95w. | README |
| internet_address_history_it97w-20211227 | 2018-09-04 | 2022-01-28 | 10.79G | This dataset, generated on 2022-02-15, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it82w to it97w. | README |
| internet_address_history_it98w-20220319 | 2018-10-31 | 2022-04-19 | 10.87G | This dataset, generated on 2022-06-22, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it83w to it98w. | README |
| internet_address_history_it99w-20220528 | 2019-01-30 | 2022-06-29 | 10.96G | This dataset, generated on 2022-09-14, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it84w to it99w. | README |
| internet_address_history_it100w-20220808 | 2019-04-17 | 2022-09-09 | 11.04G | This dataset, generated on 2022-09-15, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it85w to it100w. | README |
| internet_address_history_it101w-20221101 | 2019-06-24 | 2022-12-03 | 11.12G | This dataset, generated on 2022-12-15, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it86w to it101w. | README |
| internet_address_history_it102w-20230125 | 2019-09-11 | 2023-02-25 | 11.20G | This dataset, generated on 2023-03-06, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it87w to it102w. | README |
| internet_address_history_it103w-20230420 | 2019-11-27 | 2023-05-22 | 2.27G | This dataset, generated on 2023-06-15, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it88w to it103w. | README |
| internet_address_history_it104w-20230622 | 2020-02-19 | 2023-07-24 | 2.56G | This dataset, generated on 2023-07-31, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it89w to it104w. | README |
| internet_address_history_it105w-20230926 | 2020-04-28 | 2023-10-28 | 2.79G | This dataset, generated on 2023-10-31, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it90w to it105w. | README |
| internet_address_history_it106w-20231222 | 2020-07-10 | 2024-01-23 | 2.97G | This dataset, generated on 2024-02-05, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it91w to it106w. | README |
| internet_address_history_it107w-20240314 | 2020-10-10 | 2024-04-15 | 3.12G | This dataset, generated on 2024-06-13, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it92w to it107w. | README |
| internet_address_history_it108w-20240711 | 2021-02-02 | 2024-08-11 | 3.29G | This dataset, generated on 2024-08-18, contains all IPv4 addresses who ever responded to our ISI-west (w) censuses, starting from census it11w (internet_address_survey_it11w-20060307), e.g. it11w, it12w, ... Each IP address is given a history of replies (as a bit-string with 1's representing ICMP_ECHO_REPLY received from this IP, and 0's corresponding to no-replies. We also include numerical scores that are intended to reflect the likelihood that the given IP address will repond in the future. The scores are based on census data from it93w to it108w. | README |
| internet_address_history_standing_w-20110913 | 2011-09-13 | 2030-01-01 | UNKN | This is a standing dataset, which means that applying for it, researchers effectively apply for the most recent IPv4 census response history dataset, and for all subsequent ones within 1 year. The researchers will be distributed newer datasets of the same category, as they become available. Please note, that this standing request applies only to histories obtained from one particular location. This standing dataset only covers censuses from isi.edu in Marina del Rey, California. For an example of a dataset distributed via this standing request, please see: internet_address_history_it52w-20130102 | README |
| internet_address_hitlist_it28w-beta-20090914 | 2006-06-16 | 2009-10-14 | 30.00M | This IP hitlist was generated on 2010-02-17, based on census data from it13w to it28w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it13w - it28w. | README |
| internet_address_hitlist_it29w-20091102 | 2006-09-14 | 2009-12-02 | 56.00M | This IP hitlist was generated on 2010-04-08, based on census data from it14w to it29w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it14w - it29w. | README |
| internet_address_hitlist_it30w-20091223 | 2006-11-08 | 2010-01-21 | 57.00M | This IP hitlist was generated on 2010-04-08, based on census data from it15w to it30w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it15w - it30w. | README |
| internet_address_hitlist_it32w-20100329 | 2007-05-29 | 2010-04-28 | 58.00M | This IP hitlist was generated on 2010-06-03, based on census data from it17w to it32w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it17w - it32w. | README |
| internet_address_hitlist_it33w-20100514 | 2007-09-14 | 2010-06-14 | 71.00M | This IP hitlist was generated on 2010-08-30, based on census data from it18w to it33w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it18w - it33w. | README |
| internet_address_hitlist_it31w-20100602 | 2007-02-14 | 2010-03-10 | 58.00M | This IP hitlist was generated on 2010-06-02, based on census data from it16w to it31w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it16w - it31w. | README |
| internet_address_hitlist_it34w-20100707 | 2007-12-18 | 2010-08-10 | 63.00M | This IP hitlist was generated on 2010-10-29, based on census data from it19w to it34w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it19w - it34w. | README |
| internet_address_hitlist_it35w-20100818 | 2008-02-29 | 2010-09-19 | 64.00M | This IP hitlist was generated on 2010-11-29, based on census data from it20w to it35w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it20w - it35w. | README |
| internet_address_hitlist_it36w-20101005 | 2008-06-17 | 2010-11-06 | 64.00M | This IP hitlist was generated on 2010-11-30, based on census data from it21w to it36w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it21w - it36w. | README |
| internet_address_hitlist_it37w-20101124 | 2008-09-11 | 2010-12-26 | 65.00M | This IP hitlist was generated on 2011-01-19, based on census data from it22w to it37w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it22w - it37w. | README |
| internet_address_hitlist_it38w-20110112 | 2008-11-25 | 2011-02-18 | 66.00M | This IP hitlist was generated on 2011-03-15, based on census data from it23w to it38w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it23w - it38w. | README |
| internet_address_hitlist_it39w-20110220 | 2009-02-03 | 2011-03-26 | 68.00M | This IP hitlist was generated on 2011-03-29, based on census data from it24w to it39w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it24w - it39w. | README |
| internet_address_hitlist_it40w-20110406 | 2009-03-19 | 2011-05-13 | 68.00M | This IP hitlist was generated on 2011-05-21, based on census data from it25w to it40w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it25w - it40w. | README |
| internet_address_hitlist_it41w-20110520 | 2009-05-27 | 2011-06-26 | 65.00M | This IP hitlist was generated on 2011-07-01, based on census data from it26w to it41w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it26w - it41w. | README |
| internet_address_hitlist_it42w-20110726 | 2009-07-27 | 2011-09-02 | 70.00M | This IP hitlist was generated on 2011-09-26, based on census data from it27w to it42w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it27w - it42w. | README |
| internet_address_hitlist_it43w-20110913 | 2009-09-14 | 2011-10-17 | 66.00M | This IP hitlist was generated on 2011-10-28, based on census data from it28w to it43w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it28w - it43w. | README |
| internet_address_hitlist_it44w-20111102 | 2009-11-02 | 2011-12-05 | 67.00M | This IP hitlist was generated on 2011-12-07, based on census data from it29w to it44w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it29w - it44w. | README |
| internet_address_hitlist_it45w-20120102 | 2009-12-23 | 2012-02-14 | 67.00M | This IP hitlist was generated on 2012-02-18, based on census data from it30w to it45w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it30w - it45w. | README |
| internet_address_hitlist_it46w-20120309 | 2010-02-08 | 2012-04-11 | 68.00M | This IP hitlist was generated on 2012-04-30, based on census data from it31w to it46w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it31w - it46w. | README |
| internet_address_hitlist_it47w-20120427 | 2010-03-29 | 2012-05-30 | 68.00M | This IP hitlist was generated on 2012-06-19, based on census data from it32w to it47w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it32w - it47w. | README |
| internet_address_hitlist_it48w-20120615 | 2010-05-14 | 2012-07-21 | 69.00M | This IP hitlist was generated on 2012-08-07, based on census data from it33w to it48w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it33w - it48w. | README |
| internet_address_hitlist_it49w-20120731 | 2010-07-07 | 2012-09-02 | 69.00M | This IP hitlist was generated on 2012-09-14, based on census data from it34w to it49w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it34w - it49w. | README |
| internet_address_hitlist_it50w-20120926 | 2010-08-18 | 2012-10-29 | 69.00M | This IP hitlist was generated on 2012-11-06, based on census data from it35w to it50w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it35w - it50w. | README |
| internet_address_hitlist_it51w-20121116 | 2010-10-05 | 2012-12-19 | 70.00M | This IP hitlist was generated on 2013-01-09, based on census data from it36w to it51w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it36w - it51w. | README |
| internet_address_hitlist_it52w-20130102 | 2010-11-24 | 2013-02-05 | 70.00M | This IP hitlist was generated on 2013-02-12, based on census data from it37w to it52w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it37w - it52w. | README |
| internet_address_hitlist_it53w-20130222 | 2011-01-12 | 2013-03-27 | 71.00M | This IP hitlist was generated on 2013-05-01, based on census data from it38w to it53w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it38w - it53w. | README |
| internet_address_hitlist_it54w-20130430 | 2011-02-20 | 2013-06-02 | 71.00M | This IP hitlist was generated on 2013-07-17, based on census data from it39w to it54w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it39w - it54w. | README |
| internet_address_hitlist_it55w-20130723 | 2011-04-06 | 2013-08-25 | 72.00M | This IP hitlist was generated on 2013-08-30, based on census data from it40w to it55w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it40w - it55w. | README |
| internet_address_hitlist_it56w-20130917 | 2011-05-20 | 2013-10-20 | 72.00M | This IP hitlist was generated on 2013-11-14, based on census data from it41w to it56w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it41w - it56w. | README |
| internet_address_hitlist_it57w-20131127 | 2011-07-26 | 2013-12-30 | 72.00M | This IP hitlist was generated on 2014-01-23, based on census data from it42w to it57w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it42w - it57w. | README |
| internet_address_hitlist_it58w-20140122 | 2011-09-13 | 2014-02-24 | 73.00M | This IP hitlist was generated on 2014-04-02, based on census data from it43w to it58w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it43w - it58w. | README |
| internet_address_hitlist_it59w-20140410 | 2011-11-02 | 2014-05-13 | 73.00M | This IP hitlist was generated on 2014-06-16, based on census data from it44w to it59w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it44w - it59w. | README |
| internet_address_hitlist_it60w-20140619 | 2012-01-02 | 2014-07-21 | 88.00M | This IP hitlist was generated on 2014-08-29, based on census data from it45w to it60w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it45w - it60w. | README |
| internet_address_hitlist_it61w-20140829 | 2012-03-09 | 2014-10-01 | 75.00M | This IP hitlist was generated on 2014-11-01, based on census data from it46w to it61w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it46w - it61w. | README |
| internet_address_hitlist_it62w-20141105 | 2012-04-27 | 2014-12-07 | 76.00M | This IP hitlist was generated on 2014-12-17, based on census data from it47w to it62w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it47w - it62w. | README |
| internet_address_hitlist_it63w-20150117 | 2012-06-15 | 2015-02-18 | 76.00M | This IP hitlist was generated on 2015-03-25, based on census data from it48w to it63w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it48w - it63w. | README |
| internet_address_hitlist_it64w-20150413 | 2012-07-31 | 2015-05-15 | 76.00M | This IP hitlist was generated on 2015-06-10, based on census data from it49w to it64w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it49w - it64w. | README |
| internet_address_hitlist_it65w-20150622 | 2012-09-26 | 2015-07-24 | 76.00M | This IP hitlist was generated on 2015-08-27, based on census data from it50w to it65w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it50w - it65w. | README |
| internet_address_hitlist_it66w-20150911 | 2012-11-16 | 2015-10-13 | 77.00M | This IP hitlist was generated on 2015-11-10, based on census data from it51w to it66w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it51w - it66w. | README |
| internet_address_hitlist_it67w-20151202 | 2013-01-02 | 2016-01-03 | 77.00M | This IP hitlist was generated on 2016-01-23, based on census data from it52w to it67w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it52w - it67w. | README |
| internet_address_hitlist_it68w-20160121 | 2013-02-22 | 2016-02-22 | 77.00M | This IP hitlist was generated on 2016-03-22, based on census data from it53w to it68w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it53w - it68w. | README |
| internet_address_hitlist_it69w-20160411 | 2013-04-30 | 2016-05-13 | 78.00M | This IP hitlist was generated on 2016-05-27, based on census data from it54w to it69w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it54w - it69w. | README |
| internet_address_hitlist_it70w-20160602 | 2013-07-23 | 2016-07-04 | 78.00M | This IP hitlist was generated on 2016-07-21, based on census data from it55w to it70w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it55w - it70w. | README |
| internet_address_hitlist_it71w-20160803 | 2013-09-17 | 2016-09-04 | 78.00M | This IP hitlist was generated on 2016-09-20, based on census data from it56w to it71w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it56w - it71w. | README |
| internet_address_hitlist_it72w-20161003 | 2013-11-27 | 2016-11-04 | 78.00M | This IP hitlist was generated on 2016-11-21, based on census data from it57w to it72w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it57w - it72w. | README |
