dnsprobe for probing anycast dns analysis future work
play

dnsprobe for probing anycast DNS -- Analysis & Future Work -- - PowerPoint PPT Presentation

Aug 10, 2023 •165 likes •489 views

dnsprobe for probing anycast DNS -- Analysis & Future Work -- Yuji Sekiya WIDE Project <sekiya@wide.ad.jp> What is dnsprobe ? dnsprobe is a tool for probing RTT hostname.bind To DNS Server Set Root DNS Servers

  1. dnsprobe for probing anycast DNS -- Analysis & Future Work -- Yuji Sekiya WIDE Project <sekiya@wide.ad.jp>

  2. What is dnsprobe ?  dnsprobe is a tool for probing  RTT  hostname.bind  To DNS Server Set  Root DNS Servers  ccTLD DNS Servers  Active Measurement  Native probe  Dialup probe

  3. Measurement  Started from May 2002  Anycast Probing Started from Jun 2004  Until Jun 2005, over 10,000,000 probes  Target  Root (13 IP addresses)  ccTLD (638 IP addresses)

  4. Motivation  Short span probe from many locations  Using dialup connection  Probes from location which we can't visit easily  How anycast works  Checking hostname.bind  Which anycast instance is answering ?  Measuring RTT  short span probes (1-2 hour at each location)

  5. Probing Result 1105950738 130.69.251.116 eth1 A: rtt 205 ms: hostname ns3-aroot 1105950763 130.69.251.116 eth1 B: rtt 190 ms: hostname b1.isi.edu 1105950715 130.69.251.116 eth1 C: rtt 213 ms: hostname iad1a.c.root-servers.org 1105950756 130.69.251.116 eth1 D: rtt 193 ms: hostname d-root.net.umd.edu 1105950752 130.69.251.116 eth1 E: rtt 199 ms: hostname e2.arc.nasa.gov ﾀ ^U 1105950744 130.69.251.116 eth1 F: rtt 157 ms: hostname lax1b.f.root-servers.org 1105950748 130.69.251.116 eth1 G: timed out (60sec) 1105950720 130.69.251.116 eth1 H: rtt 201 ms: hostname H2 1105950734 130.69.251.116 eth1 I: rtt 1 ms: hostname s1.tok 1105950768 130.69.251.116 eth1 J: rtt 255 ms: hostname jns3-kgtld.j.root-servers.net.j.root- servers.net 1105950773 130.69.251.116 eth1 K: rtt 274 ms: hostname k2.ams-ix 1105950725 130.69.251.116 eth1 L: rtt 257 ms: hostname l2.l.root-servers.org 1105950730 130.69.251.116 eth1 M: rtt 0 ms: hostname M-d3

  6. Anycast Report - C (1) Start : 2004/12/02 End : 2005/01/04 src : 130.69.251.121 (AS2501) dst : 192.33.4.12 20041210 05:59:42 – 20041210 06:56:28 13468 queries 1: iad1a.c.root-servers.org 2: ord1a.c.root-servers.org

  7. Anycast Report - C (2) Start : 2004/12/02 End : 2004/12/03 src : 192.134.1.9 (AS2486) dst : 192.33.4.12 454 queries 1: jfk1b.c.root-servers.org

  8. Anycast Report - C (3) Start : 2004/12/02 End : 2005/01/15 src : 200.160.7.130 (AS22548) dst : 192.33.4.12 25601 queries 1: iad1b.c.root-servers.org 2: ord1a.c.root-servers.org

  9. Anycast Report - C (3) | 20041204093117 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041205055140 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041209132834 | 200.160.7.130 | 142 | ord1a.c.root-servers.org | | 20041210060141 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041210060355 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041210060651 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041210060843 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041210061121 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041210061357 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041210061625 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041210061852 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041210062118 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041210062312 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041210062628 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041210062812 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041210063132 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041210063321 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041210063546 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041210063900 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041210064046 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041210064348 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041210064557 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041210064915 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041210065133 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041210065312 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20041210065628 | 200.160.7.130 | 149 | ord1a.c.root-servers.org | | 20050107072327 | 200.160.7.130 | 160 | ord1a.c.root-servers.org | | 20050107072558 | 200.160.7.130 | 160 | ord1a.c.root-servers.org | | 20050107072904 | 200.160.7.130 | 160 | ord1a.c.root-servers.org | | 20050107073059 | 200.160.7.130 | 160 | ord1a.c.root-servers.org | | 20050107080846 | 200.160.7.130 | 171 | ord1a.c.root-servers.org |

  10. Anycast Report - C (4) Start : 2004/07/03 End : 2005/08/14 src :203.178.142.219 (AS2500) dst :192.33.4.12 3988 queries 1: lax1b.c.root-servers.org