| internet_address_hitlist_it73w-20161216 | 2014-01-22 | 2017-01-17 | 79.00M | This IP hitlist was generated on 2017-02-13, based on census data from it58w to it73w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it58w - it73w. | README |
| internet_address_hitlist_it74w-20170222 | 2014-04-10 | 2017-03-26 | 167.00M | This IP hitlist was generated on 2017-03-29, based on census data from it59w to it74w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it59w - it74w. | README |
| internet_address_hitlist_it75w-20170427 | 2014-06-19 | 2017-05-29 | 170.00M | This IP hitlist was generated on 2017-06-06, based on census data from it60w to it75w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it60w - it75w. | README |
| internet_address_hitlist_it76w-20170628 | 2014-08-29 | 2017-07-30 | 167.00M | This IP hitlist was generated on 2017-08-29, based on census data from it61w to it76w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it61w - it76w. | README |
| internet_address_hitlist_it77w-20170830 | 2014-11-05 | 2017-10-01 | 78.00M | This IP hitlist was generated on 2017-10-06, based on census data from it62w to it77w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it62w - it77w. | README |
| internet_address_hitlist_it78w-20171113 | 2015-01-17 | 2017-12-15 | 78.00M | This IP hitlist was generated on 2017-12-18, based on census data from it63w to it78w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it63w - it78w. | README |
| internet_address_hitlist_it79w-20180213 | 2015-04-13 | 2018-03-17 | 78.00M | This IP hitlist was generated on 2018-03-22, based on census data from it64w to it79w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it64w - it79w. | README |
| internet_address_hitlist_it80w-20180413 | 2015-06-22 | 2018-05-15 | 79.00M | This IP hitlist was generated on 2018-05-21, based on census data from it65w to it80w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it65w - it80w. | README |
| internet_address_hitlist_it81w-20180625 | 2015-09-11 | 2018-07-27 | 79.00M | This IP hitlist was generated on 2018-08-07, based on census data from it66w to it81w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it66w - it81w. | README |
| internet_address_hitlist_it82w-20180904 | 2015-12-02 | 2018-10-06 | 79.00M | This IP hitlist was generated on 2018-10-18, based on census data from it67w to it82w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it67w - it82w. | README |
| internet_address_hitlist_it83w-20181031 | 2016-01-21 | 2018-12-02 | 79.00M | This IP hitlist was generated on 2018-12-13, based on census data from it68w to it83w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it68w - it83w. | README |
| internet_address_hitlist_it84w-20190130 | 2016-04-11 | 2019-03-03 | 79.00M | This IP hitlist was generated on 2019-03-07, based on census data from it69w to it84w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it69w - it84w. | README |
| internet_address_hitlist_it85w-20190417 | 2016-06-02 | 2019-05-19 | 79.00M | This IP hitlist was generated on 2019-05-29, based on census data from it70w to it85w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it70w - it85w. | README |
| internet_address_hitlist_it86w-20190624 | 2016-08-03 | 2019-07-26 | 80.00M | This IP hitlist was generated on 2019-08-14, based on census data from it71w to it86w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it71w - it86w. | README |
| internet_address_hitlist_it87w-20190911 | 2016-10-03 | 2019-10-13 | 80.00M | This IP hitlist was generated on 2019-10-28, based on census data from it72w to it87w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it72w - it87w. | README |
| internet_address_hitlist_it88w-20191127 | 2016-12-16 | 2019-12-29 | 80.00M | This IP hitlist was generated on 2019-12-29, based on census data from it73w to it88w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it73w - it88w. | README |
| internet_address_hitlist_it89w-20200219 | 2017-02-22 | 2020-03-22 | 114.00M | This IP hitlist was generated on 2020-03-23, based on census data from it74w to it89w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it74w - it89w. | README |
| internet_address_hitlist_it90w-20200428 | 2017-04-27 | 2020-05-30 | 114.00M | This IP hitlist was generated on 2020-06-14, based on census data from it75w to it90w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it75w - it90w. | README |
| internet_address_hitlist_it91w-20200710 | 2017-06-28 | 2020-08-11 | 114.00M | This IP hitlist was generated on 2020-09-29, based on census data from it76w to it91w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it76w - it91w. | README |
| internet_address_hitlist_it92w-20201010 | 2017-08-30 | 2020-11-10 | 115.00M | This IP hitlist was generated on 2020-12-11, based on census data from it77w to it92w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it77w - it92w. | README |
| internet_address_hitlist_it93w-20210202 | 2017-11-13 | 2021-03-06 | 115.00M | This IP hitlist was generated on 2021-03-19, based on census data from it78w to it93w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it78w - it93w. | README |
| internet_address_hitlist_it94w-20210519 | 2018-02-13 | 2021-06-19 | 116.00M | This IP hitlist was generated on 2021-07-02, based on census data from it79w to it94w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it79w - it94w. | README |
| internet_address_hitlist_it95w-20210727 | 2018-04-13 | 2021-08-27 | 116.00M | This IP hitlist was generated on 2021-09-20, based on census data from it80w to it95w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it80w - it95w. | README |
| internet_address_hitlist_it97w-20211227 | 2018-09-04 | 2022-01-28 | 116.00M | This IP hitlist was generated on 2022-02-15, based on census data from it82w to it97w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it82w - it97w. | README |
| internet_address_hitlist_it98w-20220319 | 2018-10-31 | 2022-04-19 | 116.00M | This IP hitlist was generated on 2022-06-23, based on census data from it83w to it98w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it83w - it98w. | README |
| internet_address_hitlist_it99w-20220528 | 2019-01-30 | 2022-06-29 | 116.00M | This IP hitlist was generated on 2022-09-14, based on census data from it84w to it99w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it84w - it99w. | README |
| internet_address_hitlist_it100w-20220808 | 2019-04-17 | 2022-09-09 | 116.00M | This IP hitlist was generated on 2022-09-15, based on census data from it85w to it100w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it85w - it100w. | README |
| internet_address_hitlist_it101w-20221101 | 2019-06-24 | 2022-12-03 | 116.00M | This IP hitlist was generated on 2022-12-15, based on census data from it86w to it101w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it86w - it101w. | README |
| internet_address_hitlist_it102w-20230125 | 2019-09-11 | 2023-02-25 | 116.00M | This IP hitlist was generated on 2023-03-07, based on census data from it87w to it102w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it87w - it102w. | README |
| internet_address_hitlist_it103w-20230420 | 2019-11-27 | 2023-05-22 | 109.00M | This IP hitlist was generated on 2023-06-15, based on census data from it88w to it103w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it88w - it103w. | README |
| internet_address_hitlist_it104w-20230622 | 2020-02-19 | 2023-07-24 | 110.00M | This IP hitlist was generated on 2023-08-01, based on census data from it89w to it104w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it89w - it104w. | README |
| internet_address_hitlist_it105w-20230926 | 2020-04-28 | 2023-10-28 | 110.00M | This IP hitlist was generated on 2023-10-31, based on census data from it90w to it105w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it90w - it105w. | README |
| internet_address_hitlist_it106w-20231222 | 2020-07-10 | 2024-01-23 | 111.00M | This IP hitlist was generated on 2024-02-06, based on census data from it91w to it106w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it91w - it106w. | README |
| internet_address_hitlist_it107w-20240314 | 2020-10-10 | 2024-04-15 | 112.00M | This IP hitlist was generated on 2024-06-13, based on census data from it92w to it107w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it92w - it107w. | README |
| internet_address_hitlist_it108w-20240711 | 2021-02-02 | 2024-08-11 | 113.00M | This IP hitlist was generated on 2024-08-18, based on census data from it93w to it108w. Hitlist contains one representative IP address for each /24 block which has appeared to have responsive addresses during it93w - it108w. | README |
| internet_address_hitlist_standing_w-20091102 | 2009-11-02 | 2030-01-01 | UNKN | This is a standing dataset, which means that applying for it, researchers effectively apply for the most recent histlist dataset, and for all subsequent ones within 1 year. The researchers will be distributed newer datasets of the same category, as they become available. Please note, that this standing request applies only to a surveys obtained from one particular location. This standing dataset only covers hitlists derived from censuses from isi.edu in Marina del Rey, California. For an example of a dataset distributed via this standing request, please see: internet_address_hitlist_it52w-20130102 | README |
| internet_address_survey_it1-20040621 | 2004-06-21 | 2004-08-29 | 733.00M | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it2-20040830 | 2004-08-30 | 2004-11-07 | 873.00M | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it3-20041108 | 2004-11-08 | 2005-01-04 | 494.00M | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it4-20050105 | 2005-01-05 | 2005-02-15 | 1.31G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it5-20050225 | 2005-02-25 | 2005-04-07 | 1.37G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it6-20050701 | 2005-07-01 | 2005-08-16 | 1.45G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it7-20050902 | 2005-09-02 | 2005-11-07 | 13.40G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it9-20051214 | 2005-12-14 | 2006-01-13 | 13.03G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it11e-20060307 | 2006-03-07 | 2006-04-07 | 10.31G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it11w-20060307 | 2006-03-07 | 2006-03-30 | 12.15G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it12e-20060413 | 2006-04-13 | 2006-05-02 | 6.40G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it12w-20060413 | 2006-04-13 | 2006-05-06 | 12.13G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it13w-20060616 | 2006-06-16 | 2006-07-17 | 10.42G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it13e-20060711 | 2006-07-11 | 2006-08-11 | 10.38G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it14e-20060914 | 2006-09-14 | 2006-10-15 | 10.52G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it14w-20060914 | 2006-09-14 | 2006-10-15 | 10.47G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it15e-20061108 | 2006-11-08 | 2006-12-25 | 10.58G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it15w-20061108 | 2006-11-08 | 2007-01-08 | 10.83G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it16e-20070214 | 2007-02-14 | 2007-04-02 | 11.15G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it16w-20070214 | 2007-02-14 | 2007-04-05 | 11.16G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it17e-20070529 | 2007-05-29 | 2007-07-25 | 11.26G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it17w-20070529 | 2007-05-29 | 2007-07-20 | 11.20G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it18w-20070914 | 2007-09-14 | 2007-10-31 | 11.11G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it19e-20071218 | 2007-12-18 | 2008-02-01 | 11.75G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it19w-20071218 | 2007-12-18 | 2008-02-04 | 11.62G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it20w-20080229 | 2008-02-29 | 2008-05-25 | 17.41G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it20e-20080317 | 2008-03-17 | 2008-05-19 | 12.62G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it21w-20080617 | 2008-06-17 | 2008-08-05 | 13.03G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it21e-20080717 | 2008-07-17 | 2008-08-29 | 12.80G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it22c-20080911 | 2008-09-11 | 2008-10-09 | 12.63G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it22e-20080911 | 2008-09-11 | 2008-10-13 | 12.82G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it22w-20080911 | 2008-09-11 | 2008-10-16 | 12.80G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it23c-20081125 | 2008-11-25 | 2009-01-04 | 12.77G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it23e-20081125 | 2008-11-25 | 2008-12-28 | 12.86G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it23w-20081125 | 2008-11-25 | 2008-12-24 | 12.81G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it24c-20090203 | 2009-02-03 | 2009-03-06 | 13.10G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it24w-20090203 | 2009-02-03 | 2009-03-04 | 13.11G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it25c-20090319 | 2009-03-19 | 2009-04-17 | 13.10G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it25w-20090319 | 2009-03-19 | 2009-04-18 | 13.16G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it26c-20090527 | 2009-05-27 | 2009-07-04 | 13.16G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it26w-20090527 | 2009-05-27 | 2009-06-27 | 13.46G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it27c-20090727 | 2009-07-27 | 2009-08-25 | 13.40G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it27w-20090727 | 2009-07-27 | 2009-08-21 | 11.72G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it28c-20090914 | 2009-09-14 | 2009-10-14 | 13.13G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_it28w-20090914 | 2009-09-14 | 2009-10-14 | 13.56G | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged once by sending ICMP ECHO_REQUEST (PING) packet. If the response (ICMP_ECHO_REPLY) came, its IP address was recorded in this data-set. In all, over 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_icmp1-20030601 | 2003-06-01 | 2003-09-25 | 462.00M | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged at most 5 times by sending ICMP ECHO_REQUEST (PING) packet, before giving up. If the response (ICMP ECHO_REPLY) came, its IP address was recorded in this data-set. In all, approximately 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_icmp2-20031008 | 2003-10-08 | 2004-04-15 | 465.00M | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged at most 5 times by sending ICMP ECHO_REQUEST (PING) packet, before giving up. If the response (ICMP ECHO_REPLY) came, its IP address was recorded in this data-set. In all, approximately 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_address_survey_reprobing_it12w-20060425 | 2006-04-25 | 2006-05-04 | 25.27G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 23482 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it16w-20070216 | 2007-02-16 | 2007-02-24 | 33.68G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22365 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it17w-20070601 | 2007-06-01 | 2007-06-14 | 58.88G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22365 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it18w-20070914 | 2007-09-14 | 2007-09-28 | 37.98G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22365 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it19w-20080208 | 2008-02-08 | 2008-02-22 | 21.31G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 10365 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it20w-20080327 | 2008-03-27 | 2008-04-10 | 28.41G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 12000 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it20w-20080411 | 2008-04-11 | 2008-04-25 | 45.43G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22869 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it21w-20080617 | 2008-06-17 | 2008-06-25 | 22.54G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22868 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it22w-20080912 | 2008-09-12 | 2008-09-26 | 64.67G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22625 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it23w-20081125 | 2008-11-25 | 2008-12-09 | 63.88G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22373 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it24w-20090203 | 2009-02-03 | 2009-02-17 | 65.17G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22373 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it25w-20090319 | 2009-03-19 | 2009-04-02 | 62.51G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22370 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it26w-20090527 | 2009-05-27 | 2009-06-10 | 63.17G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22371 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it27w-20090727 | 2009-07-27 | 2009-08-03 | 28.98G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22371 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it28w-20090914 | 2009-09-14 | 2009-09-28 | 62.90G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22370 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it29w-20091103 | 2009-11-03 | 2009-11-17 | 68.43G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22371 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it29c-20091117 | 2009-11-17 | 2009-12-01 | 65.93G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22371 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it30w-20091223 | 2009-12-23 | 2010-01-06 | 69.19G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22381 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it30c-20100106 | 2010-01-06 | 2010-01-20 | 74.10G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22381 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it31w-20100208 | 2010-02-08 | 2010-02-22 | 68.96G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22376 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it31c-20100226 | 2010-02-26 | 2010-03-12 | 69.32G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22376 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it32w-20100329 | 2010-03-29 | 2010-04-12 | 69.94G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22377 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it32c-20100413 | 2010-04-13 | 2010-04-27 | 70.46G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22377 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it33w-20100514 | 2010-05-14 | 2010-05-28 | 73.38G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22377 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it33c-20100601 | 2010-06-01 | 2010-06-15 | 75.96G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22377 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it34w-20100707 | 2010-07-07 | 2010-07-21 | 69.32G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22376 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it34c-20100728 | 2010-07-28 | 2010-08-11 | 68.37G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22376 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it35w-20100818 | 2010-08-18 | 2010-09-01 | 73.10G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22376 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it35c-20100902 | 2010-09-02 | 2010-09-16 | 70.27G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22375 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it36w-20101005 | 2010-10-05 | 2010-10-19 | 70.98G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22375 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it36c-20101019 | 2010-10-19 | 2010-11-02 | 70.43G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22375 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it37w-20101124 | 2010-11-24 | 2010-12-08 | 70.76G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22374 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it37c-20101209 | 2010-12-09 | 2010-12-23 | 70.52G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22373 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it38w-20110112 | 2011-01-12 | 2011-01-26 | 72.12G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22375 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it38c-20110127 | 2011-01-27 | 2011-02-10 | 70.60G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22373 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it39w-20110220 | 2011-02-20 | 2011-03-08 | 79.30G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22375 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it39c-20110308 | 2011-03-08 | 2011-03-22 | 69.69G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22375 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it39w-20110322 | 2011-03-22 | 2011-04-05 | 70.20G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22374 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it40w-20110406 | 2011-04-06 | 2011-04-20 | 83.95G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22374 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it40c-20110420 | 2011-04-20 | 2011-05-04 | 87.19G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 22374 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it41w-20110520 | 2011-05-20 | 2011-06-03 | 134.18G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40033 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it41c-20110606 | 2011-06-06 | 2011-06-20 | 132.31G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40031 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it42w-20110726 | 2011-07-26 | 2011-08-08 | 119.17G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40024 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it42c-20110809 | 2011-08-09 | 2011-08-23 | 132.14G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40024 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it43w-20110913 | 2011-09-13 | 2011-09-27 | 141.08G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40283 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it43c-20110927 | 2011-09-27 | 2011-10-12 | 140.21G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40282 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it43j-20111012 | 2011-10-12 | 2011-10-26 | 147.93G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40281 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it44w-20111102 | 2011-11-02 | 2011-11-16 | 136.37G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40280 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it44c-20111116 | 2011-11-16 | 2011-11-30 | 134.42G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40279 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it44j-20111205 | 2011-12-05 | 2011-12-20 | 134.60G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40277 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it45c-20120114 | 2012-01-14 | 2012-01-28 | 140.58G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40281 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it45j-20120201 | 2012-02-01 | 2012-02-15 | 139.07G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40281 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it45w-20120215 | 2012-02-15 | 2012-02-29 | 142.96G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40280 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it46w-20120309 | 2012-03-09 | 2012-03-23 | 141.40G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40283 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it46c-20120329 | 2012-03-29 | 2012-04-12 | 137.31G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40283 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it46c_dot1special-20120330 | 2012-03-30 | 2012-04-13 | 3.04G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40283 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it46j-20120413 | 2012-04-13 | 2012-04-27 | 137.81G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40282 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it47w-20120427 | 2012-04-27 | 2012-05-11 | 138.88G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40282 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it47c-20120513 | 2012-05-13 | 2012-05-27 | 136.97G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40281 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it47j-20120529 | 2012-05-29 | 2012-06-12 | 137.56G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40280 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it48w-20120615 | 2012-06-15 | 2012-06-29 | 137.60G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40282 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it48c-20120629 | 2012-06-29 | 2012-07-13 | 131.19G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40282 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it48j-20120717 | 2012-07-17 | 2012-07-31 | 135.26G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40281 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it49w-20120802 | 2012-08-02 | 2012-08-14 | 112.60G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40281 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it49c-20120817 | 2012-08-17 | 2012-08-31 | 133.42G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40281 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it49j-20120902 | 2012-09-02 | 2012-09-16 | 135.83G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40280 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it50w-20120926 | 2012-09-26 | 2012-10-10 | 139.63G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40795 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it50c-20121011 | 2012-10-11 | 2012-10-25 | 136.46G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40793 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it50j-20121027 | 2012-10-27 | 2012-11-10 | 165.21G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40791 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it51w-20121116 | 2012-11-16 | 2012-11-30 | 137.79G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40270 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it51c-20121201 | 2012-12-01 | 2012-12-15 | 135.48G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40270 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it51j-20121217 | 2012-12-17 | 2012-12-31 | 135.08G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40270 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it52w-20130102 | 2013-01-02 | 2013-01-16 | 135.26G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40272 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it52c-20130116 | 2013-01-16 | 2013-01-30 | 132.56G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40271 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it52j-20130201 | 2013-02-01 | 2013-02-15 | 135.67G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40270 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it53w-20130222 | 2013-02-22 | 2013-03-08 | 138.04G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40274 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it53c-20130311 | 2013-03-11 | 2013-03-25 | 132.78G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40273 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it53j-20130326 | 2013-03-26 | 2013-04-09 | 135.88G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40271 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it54w-20130430 | 2013-04-30 | 2013-05-14 | 132.96G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40515 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it54c-20130524 | 2013-05-24 | 2013-06-07 | 121.61G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40514 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it54j-20130618 | 2013-06-18 | 2013-07-02 | 127.82G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40513 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it55w-20130723 | 2013-07-23 | 2013-08-06 | 135.32G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40512 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it55c-20130806 | 2013-08-06 | 2013-08-20 | 135.52G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40496 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it55j-20130820 | 2013-08-20 | 2013-09-03 | 139.98G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40510 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it56w-20130917 | 2013-09-17 | 2013-10-01 | 139.14G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it56c-20131002 | 2013-10-02 | 2013-10-16 | 145.85G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40491 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it56j-20131017 | 2013-10-17 | 2013-10-31 | 137.99G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40491 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it57w-20131127 | 2013-11-27 | 2013-12-11 | 138.20G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40488 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it57c-20131212 | 2013-12-12 | 2013-12-26 | 140.40G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40488 