  11. Anycast Report - F (1) Start : 2004/12/02 End : 2005/01/04 src :130.69.251.121 (AS2501) dst :192.5.5.241 13398 queries 1: pao1c.f.root-servers.org 2: lax1b.f.root-servers.org 3: sel1b.f.root-servers.org

  12. Anycast Report - F (2) Start : 2004/12/02 End : 2004/12/03 src :192.134.1.9 (AS2486) dst :192.5.5.241 454 queries 1: sfo2a.f.root-servers.org

  13. Anycast Report - F (3) Start : 2004/12/02 End : 2005/01/15 src :200.160.7.130 (AS22548) dst :192.5.5.241 25630 queries 1: gru1a.f.root-servers.org

  14. Anycast Report - F (4) Start : 2004/07/31 End : 2004/08/14 src :203.178.142.219 (AS2500) dst :192.5.5.241 4020 queries 1: lax1a.f.root-servers.org

  15. Anycast Report - I (1) Start : 2004/12/02 End : 2005/01/04 src :130.69.251.121 (AS2501) dst :192.36.148.17 11499 queries 1: s1.tok

  16. Anycast Report - I (2) Start : 2004/12/02 End : 2004/12/03 src :192.134.1.9 (AS2486) dst :192.36.148.17 454 queries 1: s1.bnx

  17. Anycast Report - I (3) Start : 2004/12/02 End : 2005/01/15 20050107 07:23:16 – 20050107 08:08:58 src :200.169.7.130 20050103 13:43:26 – 20050103 23:56:34 (AS22548) dst :192.36.148.17 20041205 19:33:33 – 20041207 14:56:26 25530 queries 1: s1.tok 2: s1.mix 3: s1.gen 4: s1.ams

  18. Anycast Report - I (4) Start : 2004/07/31 End : 2004/08/14 src :203.178.142.219 (AS2500) dst :192.36.148.17 4029 queries 1: s1.sth 2: s1.bkx

  19. Anycast Report - J (1) Start : 2004/12/02 End : 2005/01/04 1: jns1-kgtld.j.root- servers.net.j.root-servers.net 2: jns3-kgtld.j.root- servers.net.j.root-servers.net 3: jns4-kgtld.j.root- servers.net.j.root-servers.net 4: jns1-kgtld.j.root- servers.net.j.root-servers.net 5: jns3-jgtld.j.root-servers.net 6: jns1-jgtld.j.root-servers.net 7: jns1-kr.j.root-servers.net 8: jns2-fgtld.j.root-servers.net 9: jns3-fgtld.j.root-servers.net 10: jns2-jgtld.j.root-servers.net 11: jns4-jgtld.j.root-servers.net 12: jns4-kgtld.j.root-servers.net 13481 queries 13: jns3-kgtld.j.root-servers.net 14: jns2-kgtld.j.root-servers.net

  20. Anycast Report - J (2) Start : 2004/12/02 End : 2004/12/03 1: jns5-hgtld.j.root-servers.net 2: jns6-hgtld.j.root-servers.net 3: jns4-hgtld.j.root-servers.net 4: jns1-hgtld.j.root-servers.net 5: jns3-hgtld.j.root-servers.net 6: jns2-hgtld.j.root-servers.net 7: jns2-kgtld.j.root- servers.net.j.root-servers.net 8: jns3-kgtld.j.root- servers.net.j.root-servers.net 9: jns1-kgtld.j.root- servers.net.j.root-servers.net 10: jns4-kgtld.j.root- servers.net.j.root-servers.net 459 queries

  21. Anycast Report - J (3) Start : 2004/12/02 End : 2005/01/15 1: jns2-kr.j.root-servers.net 2: jns1-kr.j.root-servers.net 3: jns1-agtld.j.root-servers.net 4: jns4-agtld.j.root-servers.net 5: jns3-agtld.j.root-servers.net 22534 queries

  22. Anycast Report - J (4) Start : 2004/07/31 End : 2004/08/14 1: jns4-kgtld 2: jns1-kgtld 3: jns2-kgtld 4: jns3-kgtld 5: jns4-kgtld.j.root-servers.net 6: jns3-kgtld.j.root-servers.net 7: jns2-kgtld.j.root-servers.net 8: jns1-kgtld.j.root-servers.net 9: jns3-igtld.j.root-servers.net 10: jns2-igtld.j.root-servers.net 11: jns4-igtld.j.root-servers.net 12: jns1-igtld.j.root-servers.net 4034 queries