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it57j-20131227 | 2013-12-27 | 2014-01-10 | 134.46G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40488 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it58w-20140122 | 2014-01-22 | 2014-02-05 | 136.17G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40488 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it58c-20140213 | 2014-02-13 | 2014-02-27 | 136.64G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40488 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it58j-20140301 | 2014-03-01 | 2014-03-15 | 131.69G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40488 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it59w-20140410 | 2014-04-10 | 2014-04-24 | 134.69G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it59c-20140425 | 2014-04-25 | 2014-05-09 | 135.33G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it59j-20140515 | 2014-05-15 | 2014-06-04 | 78.81G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it60w-20140619 | 2014-06-19 | 2014-07-03 | 136.78G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40501 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it60c-20140708 | 2014-07-08 | 2014-07-22 | 137.44G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40501 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it60j-20140723 | 2014-07-23 | 2014-08-10 | 69.91G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40501 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it61w-20140829 | 2014-08-29 | 2014-09-12 | 137.29G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40500 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it61c-20140918 | 2014-09-18 | 2014-10-02 | 136.76G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40500 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it61j-20141002 | 2014-10-02 | 2014-10-20 | 67.59G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40499 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it62w-20141105 | 2014-11-05 | 2014-11-19 | 135.39G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40500 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it62c-20141121 | 2014-11-21 | 2014-12-05 | 133.47G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40500 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it62g-20141210 | 2014-12-10 | 2014-12-19 | 65.87G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40500 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it63w-20150117 | 2015-01-17 | 2015-01-31 | 134.39G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40495 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it63c-20150206 | 2015-02-06 | 2015-02-20 | 133.10G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40494 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it64w-20150413 | 2015-04-13 | 2015-04-27 | 135.39G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40495 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it64c-20150428 | 2015-04-28 | 2015-05-12 | 134.49G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40495 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it65w-20150622 | 2015-06-22 | 2015-07-06 | 134.77G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40502 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it65c-20150706 | 2015-07-06 | 2015-07-20 | 127.55G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40502 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it66w-20150911 | 2015-09-11 | 2015-09-26 | 134.52G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40500 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it66c-20150930 | 2015-09-30 | 2015-10-14 | 132.52G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40500 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it67w-20151202 | 2015-12-02 | 2015-12-16 | 134.35G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it67c-20151219 | 2015-12-19 | 2016-01-02 | 131.70G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it68w-20160121 | 2016-01-21 | 2016-02-04 | 135.60G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it68c-20160208 | 2016-02-08 | 2016-02-22 | 132.18G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it69w-20160412 | 2016-04-12 | 2016-04-26 | 136.31G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it69c-20160427 | 2016-04-27 | 2016-05-12 | 133.04G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it70w-20160602 | 2016-06-02 | 2016-06-16 | 136.37G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it70c-20160617 | 2016-06-17 | 2016-07-01 | 118.80G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it71w-20160803 | 2016-08-03 | 2016-08-17 | 134.24G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it71c-20160817 | 2016-08-17 | 2016-08-31 | 132.02G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it72w-20161003 | 2016-10-03 | 2016-10-17 | 137.99G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it72c-20161104 | 2016-11-04 | 2016-11-18 | 130.72G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it73w-20161217 | 2016-12-17 | 2016-12-31 | 131.71G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it73c-20170120 | 2017-01-20 | 2017-02-03 | 126.76G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it74w-20170222 | 2017-02-22 | 2017-03-08 | 131.72G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it74c-20170310 | 2017-03-10 | 2017-03-24 | 129.71G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it75w-20170427 | 2017-04-27 | 2017-05-11 | 131.36G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it75c-20170524 | 2017-05-24 | 2017-06-07 | 129.95G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it76w-20170628 | 2017-06-28 | 2017-07-13 | 133.81G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it76c-20170723 | 2017-07-23 | 2017-08-06 | 131.42G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it77w-20170830 | 2017-08-30 | 2017-09-14 | 132.22G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it77c-20170914 | 2017-09-14 | 2017-09-29 | 130.68G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it78w-20171113 | 2017-11-13 | 2017-11-27 | 129.23G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it78c-20171130 | 2017-11-30 | 2017-12-14 | 127.88G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it79w-20180213 | 2018-02-13 | 2018-02-27 | 129.01G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it79c-20180306 | 2018-03-06 | 2018-03-20 | 127.09G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it80w-20180413 | 2018-04-13 | 2018-04-27 | 129.52G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it80c-20180428 | 2018-04-28 | 2018-05-12 | 126.78G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40493 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it81w-20180625 | 2018-06-25 | 2018-07-09 | 128.83G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40492 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it81c-20180710 | 2018-07-10 | 2018-07-24 | 125.75G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40491 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it82w-20180904 | 2018-09-04 | 2018-09-18 | 127.95G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40491 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it82c-20180919 | 2018-09-19 | 2018-10-03 | 124.17G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40491 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it83w-20181031 | 2018-10-31 | 2018-11-14 | 127.46G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it83c-20181120 | 2018-11-20 | 2018-12-04 | 81.14G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it84w-20190130 | 2019-01-30 | 2019-02-13 | 126.88G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it84c-20190213 | 2019-02-13 | 2019-02-27 | 81.11G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it85w-20190417 | 2019-04-17 | 2019-05-01 | 127.32G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it85c-20190507 | 2019-05-07 | 2019-05-21 | 81.40G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it86w-20190624 | 2019-06-24 | 2019-07-08 | 129.50G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it86c-20190709 | 2019-07-09 | 2019-07-23 | 81.19G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it87w-20190911 | 2019-09-11 | 2019-09-25 | 128.55G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it87c-20191014 | 2019-10-14 | 2019-10-28 | 81.25G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it88w-20191127 | 2019-11-27 | 2019-12-11 | 127.66G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it88c-20191213 | 2019-12-13 | 2019-12-27 | 81.25G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it89w-20200219 | 2020-02-19 | 2020-03-04 | 128.06G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it89c-20200306 | 2020-03-06 | 2020-03-20 | 81.23G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it90w-20200428 | 2020-04-28 | 2020-05-12 | 127.52G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it90c-20200520 | 2020-05-20 | 2020-06-03 | 81.28G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it91w-20200710 | 2020-07-10 | 2020-07-24 | 127.79G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it91c-20200730 | 2020-07-30 | 2020-08-13 | 81.29G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it92w-20201010 | 2020-10-10 | 2020-10-24 | 128.69G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it92c-20201109 | 2020-11-09 | 2020-11-23 | 81.29G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it93w-20210202 | 2021-02-02 | 2021-02-16 | 128.31G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it93c-20210217 | 2021-02-17 | 2021-03-03 | 81.33G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it94w-20210519 | 2021-05-19 | 2021-06-02 | 137.63G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it94c-20210607 | 2021-06-07 | 2021-06-21 | 81.35G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it95w-20210727 | 2021-07-27 | 2021-08-10 | 128.88G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it95c-20210810 | 2021-08-10 | 2021-08-24 | 67.57G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it97w-20211227 | 2021-12-27 | 2022-01-10 | 129.29G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it97c-20220115 | 2022-01-15 | 2022-01-25 | 95.24G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 0 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it98w-20220319 | 2022-03-19 | 2022-04-02 | 129.42G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it98c-20220404 | 2022-04-04 | 2022-04-19 | 127.15G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it99w-20220528 | 2022-05-28 | 2022-06-11 | 128.76G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it99c-20220612 | 2022-06-12 | 2022-06-26 | 126.45G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it100w-20220808 | 2022-08-08 | 2022-08-23 | 128.42G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it100c-20220823 | 2022-08-23 | 2022-09-06 | 126.29G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it101w-20221101 | 2022-11-01 | 2022-11-15 | 128.35G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it101c-20221122 | 2022-11-22 | 2022-12-06 | 126.08G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it102w-20230125 | 2023-01-25 | 2023-02-08 | 127.18G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it102c-20230213 | 2023-02-13 | 2023-02-27 | 125.10G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it103w-20230420 | 2023-04-20 | 2023-05-04 | 127.66G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it103c-20230504 | 2023-05-04 | 2023-05-18 | 125.53G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it104w-20230622 | 2023-06-22 | 2023-07-06 | 129.69G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it104c-20230711 | 2023-07-11 | 2023-07-25 | 126.40G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it104j-20230804 | 2023-08-04 | 2023-08-18 | 127.92G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it105w-20230926 | 2023-09-26 | 2023-10-10 | 129.61G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it105c-20231011 | 2023-10-11 | 2023-10-25 | 126.44G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it106w-20231222 | 2023-12-22 | 2024-01-06 | 128.81G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 60980 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it106c-20240106 | 2024-01-06 | 2024-01-20 | 126.54G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 60980 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it107w-20240314 | 2024-03-14 | 2024-03-28 | 128.96G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it107c-20240404 | 2024-04-04 | 2024-04-18 | 126.67G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 40490 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it108w-20240711 | 2024-07-11 | 2024-07-25 | 126.38G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 101960 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_reprobing_it108c-20240801 | 2024-08-01 | 2024-08-15 | 125.47G | To collect this data, a subset of Internet IP addresses was pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, 101960 netblocks (/24 subnets) were periodically reprobed. | README |
| internet_address_survey_standing_c-20060425 | 2006-04-25 | 2020-01-01 | UNKN | Applying to this standing dataset, will allow researchers to get the latest IPv4 survey datasets as they become available. This subscription will last for one year, since it's approved. This standing request applies only to surveys conducted from colostate.edu, in Ft. Collins, Colorado. Please see e.g. dataset internet_address_survey_it52c-20130116 for an example of a dataset covered by this standing request. | README |
| internet_address_survey_standing_w-20060425 | 2006-04-25 | 2020-01-01 | UNKN | Applying to this standing dataset, will allow researchers to get the latest IPv4 survey datasets as they become available. This subscription will last for one year, since it's approved. This standing request applies only to surveys conducted from isi.edu in Marina del Rey, California. Please see e.g. dataset internet_address_survey_it52w-20130102 for an example of a dataset covered by this standing request. | README |
| internet_address_survey_tcp1-20031120 | 2003-11-20 | 2004-03-19 | 473.00M | To collect this data, an Internet-wide IP address sweep was conducted. Every IP address in the ranges allocated by IANA was pinged at least 5 times by sending TCP SYN (other flags were experimeted with) packets to it, before giving up. High unused destination port was used. If the response (typically TCP RST) came, its IP address was recorded in this data-set. In all, approximately 2.5 billion distinct IP addresses were probed during this experiment. | README |
| internet_diurnalness_a42-20201001 | 2020-10-01 | 2021-01-01 | 262.00M | The diurnalness and top FFT coefficients of blocks, prefies and ASes, created by post-processing address accmulation data from datasets internet outage adaptive a42all-20201001 ip_accumulation_as_a42-20201001 ip_accumulation_prefix_a42-20201001 | README |
| internet_outage_it1w-20110928 | 2011-09-28 | 2011-09-29 | 55.81G | To collect this data, a subset of Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, approximately 2.5 million /24 subnets were periodically reprobed. Outages are analyzed and reported on the responses. | README |
| internet_outage_adaptive_a7all-20130212 | 2013-02-12 | 2013-02-15 | 2.31G | Combined reachability information for approximately 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a7c-20130212 internet_outage_adaptive_a7j-20130212 internet_outage_adaptive_a7w-20130212 | README |
| internet_outage_adaptive_a7c-20130212 | 2013-02-12 | 2013-02-15 | 87.71G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a7j-20130212 | 2013-02-12 | 2013-02-15 | 76.24G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a7w-20130212 | 2013-02-12 | 2013-02-15 | 81.64G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a12_diurnal-20130424 | 2013-04-24 | 2013-04-24 | 911.00M | This dataset provides diurnal analysis of our outage dataset A12. It provides per-/24 analysis corresponding to LANDER:internet_outage_adaptive_a12w-20130424, LANDER:internet_outage_adaptive_a12c-20130424, and LANDER:internet_outage_adaptive_a12j-20130424. | README |
| internet_outage_adaptive_a12all-20130424 | 2013-04-24 | 2013-05-30 | 4.98G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a12c-20130424 internet_outage_adaptive_a12j-20130424 internet_outage_adaptive_a12w-20130424 | README |
| internet_outage_adaptive_a12c-20130424 | 2013-04-24 | 2013-05-30 | 337.37G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a12j-20130424 | 2013-04-24 | 2013-05-30 | 255.20G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a12w-20130424 | 2013-04-24 | 2013-05-29 | 244.03G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a12_supplement-20130831 | 2013-08-31 | 2013-08-31 | 48.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a15all-20131126 | 2013-11-26 | 2014-04-07 | 4.96G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a15c-20131126 internet_outage_adaptive_a15j-20131126 internet_outage_adaptive_a15w-20131126 | README |
| internet_outage_adaptive_a15c-20131126 | 2013-11-26 | 2014-04-07 | 481.52G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a15j-20131126 | 2013-11-26 | 2014-04-07 | 498.68G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a15w-20131126 | 2013-11-26 | 2014-04-07 | 506.75G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a16_supplement-20140407 | 2014-04-07 | 2014-04-07 | 11.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a16all-20140407 | 2014-04-07 | 2014-07-01 | 4.24G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a16c-20140407 internet_outage_adaptive_a16j-20140408 internet_outage_adaptive_a16w-20140407 | README |
| internet_outage_adaptive_a16c-20140407 | 2014-04-07 | 2014-07-01 | 322.25G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a16w-20140407 | 2014-04-07 | 2014-07-01 | 330.23G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a16j-20140408 | 2014-04-08 | 2014-07-01 | 272.54G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a17_supplement-20140701 | 2014-07-01 | 2014-07-01 | 11.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a17all-20140701 | 2014-07-01 | 2014-10-01 | 19.56G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a17c-20140701 internet_outage_adaptive_a17j-20140701 internet_outage_adaptive_a17w-20140701 | README |
| internet_outage_adaptive_a17c-20140701 | 2014-07-01 | 2014-10-01 | 361.45G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a17j-20140701 | 2014-07-01 | 2014-10-01 | 306.30G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a17w-20140701 | 2014-07-01 | 2014-10-01 | 361.33G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a18_supplement-20141001 | 2014-10-01 | 2014-10-01 | 11.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a18all-20141001 | 2014-10-01 | 2015-01-01 | 7.37G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a18c-20141001 internet_outage_adaptive_a18g-20141001 internet_outage_adaptive_a18j-20141001 internet_outage_adaptive_a18w-20141001 | README |
| internet_outage_adaptive_a18c-20141001 | 2014-10-01 | 2014-12-31 | 529.35G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a18g-20141001 | 2014-10-01 | 2014-12-31 | 497.32G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a18j-20141001 | 2014-10-01 | 2014-12-31 | 563.57G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a18w-20141001 | 2014-10-01 | 2014-12-31 | 538.54G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a19all-20150101 | 2015-01-01 | 2015-04-01 | 7.15G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a19c-20150101 internet_outage_adaptive_a19g-20150101 internet_outage_adaptive_a19j-20150101 internet_outage_adaptive_a19w-20150101 | README |
| internet_outage_adaptive_a19c-20150101 | 2015-01-01 | 2015-04-01 | 503.20G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a19g-20150101 | 2015-01-01 | 2015-04-01 | 478.19G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a19j-20150101 | 2015-01-01 | 2015-04-01 | 499.78G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a19w-20150101 | 2015-01-01 | 2015-04-01 | 523.14G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a20_supplement-20150401 | 2015-04-01 | 2015-04-01 | 56.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a20all-20150401 | 2015-04-01 | 2015-07-02 | 4.74G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a20c-20150401 internet_outage_adaptive_a20g-20150401 internet_outage_adaptive_a20j-20150401 internet_outage_adaptive_a20w-20150401 | README |
| internet_outage_adaptive_a20c-20150401 | 2015-04-01 | 2015-07-02 | 544.16G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a20g-20150401 | 2015-04-01 | 2015-07-02 | 541.70G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a20j-20150401 | 2015-04-01 | 2015-07-02 | 546.82G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a20w-20150401 | 2015-04-01 | 2015-07-02 | 540.13G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a19_supplement-20150518 | 2015-05-18 | 2015-05-18 | 11.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a21_supplement-20150702 | 2015-07-02 | 2015-07-02 | 57.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a21all-20150702 | 2015-07-02 | 2015-10-01 | 3.79G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a21c-20150702 internet_outage_adaptive_a21g-20150702 internet_outage_adaptive_a21j-20150702 internet_outage_adaptive_a21w-20150702 | README |
| internet_outage_adaptive_a21c-20150702 | 2015-07-02 | 2015-10-01 | 545.15G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a21g-20150702 | 2015-07-02 | 2015-10-01 | 541.02G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a21j-20150702 | 2015-07-02 | 2015-10-01 | 543.88G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a21w-20150702 | 2015-07-02 | 2015-10-01 | 541.65G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a22_supplement-20151001 | 2015-10-01 | 2015-10-01 | 11.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a22all-20151001 | 2015-10-01 | 2016-01-01 | 4.24G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a22c-20151001 internet_outage_adaptive_a22g-20151001 internet_outage_adaptive_a22j-20151001 internet_outage_adaptive_a22w-20151001 | README |
| internet_outage_adaptive_a22c-20151001 | 2015-10-01 | 2016-01-01 | 553.74G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a22g-20151001 | 2015-10-01 | 2016-01-01 | 551.14G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a22j-20151001 | 2015-10-01 | 2016-01-01 | 533.27G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a22w-20151001 | 2015-10-01 | 2016-01-01 | 547.90G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a23_supplement-20160101 | 2016-01-01 | 2016-01-01 | 11.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a23all-20160101 | 2016-01-01 | 2016-04-01 | 3.49G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a23c-20160101 internet_outage_adaptive_a23g-20160101 internet_outage_adaptive_a23j-20160101 internet_outage_adaptive_a23w-20160101 | README |
| internet_outage_adaptive_a23c-20160101 | 2016-01-01 | 2016-04-01 | 551.25G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a23g-20160101 | 2016-01-01 | 2016-04-01 | 548.71G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a23j-20160101 | 2016-01-01 | 2016-04-01 | 547.33G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a23w-20160101 | 2016-01-01 | 2016-04-01 | 547.34G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a24_supplement-20160401 | 2016-04-01 | 2016-04-01 | 11.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a24all-20160401 | 2016-04-01 | 2016-07-01 | 3.05G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a24c-20160401 internet_outage_adaptive_a24g-20160401 internet_outage_adaptive_a24j-20160401 internet_outage_adaptive_a24w-20160401 | README |
| internet_outage_adaptive_a24c-20160401 | 2016-04-01 | 2016-07-01 | 540.21G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a24g-20160401 | 2016-04-01 | 2016-07-01 | 540.14G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a24j-20160401 | 2016-04-01 | 2016-07-01 | 538.73G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a24w-20160401 | 2016-04-01 | 2016-07-01 | 538.52G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a25_supplement-20160701 | 2016-07-01 | 2016-07-01 | 11.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a25all-20160701 | 2016-07-01 | 2016-10-01 | 2.90G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a25c-20160701 internet_outage_adaptive_a25g-20160701 internet_outage_adaptive_a25j-20160701 internet_outage_adaptive_a25w-20160701 | README |
| internet_outage_adaptive_a25c-20160701 | 2016-07-01 | 2016-10-01 | 550.21G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a25g-20160701 | 2016-07-01 | 2016-10-01 | 526.61G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a25j-20160701 | 2016-07-01 | 2016-10-01 | 546.88G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a25w-20160701 | 2016-07-01 | 2016-10-01 | 432.01G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a26_supplement-20161001 | 2016-10-01 | 2016-10-01 | 11.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a26all-20161001 | 2016-10-01 | 2017-01-01 | 2.70G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a26c-20161001 internet_outage_adaptive_a26g-20161001 internet_outage_adaptive_a26j-20161001 internet_outage_adaptive_a26w-20161001 | README |
| internet_outage_adaptive_a26c-20161001 | 2016-10-01 | 2017-01-01 | 632.83G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a26g-20161001 | 2016-10-01 | 2017-01-01 | 595.94G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a26j-20161001 | 2016-10-01 | 2017-01-01 | 532.91G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a26w-20161001 | 2016-10-01 | 2017-01-01 | 627.97G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a27_supplement-20170101 | 2017-01-01 | 2017-01-01 | 10.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a27all-20170101 | 2017-01-01 | 2017-04-03 | 2.45G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a27c-20170101 internet_outage_adaptive_a27g-20170101 internet_outage_adaptive_a27j-20170101 internet_outage_adaptive_a27w-20170101 | README |
| internet_outage_adaptive_a27c-20170101 | 2017-01-01 | 2017-04-03 | 672.64G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a27g-20170101 | 2017-01-01 | 2017-04-03 | 676.63G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a27j-20170101 | 2017-01-01 | 2017-04-03 | 670.96G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a27w-20170101 | 2017-01-01 | 2017-04-03 | 672.26G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a28_supplement-20170403 | 2017-04-03 | 2017-04-03 | 55.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a28all-20170403 | 2017-04-03 | 2017-07-02 | 6.67G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a28c-20170403 internet_outage_adaptive_a28e-20170403 internet_outage_adaptive_a28g-20170403 internet_outage_adaptive_a28j-20170403 internet_outage_adaptive_a28n-20170403 internet_outage_adaptive_a28w-20170403 | README |
| internet_outage_adaptive_a28c-20170403 | 2017-04-03 | 2017-07-02 | 661.43G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a28e-20170403 | 2017-04-03 | 2017-07-02 | 637.03G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a28g-20170403 | 2017-04-03 | 2017-07-02 | 671.03G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a28j-20170403 | 2017-04-03 | 2017-07-02 | 583.78G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a28n-20170403 | 2017-04-03 | 2017-07-02 | 665.99G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a28w-20170403 | 2017-04-03 | 2017-07-02 | 671.98G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a29_supplement-20170702 | 2017-07-02 | 2017-07-02 | 12.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a29all-20170702 | 2017-07-02 | 2017-10-06 | 10.41G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a29c-20170702 internet_outage_adaptive_a29e-20170702 internet_outage_adaptive_a29g-20170702 internet_outage_adaptive_a29j-20170702 internet_outage_adaptive_a29n-20170702 internet_outage_adaptive_a29w-20170702 | README |
| internet_outage_adaptive_a29c-20170702 | 2017-07-02 | 2017-10-06 | 708.00G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a29e-20170702 | 2017-07-02 | 2017-10-06 | 667.21G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a29g-20170702 | 2017-07-02 | 2017-10-06 | 690.66G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a29j-20170702 | 2017-07-02 | 2017-10-06 | 694.44G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a29n-20170702 | 2017-07-02 | 2017-10-06 | 704.19G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a29w-20170702 | 2017-07-02 | 2017-10-06 | 706.13G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a30_supplement-20171006 | 2017-10-06 | 2017-10-06 | 12.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a30all-20171006 | 2017-10-06 | 2018-01-01 | 2.51G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a30c-20171006 internet_outage_adaptive_a30e-20171006 internet_outage_adaptive_a30g-20171006 internet_outage_adaptive_a30j-20171006 internet_outage_adaptive_a30n-20171006 internet_outage_adaptive_a30w-20171006 | README |