  23. Anycast Report - K (1) Start : 2004/12/02 End : 2005/01/04 13465 queries 1: k2.ams-ix 2: k1.linx

  24. Anycast Report - K (2) Start : 2004/12/02 End : 2004/12/03 449 queries 1: k2.linx

  25. Anycast Report - K (3) Start : 2004/12/02 End : 2005/01/15 25611 queries 1: k1.linx 2: k2.ams-ix 3: k1.cern

  26. Anycast Report - K (4) Start : 2004/07/31 End : 2004/08/14 4025 queries 1: k2.linx 2: k1.ams-ix

  27. Anycast Report - M (1) Start : 2004/12/02 End : 2004/12/03 423 queries 1: M-cdg2

  28. Anycast Report - M (2) Start : 2004/12/02 End : 2005/01/15 25524 queries 1: M-d2 2: M-cdg1 3: M-n3

  29. Discussion  Similar works  dnsmon  Randy's anycast probe  However, not same results  From dnsprobe, not so many switches...  Probe Interval ?  If we increase probes, dnsprobe observes switches ?  Probe points ?  How Planet lab. Works ?  Where are servers of Planet lab. ?

  30. Future of anycast analysis  How can we collect “reliable” data ?  For collecting data ...  Need more distributed probe points  Just for anycast probing  Dialup probe is enough  For analysis of anycast stability  Fixed host  Long span probes  How do we proceed ?

  31. How it works ?

Recommend

Active measurements to Root DNS servers especially from Asian countries Yuji Sekiya

Active measurements to Root DNS servers especially from Asian countries Yuji Sekiya

Active measurements to Root DNS servers especially from Asian countries Yuji Sekiya sekiya@wide.ad.jp Probing Use dnsprobe with dialup connection 1 probe 30 min Running three dnsprobe processes Probed between 25 th Feb. and

605 views • 27 slides
Probing Electroweak g h Q g h Baryogenesis S at Future Colliders h S One - Loop

Probing Electroweak g h Q g h Baryogenesis S at Future Colliders h S One - Loop

Probing Electroweak g h Q g h Baryogenesis S at Future Colliders h S One - Loop Nonperturbative S required Analysis of EWPT for V ( v,0 ) &lt; V ( 0,w ) breaks down Theory Seminar ( tree - level ) University of Sydney

1k views • 62 slides
Characterizing IPv4 Anycast Adoptjon and Deployment Dario Rossi Professor

Characterizing IPv4 Anycast Adoptjon and Deployment Dario Rossi Professor

Characterizing IPv4 Anycast Adoptjon and Deployment Dario Rossi Professor dario.rossi@telecom-paristech.fr htup://www.enst.fr/~drossi/anycast Joint work with D.Cicalese, J. Auge, D. Joumblatu and T. Friedman Talk Teaser A seminal work [4] at

748 views • 50 slides
Tier-1s break Anycast DNS Zhihao Li, Neil Spring D-Root: 199.7.91.13 111 Anycast

Tier-1s break Anycast DNS Zhihao Li, Neil Spring D-Root: 199.7.91.13 111 Anycast

Tier-1s break Anycast DNS Zhihao Li, Neil Spring D-Root: 199.7.91.13 111 Anycast replicas: 19 global (red): advertised without restriction 92 local (black): advertised one hop in BGP Anycast Mental model: Packets sent to

646 views • 29 slides
Anycast Routing in OLSR MANETs (A sample deployment) Justin Dean 4 th OLSR Interop Ottawa, CA

Anycast Routing in OLSR MANETs (A sample deployment) Justin Dean 4 th OLSR Interop Ottawa, CA

Anycast Routing in OLSR MANETs (A sample deployment) Justin Dean 4 th OLSR Interop Ottawa, CA 10/14/08 Anycast definitions Anycast addressing assigning a common IP address to multiple instance of the same service.. 1 Anycast

794 views • 19 slides
Challenges of analysis or Why WCET analysis does not work now and will not work in the future

Challenges of analysis or Why WCET analysis does not work now and will not work in the future

Timing Analysis Seminar / Aalto ESG Challenges of analysis or Why WCET analysis does not work now and will not work in the future Niklas Holsti Tidorum Ltd www.tidorum.fi Tid rum Timing Analysis / Aalto ESG / T-106.5840, 12.5.2011 slide 1

420 views • 31 slides
Probing 13 with global neutrino data analysis Antonio Palazzo CSIC/IFIC, AHEP group, Valencia

Probing 13 with global neutrino data analysis Antonio Palazzo CSIC/IFIC, AHEP group, Valencia

TAUP 2009 July 2 nd Probing 13 with global neutrino data analysis Antonio Palazzo CSIC/IFIC, AHEP group, Valencia Based on work done in collaboration with: G.L. Fogli. E. Lisi, A. Marrone, A.M. Rotunno Ou Outl tlin ine In Intr

598 views • 43 slides
Occultations for Probing for Probing Occultations Atmosphere and Climate: Atmosphere and

Occultations for Probing for Probing Occultations Atmosphere and Climate: Atmosphere and