| internet_outage_adaptive_a30c-20171006 | 2017-10-06 | 2017-11-28 | 376.44G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a30e-20171006 | 2017-10-06 | 2018-01-01 | 618.90G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a30g-20171006 | 2017-10-06 | 2018-01-01 | 623.43G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a30j-20171006 | 2017-10-06 | 2018-01-01 | 608.32G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a30n-20171006 | 2017-10-06 | 2018-01-01 | 608.71G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a30w-20171006 | 2017-10-06 | 2018-01-01 | 620.46G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a31_supplement-20180101 | 2018-01-01 | 2018-01-01 | 12.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a31all-20180101 | 2018-01-01 | 2018-04-01 | 4.16G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a31c-20180101 internet_outage_adaptive_a31e-20180101 internet_outage_adaptive_a31g-20180101 internet_outage_adaptive_a31j-20180101 internet_outage_adaptive_a31n-20180101 internet_outage_adaptive_a31w-20180101 | README |
| internet_outage_adaptive_a31c-20180101 | 2018-01-01 | 2018-04-01 | 652.22G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a31e-20180101 | 2018-01-01 | 2018-04-01 | 651.06G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a31g-20180101 | 2018-01-01 | 2018-04-01 | 652.27G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a31j-20180101 | 2018-01-01 | 2018-04-01 | 649.95G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a31n-20180101 | 2018-01-01 | 2018-04-01 | 649.93G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a31w-20180101 | 2018-01-01 | 2018-04-01 | 654.97G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a32_supplement-20180401 | 2018-04-01 | 2018-04-01 | 12.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a32all-20180401 | 2018-04-01 | 2018-07-01 | 2.86G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a32c-20180401 internet_outage_adaptive_a32e-20180401 internet_outage_adaptive_a32g-20180401 internet_outage_adaptive_a32j-20180401 internet_outage_adaptive_a32n-20180401 internet_outage_adaptive_a32w-20180401 | README |
| internet_outage_adaptive_a32c-20180401 | 2018-04-01 | 2018-07-01 | 654.06G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a32e-20180401 | 2018-04-01 | 2018-07-01 | 653.36G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a32g-20180401 | 2018-04-01 | 2018-07-01 | 659.79G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a32j-20180401 | 2018-04-01 | 2018-07-01 | 655.22G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a32n-20180401 | 2018-04-01 | 2018-07-01 | 657.96G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a32w-20180401 | 2018-04-01 | 2018-07-01 | 654.42G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a33_supplement-20180701 | 2018-07-01 | 2018-07-01 | 36.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a33all-20180701 | 2018-07-01 | 2018-10-01 | 2.39G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a33c-20180701 internet_outage_adaptive_a33e-20180701 internet_outage_adaptive_a33g-20180701 internet_outage_adaptive_a33j-20180701 internet_outage_adaptive_a33n-20180701 internet_outage_adaptive_a33w-20180701 | README |
| internet_outage_adaptive_a33c-20180701 | 2018-07-01 | 2018-10-01 | 663.23G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a33e-20180701 | 2018-07-01 | 2018-10-01 | 641.59G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a33g-20180701 | 2018-07-01 | 2018-10-01 | 667.62G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a33j-20180701 | 2018-07-01 | 2018-10-01 | 665.30G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a33n-20180701 | 2018-07-01 | 2018-10-01 | 660.42G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a33w-20180701 | 2018-07-01 | 2018-10-01 | 664.11G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a34_supplement-20181001 | 2018-10-01 | 2018-10-01 | 20.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a34all-20181001 | 2018-10-01 | 2019-01-01 | 2.80G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a34c-20181001 internet_outage_adaptive_a34e-20181001 internet_outage_adaptive_a34g-20181001 internet_outage_adaptive_a34j-20181001 internet_outage_adaptive_a34n-20181001 internet_outage_adaptive_a34w-20181001 | README |
| internet_outage_adaptive_a34c-20181001 | 2018-10-01 | 2019-01-01 | 615.50G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a34e-20181001 | 2018-10-01 | 2019-01-01 | 534.03G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a34g-20181001 | 2018-10-01 | 2019-01-01 | 638.41G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a34j-20181001 | 2018-10-01 | 2019-01-01 | 661.01G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a34n-20181001 | 2018-10-01 | 2019-01-01 | 656.99G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a34w-20181001 | 2018-10-01 | 2019-01-01 | 659.24G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a35_supplement-20190101 | 2019-01-01 | 2019-01-01 | 36.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a35all-20190101 | 2019-01-01 | 2019-04-01 | 4.54G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a35c-20190101 internet_outage_adaptive_a35e-20190101 internet_outage_adaptive_a35g-20190101 internet_outage_adaptive_a35j-20190101 internet_outage_adaptive_a35n-20190101 internet_outage_adaptive_a35w-20190101 | README |
| internet_outage_adaptive_a35c-20190101 | 2019-01-01 | 2019-04-01 | 642.35G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a35e-20190101 | 2019-01-01 | 2019-04-01 | 638.49G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a35g-20190101 | 2019-01-01 | 2019-04-01 | 621.91G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a35j-20190101 | 2019-01-01 | 2019-04-01 | 642.17G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a35n-20190101 | 2019-01-01 | 2019-04-01 | 638.08G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a35w-20190101 | 2019-01-01 | 2019-04-01 | 639.10G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a36_supplement-20190401 | 2019-04-01 | 2019-04-01 | 36.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a36all-20190401 | 2019-04-01 | 2019-07-01 | 1.72G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a36c-20190401 internet_outage_adaptive_a36e-20190401 internet_outage_adaptive_a36g-20190401 internet_outage_adaptive_a36j-20190401 internet_outage_adaptive_a36n-20190401 internet_outage_adaptive_a36w-20190401 | README |
| internet_outage_adaptive_a36c-20190401 | 2019-04-01 | 2019-07-01 | 651.89G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a36e-20190401 | 2019-04-01 | 2019-07-01 | 646.61G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a36g-20190401 | 2019-04-01 | 2019-07-01 | 616.91G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a36j-20190401 | 2019-04-01 | 2019-07-01 | 650.50G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a36n-20190401 | 2019-04-01 | 2019-07-01 | 645.67G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a36w-20190401 | 2019-04-01 | 2019-07-01 | 622.76G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a37_supplement-20190701 | 2019-07-01 | 2019-07-01 | 36.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a37all-20190701 | 2019-07-01 | 2019-10-01 | 1.15G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a37c-20190701 internet_outage_adaptive_a37e-20190701 internet_outage_adaptive_a37g-20190701 internet_outage_adaptive_a37j-20190701 internet_outage_adaptive_a37n-20190701 internet_outage_adaptive_a37w-20190701 | README |
| internet_outage_adaptive_a37c-20190701 | 2019-07-01 | 2019-10-01 | 659.05G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a37e-20190701 | 2019-07-01 | 2019-09-05 | 452.12G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a37g-20190701 | 2019-07-01 | 2019-10-01 | 693.30G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a37j-20190701 | 2019-07-01 | 2019-10-01 | 661.49G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a37n-20190701 | 2019-07-01 | 2019-10-01 | 654.16G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a37w-20190701 | 2019-07-01 | 2019-10-01 | 655.42G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a38_supplement-20191001 | 2019-10-01 | 2019-10-01 | 36.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a38all-20191001 | 2019-10-01 | 2020-01-01 | 998.00M | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a38c-20191001 internet_outage_adaptive_a38e-20191001 internet_outage_adaptive_a38g-20191001 internet_outage_adaptive_a38j-20191001 internet_outage_adaptive_a38n-20191001 internet_outage_adaptive_a38w-20191001 | README |
| internet_outage_adaptive_a38c-20191001 | 2019-10-01 | 2020-01-01 | 665.75G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a38e-20191001 | 2019-10-01 | 2020-01-01 | 653.64G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a38g-20191001 | 2019-10-01 | 2020-01-01 | 743.70G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a38j-20191001 | 2019-10-01 | 2020-01-01 | 664.46G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a38n-20191001 | 2019-10-01 | 2020-01-01 | 659.84G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a38w-20191001 | 2019-10-01 | 2020-01-01 | 661.26G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a39_supplement-20200101 | 2020-01-01 | 2020-01-01 | 165.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a39all-20200101 | 2020-01-01 | 2020-04-01 | 2.13G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a39c-20200101 internet_outage_adaptive_a39e-20200101 internet_outage_adaptive_a39g-20200101 internet_outage_adaptive_a39j-20200101 internet_outage_adaptive_a39n-20200101 internet_outage_adaptive_a39w-20200101 | README |
| internet_outage_adaptive_a39c-20200101 | 2020-01-01 | 2020-04-01 | 693.80G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a39e-20200101 | 2020-01-01 | 2020-04-01 | 924.18G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a39g-20200101 | 2020-01-01 | 2020-04-01 | 931.97G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a39j-20200101 | 2020-01-01 | 2020-04-01 | 929.83G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a39n-20200101 | 2020-01-01 | 2020-04-01 | 928.31G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a39w-20200101 | 2020-01-01 | 2020-04-01 | 928.53G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a40_supplement-20200401 | 2020-04-01 | 2020-04-01 | 45.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a40all-20200401 | 2020-04-01 | 2020-07-01 | 3.00G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a40c-20200401 internet_outage_adaptive_a40e-20200401 internet_outage_adaptive_a40g-20200401 internet_outage_adaptive_a40j-20200401 internet_outage_adaptive_a40n-20200401 internet_outage_adaptive_a40w-20200401 | README |
| internet_outage_adaptive_a40c-20200401 | 2020-04-01 | 2020-07-01 | 630.67G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a40e-20200401 | 2020-04-01 | 2020-07-01 | 937.40G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a40g-20200401 | 2020-04-01 | 2020-06-30 | 157.22G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a40j-20200401 | 2020-04-01 | 2020-07-01 | 940.68G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a40n-20200401 | 2020-04-01 | 2020-07-01 | 941.07G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a40w-20200401 | 2020-04-01 | 2020-07-01 | 940.92G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a41_supplement-20200701 | 2020-07-01 | 2020-07-01 | 45.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a41all-20200701 | 2020-07-01 | 2020-10-01 | 1.72G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a41c-20200701 internet_outage_adaptive_a41e-20200701 internet_outage_adaptive_a41g-20200701 internet_outage_adaptive_a41j-20200701 internet_outage_adaptive_a41n-20200701 internet_outage_adaptive_a41w-20200701 | README |
| internet_outage_adaptive_a41c-20200701 | 2020-07-01 | 2020-10-01 | 939.55G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a41e-20200701 | 2020-07-01 | 2020-10-01 | 931.75G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a41g-20200701 | 2020-07-01 | 2020-10-01 | 527.93G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a41j-20200701 | 2020-07-01 | 2020-10-01 | 943.35G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a41n-20200701 | 2020-07-01 | 2020-10-01 | 943.29G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a41w-20200701 | 2020-07-01 | 2020-10-01 | 940.18G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a42_supplement-20201001 | 2020-10-01 | 2020-10-01 | 45.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a42all-20201001 | 2020-10-01 | 2021-01-01 | 1.48G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a42c-20201001 internet_outage_adaptive_a42e-20201001 internet_outage_adaptive_a42g-20201001 internet_outage_adaptive_a42j-20201001 internet_outage_adaptive_a42n-20201001 internet_outage_adaptive_a42w-20201001 | README |
| internet_outage_adaptive_a42c-20201001 | 2020-10-01 | 2021-01-01 | 934.59G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a42e-20201001 | 2020-10-01 | 2021-01-01 | 934.57G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a42g-20201001 | 2020-10-01 | 2020-12-19 | 643.16G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a42j-20201001 | 2020-10-01 | 2020-12-03 | 645.06G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a42n-20201001 | 2020-10-01 | 2021-01-01 | 937.58G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a42w-20201001 | 2020-10-01 | 2021-01-01 | 938.08G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a43_supplement-20210101 | 2021-01-01 | 2021-01-01 | 46.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a43all-20210101 | 2021-01-01 | 2021-04-01 | 1.41G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a43c-20210101 internet_outage_adaptive_a43e-20210101 internet_outage_adaptive_a43g-20210101 internet_outage_adaptive_a43n-20210101 internet_outage_adaptive_a43w-20210101 | README |
| internet_outage_adaptive_a43c-20210101 | 2021-01-01 | 2021-04-01 | 771.29G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a43e-20210101 | 2021-01-01 | 2021-04-01 | 926.75G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a43g-20210101 | 2021-01-01 | 2021-04-01 | 934.85G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a43n-20210101 | 2021-01-01 | 2021-04-01 | 825.15G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a43w-20210101 | 2021-01-01 | 2021-04-01 | 930.28G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a44_supplement-20210401 | 2021-04-01 | 2021-04-01 | 46.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a44all-20210401 | 2021-04-01 | 2021-07-01 | 1.11G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a44c-20210401 internet_outage_adaptive_a44e-20210401 internet_outage_adaptive_a44g-20210401 internet_outage_adaptive_a44n-20210401 internet_outage_adaptive_a44w-20210401 | README |
| internet_outage_adaptive_a44c-20210401 | 2021-04-01 | 2021-07-02 | 783.48G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a44e-20210401 | 2021-04-01 | 2021-07-02 | 948.88G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a44g-20210401 | 2021-04-01 | 2021-07-02 | 950.67G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a44n-20210401 | 2021-04-01 | 2021-07-02 | 946.78G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a44w-20210401 | 2021-04-01 | 2021-07-02 | 944.48G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a45_supplement-20210702 | 2021-07-02 | 2021-07-02 | 47.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a45all-20210702 | 2021-07-02 | 2021-10-01 | 1.25G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a45c-20210702 internet_outage_adaptive_a45e-20210702 internet_outage_adaptive_a45g-20210702 internet_outage_adaptive_a45n-20210702 internet_outage_adaptive_a45w-20210702 | README |
| internet_outage_adaptive_a45c-20210702 | 2021-07-02 | 2021-09-28 | 635.34G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a45e-20210702 | 2021-07-02 | 2021-10-01 | 948.48G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a45g-20210702 | 2021-07-02 | 2021-10-01 | 963.57G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a45n-20210702 | 2021-07-02 | 2021-10-01 | 959.12G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a45w-20210702 | 2021-07-02 | 2021-10-01 | 957.86G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a46_supplement-20211001 | 2021-10-01 | 2021-10-01 | 47.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a46all-20211001 | 2021-10-01 | 2022-01-01 | 1.08G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a46c-20211001 internet_outage_adaptive_a46e-20211001 internet_outage_adaptive_a46g-20211001 internet_outage_adaptive_a46n-20211001 internet_outage_adaptive_a46w-20211001 | README |
| internet_outage_adaptive_a46c-20211001 | 2021-10-01 | 2022-01-01 | 846.52G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a46e-20211001 | 2021-10-01 | 2022-01-01 | 948.82G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a46g-20211001 | 2021-10-01 | 2022-01-01 | 905.25G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a46n-20211001 | 2021-10-01 | 2022-01-01 | 952.77G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a46w-20211001 | 2021-10-01 | 2022-01-01 | 951.81G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a47_supplement-20220101 | 2022-01-01 | 2022-01-01 | 46.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a47all-20220101 | 2022-01-01 | 2022-04-01 | 947.00M | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a47c-20220101 internet_outage_adaptive_a47e-20220101 internet_outage_adaptive_a47g-20220101 internet_outage_adaptive_a47n-20220101 internet_outage_adaptive_a47w-20220101 | README |
| internet_outage_adaptive_a47c-20220101 | 2022-01-01 | 2022-04-01 | 934.15G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a47e-20220101 | 2022-01-01 | 2022-04-01 | 934.27G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a47g-20220101 | 2022-01-01 | 2022-04-01 | 941.81G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a47n-20220101 | 2022-01-01 | 2022-04-01 | 937.91G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a47w-20220101 | 2022-01-01 | 2022-04-01 | 936.21G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a48_supplement-20220401 | 2022-04-01 | 2022-04-01 | 15.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a48all-20220401 | 2022-04-01 | 2022-07-01 | 1000.00M | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a48c-20220401 internet_outage_adaptive_a48e-20220401 internet_outage_adaptive_a48g-20220401 internet_outage_adaptive_a48n-20220401 internet_outage_adaptive_a48w-20220401 | README |
| internet_outage_adaptive_a48c-20220401 | 2022-04-01 | 2022-07-01 | 944.34G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a48e-20220401 | 2022-04-01 | 2022-06-29 | 925.05G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a48g-20220401 | 2022-04-01 | 2022-07-01 | 951.22G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a48n-20220401 | 2022-04-01 | 2022-07-01 | 946.89G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a48w-20220401 | 2022-04-01 | 2022-07-01 | 945.73G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a49_supplement-20220701 | 2022-07-01 | 2022-07-01 | 15.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a49all-20220701 | 2022-07-01 | 2022-10-01 | 981.00M | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a49c-20220701 internet_outage_adaptive_a49e-20220701 internet_outage_adaptive_a49g-20220701 internet_outage_adaptive_a49n-20220701 internet_outage_adaptive_a49w-20220701 | README |
| internet_outage_adaptive_a49c-20220701 | 2022-07-01 | 2022-10-01 | 947.53G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a49e-20220701 | 2022-07-01 | 2022-10-01 | 928.22G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a49g-20220701 | 2022-07-01 | 2022-10-01 | 953.43G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a49n-20220701 | 2022-07-01 | 2022-10-01 | 949.34G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a49w-20220701 | 2022-07-01 | 2022-10-01 | 947.77G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a50_supplement-20221001 | 2022-10-01 | 2022-10-01 | 15.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a50all-20221001 | 2022-10-01 | 2023-01-01 | 862.00M | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a50c-20221001 internet_outage_adaptive_a50e-20221001 internet_outage_adaptive_a50g-20221001 internet_outage_adaptive_a50n-20221001 internet_outage_adaptive_a50w-20221001 | README |
| internet_outage_adaptive_a50c-20221001 | 2022-10-01 | 2023-01-01 | 954.38G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a50e-20221001 | 2022-10-01 | 2023-01-01 | 953.30G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a50g-20221001 | 2022-10-01 | 2023-01-01 | 960.40G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a50n-20221001 | 2022-10-01 | 2023-01-01 | 956.66G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a50w-20221001 | 2022-10-01 | 2023-01-01 | 954.75G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a51_supplement-20230101 | 2023-01-01 | 2023-01-01 | 15.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a51all-20230101 | 2023-01-01 | 2023-04-01 | 1.16G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a51c-20230101 internet_outage_adaptive_a51e-20230101 internet_outage_adaptive_a51g-20230101 internet_outage_adaptive_a51n-20230101 internet_outage_adaptive_a51w-20230101 | README |
| internet_outage_adaptive_a51c-20230101 | 2023-01-01 | 2023-04-01 | 982.27G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a51e-20230101 | 2023-01-01 | 2023-04-01 | 947.10G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a51g-20230101 | 2023-01-01 | 2023-04-01 | 908.59G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a51n-20230101 | 2023-01-01 | 2023-04-01 | 984.86G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a51w-20230101 | 2023-01-01 | 2023-04-01 | 983.32G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a52_supplement-20230401 | 2023-04-01 | 2023-04-01 | 15.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a52all-20230401 | 2023-04-01 | 2023-07-01 | 980.00M | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a52c-20230401 internet_outage_adaptive_a52e-20230401 internet_outage_adaptive_a52g-20230401 internet_outage_adaptive_a52n-20230401 internet_outage_adaptive_a52w-20230401 internet_outage_adaptive_additional_a52c-20230401 | README |
| internet_outage_adaptive_a52c-20230401 | 2023-04-01 | 2023-07-01 | 990.78G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a52e-20230401 | 2023-04-01 | 2023-07-01 | 984.71G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a52g-20230401 | 2023-04-01 | 2023-07-01 | 994.36G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a52n-20230401 | 2023-04-01 | 2023-07-01 | 990.77G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a52w-20230401 | 2023-04-01 | 2023-07-01 | 990.92G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a53_supplement-20230701 | 2023-07-01 | 2023-07-01 | 14.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a53all-20230701 | 2023-07-01 | 2023-10-01 | 1.26G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a53c-20230701 internet_outage_adaptive_a53e-20230701 internet_outage_adaptive_a53g-20230701 internet_outage_adaptive_a53j-20230701 internet_outage_adaptive_a53n-20230701 internet_outage_adaptive_a53w-20230701 | README |
| internet_outage_adaptive_a53c-20230701 | 2023-07-01 | 2023-09-19 | 827.68G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a53e-20230701 | 2023-07-01 | 2023-09-19 | 795.86G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a53g-20230701 | 2023-07-01 | 2023-10-01 | 831.56G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a53j-20230701 | 2023-07-01 | 2023-09-19 | 832.24G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a53n-20230701 | 2023-07-01 | 2023-09-19 | 825.97G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a53w-20230701 | 2023-07-01 | 2023-09-19 | 814.81G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a54all-20231001 | 2023-10-01 | 2024-01-01 | 1.33G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a54c-20231001 internet_outage_adaptive_a54e-20231001 internet_outage_adaptive_a54g-20231001 internet_outage_adaptive_a54j-20231001 internet_outage_adaptive_a54n-20231001 internet_outage_adaptive_a54w-20231001 | README |
| internet_outage_adaptive_a54c-20231001 | 2023-10-01 | 2024-01-01 | 859.08G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a54e-20231001 | 2023-10-01 | 2024-01-01 | 811.23G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a54g-20231001 | 2023-10-01 | 2024-01-01 | 732.92G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a54j-20231001 | 2023-10-01 | 2024-01-01 | 862.23G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a54n-20231001 | 2023-10-01 | 2024-01-01 | 857.34G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a54w-20231001 | 2023-10-01 | 2024-01-01 | 857.16G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a55_supplement-20240101 | 2024-01-01 | 2024-01-01 | 14.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a55all-20240101 | 2024-01-01 | 2024-04-01 | 1.17G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a55c-20240101 internet_outage_adaptive_a55e-20240101 internet_outage_adaptive_a55g-20240101 internet_outage_adaptive_a55j-20240101 internet_outage_adaptive_a55n-20240101 internet_outage_adaptive_a55w-20240101 | README |
| internet_outage_adaptive_a55c-20240101 | 2024-01-01 | 2024-04-01 | 793.80G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a55e-20240101 | 2024-01-01 | 2024-04-01 | 840.68G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a55g-20240101 | 2024-01-01 | 2024-04-01 | 891.48G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a55j-20240101 | 2024-01-01 | 2024-04-01 | 890.17G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a55n-20240101 | 2024-01-01 | 2024-04-01 | 883.21G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a55w-20240101 | 2024-01-01 | 2024-04-01 | 880.65G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a56_supplement-20240401 | 2024-04-01 | 2024-04-01 | 15.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a56all-20240401 | 2024-04-01 | 2024-07-01 | 1.37G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a56c-20240401 internet_outage_adaptive_a56e-20240401 internet_outage_adaptive_a56g-20240401 internet_outage_adaptive_a56j-20240401 internet_outage_adaptive_a56n-20240401 internet_outage_adaptive_a56w-20240401 | README |
| internet_outage_adaptive_a56c-20240401 | 2024-04-01 | 2024-07-01 | 816.30G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a56e-20240401 | 2024-04-01 | 2024-07-01 | 887.76G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a56g-20240401 | 2024-04-01 | 2024-07-01 | 913.01G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a56j-20240401 | 2024-04-01 | 2024-07-01 | 910.32G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a56n-20240401 | 2024-04-01 | 2024-07-01 | 901.97G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a56w-20240401 | 2024-04-01 | 2024-07-01 | 899.68G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a57_supplement-20240701 | 2024-07-01 | 2024-07-01 | 15.00M | supplement data of IP mappings AS numbers, DNS names, Organization and linktypes for datasets | README |
| internet_outage_adaptive_a57all-20240701 | 2024-07-01 | 2024-10-01 | 1.24G | Combined reachability information for over 3.5M /24 subnets; this dataset is created by post-processing data from datasets internet_outage_adaptive_a57c-20240701 internet_outage_adaptive_a57e-20240701 internet_outage_adaptive_a57g-20240701 internet_outage_adaptive_a57j-20240701 internet_outage_adaptive_a57n-20240701 internet_outage_adaptive_a57w-20240701 | README |
| internet_outage_adaptive_a57c-20240701 | 2024-07-01 | 2024-10-01 | 932.82G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a57e-20240701 | 2024-07-01 | 2024-10-01 | 927.56G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a57g-20240701 | 2024-07-01 | 2024-10-01 | 900.76G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a57j-20240701 | 2024-07-01 | 2024-10-01 | 934.85G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a57n-20240701 | 2024-07-01 | 2024-10-01 | 929.65G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_a57w-20240701 | 2024-07-01 | 2024-10-01 | 934.21G | To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_additional_a49w-20220701 | 2022-07-01 | 2022-09-30 | 319.56G | This dataset is similar to internet_outage_adaptive_a49w-20220701, the difference being the additional probes sent to highly responsive blocks to ensure that the whole block is pinged within 32 probing rounds or just under 6 hours time. To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_additional_a50w-20221001 | 2022-10-01 | 2023-01-01 | 430.39G | This dataset is similar to internet_outage_adaptive_a50w-20221001, the difference being the additional probes sent to highly responsive blocks to ensure that the whole block is pinged within 32 probing rounds or just under 6 hours time. To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_additional_a51w-20230101 | 2023-01-01 | 2023-04-01 | 980.21G | This dataset is similar to internet_outage_adaptive_a51w-20230101, the difference being the additional probes sent to highly responsive blocks to ensure that the whole block is pinged within 32 probing rounds or just under 6 hours time. To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_additional_a52w-20230401 | 2023-04-01 | 2023-07-01 | 762.71G | This dataset is similar to internet_outage_adaptive_a52w-20230401, the difference being the additional probes sent to highly responsive blocks to ensure that the whole block is pinged within 32 probing rounds or just under 6 hours time. To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_additional_a52c-20230609 | 2023-06-09 | 2023-07-01 | 184.22G | This dataset is similar to internet_outage_adaptive_a52c-20230609, the difference being the additional probes sent to highly responsive blocks to ensure that the whole block is pinged within 32 probing rounds or just under 6 hours time. To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_additional_a53c-20230701 | 2023-07-01 | 2023-10-02 | 333.57G | This dataset is similar to internet_outage_adaptive_a53c-20230701, the difference being the additional probes sent to highly responsive blocks to ensure that the whole block is pinged within 32 probing rounds or just under 6 hours time. To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_additional_a53w-20230701 | 2023-07-01 | 2023-10-02 | 326.00G | This dataset is similar to internet_outage_adaptive_a53w-20230701, the difference being the additional probes sent to highly responsive blocks to ensure that the whole block is pinged within 32 probing rounds or just under 6 hours time. To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_additional_a54c-20231001 | 2023-10-02 | 2024-01-01 | 493.38G | This dataset is similar to internet_outage_adaptive_a54c-20231001, the difference being the additional probes sent to highly responsive blocks to ensure that the whole block is pinged within 32 probing rounds or just under 6 hours time. To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_additional_a54w-20231001 | 2023-10-02 | 2024-01-01 | 493.62G | This dataset is similar to internet_outage_adaptive_a54w-20231001, the difference being the additional probes sent to highly responsive blocks to ensure that the whole block is pinged within 32 probing rounds or just under 6 hours time. To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_additional_a55c-20240101 | 2024-01-01 | 2024-04-01 | 630.37G | This dataset is similar to internet_outage_adaptive_a55c-20240101, the difference being the additional probes sent to highly responsive blocks to ensure that the whole block is pinged within 32 probing rounds or just under 6 hours time. To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_additional_a55w-20240101 | 2024-01-01 | 2024-04-01 | 628.81G | This dataset is similar to internet_outage_adaptive_a55w-20240101, the difference being the additional probes sent to highly responsive blocks to ensure that the whole block is pinged within 32 probing rounds or just under 6 hours time. To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_additional_a56c-20240401 | 2024-04-01 | 2024-07-01 | 615.47G | This dataset is similar to internet_outage_adaptive_a56c-20240401, the difference being the additional probes sent to highly responsive blocks to ensure that the whole block is pinged within 32 probing rounds or just under 6 hours time. To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_additional_a56w-20240401 | 2024-04-01 | 2024-07-01 | 666.74G | This dataset is similar to internet_outage_adaptive_a56w-20240401, the difference being the additional probes sent to highly responsive blocks to ensure that the whole block is pinged within 32 probing rounds or just under 6 hours time. To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_additional_a57c-20240701 | 2024-07-01 | 2024-10-01 | 701.58G | This dataset is similar to internet_outage_adaptive_a57c-20240701, the difference being the additional probes sent to highly responsive blocks to ensure that the whole block is pinged within 32 probing rounds or just under 6 hours time. To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_additional_a57w-20240701 | 2024-07-01 | 2024-10-01 | 700.42G | This dataset is similar to internet_outage_adaptive_a57w-20240701, the difference being the additional probes sent to highly responsive blocks to ensure that the whole block is pinged within 32 probing rounds or just under 6 hours time. To collect this data, all allocated and responsive Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The block status was recorded in this data set. Probe was repeated every 11 minutes, and more quickly when uncertain about block status. In all, approximately 3.5M /24 subnets were periodically probed. | README |
| internet_outage_adaptive_standing_all-20130424 | 2013-04-24 | 2020-01-01 | UNKN | Applying to this standing dataset, will allow researchers to get the latest combined reachability (outage) datasets as they become available. This subscription will last for one year, since it's approved. This standing request applies only to merged (post-processed data) from several locations. If you're interested in raw data from a particular location, consider one of the datasets here: Category:LANDER:Datasets:AddressSpace:Adaptive_Probing . | README |
| internet_outage_maintenance_a42all-20201001 | 2020-10-01 | 2021-01-01 | 2.60G | Maintenance events for over 5M /24 subnets; this dataset is created by post-processing data from datasets internet outage adaptive a42all-20201001 ip_accumulation_as_a42-20201001 | README |
| internet_outage_survey_it30w-20091223 | 2009-12-23 | 2010-01-06 | 3.00M | To collect this data, a subset of Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, approximately 20k /24 subnets were periodically reprobed. Outages are analyzed and reported on the responses. | README |
| internet_outage_survey_it42w-20110726 | 2011-07-26 | 2011-08-08 | 4.00M | To collect this data, a subset of Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, approximately 20k /24 subnets were periodically reprobed. Outages are analyzed and reported on the responses. | README |
| internet_outage_survey_it50j-20121027 | 2012-10-27 | 2012-11-10 | 17.00M | To collect this data, a subset of Internet IP address blocks were pinged by sending ICMP ECHO_REQUEST (PING) packet. The response (if it ever came within 11 minutes time interval) was recorded in this data set. Probe was repeated every 11 minutes. In all, approximately 20k /24 subnets were periodically reprobed. Outages are analyzed and reported on the responses. | README |
| ip_accumulation_a28all-20170403 | 2017-04-03 | 2017-07-03 | 84.10G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a30all-20171006 | 2017-10-06 | 2018-01-06 | 67.41G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a36all-20190401 | 2019-04-01 | 2019-07-01 | 1024.00K | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a37all-20190701 | 2019-07-01 | 2019-10-01 | 66.73G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a38all-20191001 | 2019-10-01 | 2020-01-01 | 68.83G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a39all-20200101 | 2020-01-01 | 2020-04-01 | 49.29G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a40all-20200401 | 2020-04-01 | 2020-07-01 | 49.12G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a41all-20200701 | 2020-07-01 | 2020-10-01 | 75.27G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a42all-20201001 | 2020-10-01 | 2021-01-01 | 65.08G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a43all-20210101 | 2021-01-01 | 2021-04-01 | 114.71G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a44all-20210401 | 2021-04-01 | 2021-07-01 | 50.38G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a45all-20210702 | 2021-07-02 | 2021-10-02 | 46.73G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a46all-20211001 | 2021-10-01 | 2022-01-01 | 45.64G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a47all-20220101 | 2022-01-01 | 2022-04-01 | 43.98G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a48all-20220401 | 2022-04-01 | 2022-07-01 | 43.79G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a49all-20220701 | 2022-07-01 | 2022-10-01 | 48.63G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a50all-20221001 | 2022-10-01 | 2023-01-01 | 45.81G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a51all-20230101 | 2023-01-01 | 2023-04-01 | 55.11G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a52all-20230401 | 2023-04-01 | 2023-07-01 | 52.99G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a53all-20230701 | 2023-07-01 | 2023-10-01 | 54.17G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a54all-20231001 | 2023-10-01 | 2024-01-01 | 68.99G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a55all-20240101 | 2024-01-01 | 2024-04-01 | 67.74G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a56all-20240401 | 2024-04-01 | 2024-07-01 | 72.53G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_a57all-20240701 | 2024-07-01 | 2024-10-01 | 56.63G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_as_a42-20201001 | 2020-10-01 | 2020-12-31 | 225.00M | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| ip_accumulation_prefix_a42-20201001 | 2020-10-01 | 2020-12-31 | 1.55G | This dataset is created by analyzing internet_outage_adaptive datasets [1] to cumulatively count the number of active IP address in all responsive /24 blocks (or other groupings). | README |
| iperf_emulated_attacks-20090621 | 2009-06-21 | 2009-08-04 | 41.46G | These traces were created by monitoring an emulated DoS attack from a single known source to single known target, mixed with ongoing traffic into a large enterprise. The attack was generated with Iperf sending UDP packets at a known rate. Data was collected in the middle of the network, close to the target, at the network connection for USC. | README |
| lander_sample-20080903 | 2008-09-03 | 2008-09-03 | 65.87G | This is a one hour packet header trace taken at USC by the LANDER project. User data and non-packet headers are removed and IP addresses are fully anonymized. The data is in ERF format. | README |
| linkedin-and-facebook-job-ad-delivery-20210208 | 2021-02-08 | 2021-02-26 | 14.00M | Ad delivery results from running job advertisements on Facebook and LinkedIn. | README |
| long_flows_D1_2_days-20090605 | 2009-06-05 | 2009-06-07 | 7.29G | This dataset contains IP flow records spanning two days in a modified Argus format. The durations of flows are ranging from seconds to hours and days. Different durations of flows are organized into different directories, and the flow duration increases exponentially. All IP addresses in this dataset are host-only anonymized. | README |
| long_flows_D1_2_days-anonymized-20090605 | 2009-06-05 | 2009-06-07 | 7.30G | This dataset contains IP flow records spanning two days in a modified Argus format. The durations of flows are ranging from seconds to hours and days. Different durations of flows are organized into different directories, and the flow duration increases exponentially. All IP addresses in this dataset are fully anonymized. | README |
| long_flows_D8_2_weeks-20100221 | 2010-02-21 | 2010-03-08 | 121.96G | This dataset contains IP flow records spanning two weeks in a modified Argus format. The durations of flows are ranging from seconds to hours and weeks. Different durations of flows are organized into different directories, and the flow duration increases exponentially. All IP addresses in this dataset are host-only anonymized. | README |
| long_flows_D8_2_weeks-anonymized-20100221 | 2010-02-21 | 2010-03-08 | 122.11G | This dataset contains IP flow records spanning two weeks in a modified Argus format. The durations of flows are ranging from seconds to hours and weeks. Different durations of flows are organized into different directories, and the flow duration increases exponentially. All IP addresses in this dataset are fully anonymized. | README |
| orion_telescope-20200801 | 2020-08-01 | 2030-01-01 | UNKN | Darknet data offered by Merit's ORION Network Telescope. Byte size quoted as of 2022-02-14. For further details, please visit: https://www.merit.edu/initiatives/orion-network-telescope/ | README |
| p2p_detection-20050830 | 2005-08-30 | 2005-08-30 | 69.80G | This dataset consists of passively collected traffic from the LANDER project. Contents are TCP SYNs, FINs and RSTs and was used in 2007 to evaluate new methods to find P2P | README |
| p2p_detection-20061003 | 2006-10-03 | 2006-10-03 | 4.28G | This dataset consists of passively collected traffic from the LANDER project. Contains TCP SYNs, FINs and RSTs and was used in 2007 to evaluate new methods to find P2P | README |
| passive_active-20060919 | 2006-09-19 | 2006-10-07 | 160.81G | This dataset consists of passively collected traffic from the LANDER project and active nmap probe data collected at the USC campus. | README |
| rdns_ipv4-20140201 | 2014-02-01 | 2014-02-28 | 17.59G | Reverse-DNS mapping information for all of the IPv4 address space. | README |
| rdns_ipv4-20151023 | 2015-10-23 | 2015-10-28 | 12.11G | Reverse-DNS mapping information for all of the IPv4 address space. | README |
| rdns_ipv4-20160312 | 2016-03-12 | 2016-03-20 | 51.10G | Reverse-DNS mapping information for all of the allocated IPv4 address space. | README |
| survey_validation_tcpvsicmp-20071009 | 2007-10-09 | 2007-10-14 | 540.00M | During this experiment 1 million of random allocated IP addresses were probed using a single ICMP ECHO_REQUEST and a single TCP SYN on port 80. The order of probing was ICMP, then TCP for the first half of probed addresses and then TCP followed by ICMP for the second half. A slightly modifed version of NMAP was used. Output of NMAP as well as tcpdump of all sent/received packets are included in this dataset. | README |
| survey_validation_usc-20070813 | 2007-08-13 | 2007-08-23 | 251.45G | These traces are collected at the Los Nettos ISP and show the vast majority of all traffic to and from USC. | README |
| tcp-reset-study-20071107 | 2007-11-07 | 2007-11-08 | 115.00G | trace collected at a provider link in order to study the prevalence of tcp resets in the Internet. | README |
| usc_lander_tcp_syns-20081010 | 2008-10-10 | 2008-12-03 | 31.75G | This dataset consists of passively collected traffic from the LANDER project. Contains TCP SYNs and was used in 2008 to study low-rate periodicities in network traffic. | README |
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