I nstitute for G eophysics, A strophysics, and M eteorology / U niversity of G raz A tmospheric R emote S ensing and Cli mate Sys tem Research Group ARSCliSys on the art of understanding the climate system Occultations for Probing for Probing

570 views • 12 slides
Analysis of Query Source and Anycast Patrik Fltstrm Head of Engineering, Research and

Analysis of Query Source and Anycast Patrik Fltstrm Head of Engineering, Research and

www.netnod.se Analysis of Query Source and Anycast Patrik Fltstrm Head of Engineering, Research and Development Netnod 1 www.netnod.se What is Netnod, and what do we do? By a foundation fully owned incorporation Not for pro fj t

515 views • 27 slides
Anycast census and geolocation AIMS: Workshop on Active Internet Measurements 31 March - 2 April

Anycast census and geolocation AIMS: Workshop on Active Internet Measurements 31 March - 2 April

Anycast census and geolocation AIMS: Workshop on Active Internet Measurements 31 March - 2 April 2015 Cicalese Danilo Jordan Auge Diana Joumblatt Dario Rossi Timur Friedman Here is where the anycast instances are Demo: goo.gl/Ff8gdQ 12

338 views • 19 slides
Probing heavy neutrino oscillation and associated CP violation at future hadron colliders

Probing heavy neutrino oscillation and associated CP violation at future hadron colliders

Probing heavy neutrino oscillation and associated CP violation at future hadron colliders Yongchao Zhang ( [ ) Washington University in St. Louis July 26, 2019 Flasy 2019, Hefei based on P. S. B. Dev, R. N. Mohapatra &amp; YCZ,

491 views • 26 slides
.CL anycast switching experiment Sebastian Castro secastro@caida.org secastro@nic.cl CAIDA

.CL anycast switching experiment Sebastian Castro secastro@caida.org secastro@nic.cl CAIDA

.CL anycast switching experiment Sebastian Castro secastro@caida.org secastro@nic.cl CAIDA NIC Chile 8 th CAIDA/WIDE workshop July, 2007 Introduction The anycast technology has been widely deployed in various DNS services around the

291 views • 17 slides
Probing Infla,on with Future Galaxy Surveys Roland de Pu+er

Probing Infla,on with Future Galaxy Surveys Roland de Pu+er

Probing Infla,on with Future Galaxy Surveys Roland de Pu+er Caltech IPA 2016, Orsay 7/9/2016 What is the Physics behind Infla@on? 2. radia@on domina@on

734 views • 44 slides
CloudFlare DNS Anycast Services lafur Gu mundsson | olafur@cloudflare.com Network Over 80

CloudFlare DNS Anycast Services lafur Gu mundsson | olafur@cloudflare.com Network Over 80

CloudFlare DNS Anycast Services lafur Gu mundsson | olafur@cloudflare.com Network Over 80 locations soon All services over Anycast 2 CloudFlare DNS expertise Deliver DNS answers in fast and reliable manner worldwide

545 views • 7 slides
F root anycast: What, why and how Joo Damas ISC Overview What is a root server? What is

F root anycast: What, why and how Joo Damas ISC Overview What is a root server? What is

F root anycast: What, why and how Joo Damas ISC Overview What is a root server? What is F? What is anycast? F root anycast. Why? How does ISC do it? What is f.root-servers.net? One the Internets official DNS root servers

456 views • 24 slides
Anycast in The Cloud 22.10.18 Brett Carr Agenda Introduction Short history of our

Anycast in The Cloud 22.10.18 Brett Carr Agenda Introduction Short history of our

Anycast in The Cloud 22.10.18 Brett Carr Agenda Introduction Short history of our DNS Infrastructure Expansion and Cloud choices Anycast in the cloud, simple/cost effective Problems dont give me no problems

251 views • 14 slides
Probing Neutral and Doubly-Charged Scalars at Future Lepton Colliders Fang Xu Collaborators: B.

Probing Neutral and Doubly-Charged Scalars at Future Lepton Colliders Fang Xu Collaborators: B.

Probing Neutral and Doubly-Charged Scalars at Future Lepton Colliders Fang Xu Collaborators: B. Dev, Y. Zhang Washington University in St. Louis xufang@wustl.edu October 13, 2019 H 3 &amp; H at future lepton colliders Washington

440 views • 18 slides
PROBING GLUON SATURATION THROUGH DI-HADRON AND TRI-HADRON CORRELATIONS AT A FUTURE ELECTRON ION

PROBING GLUON SATURATION THROUGH DI-HADRON AND TRI-HADRON CORRELATIONS AT A FUTURE ELECTRON ION

PROBING GLUON SATURATION THROUGH DI-HADRON AND TRI-HADRON CORRELATIONS AT A FUTURE ELECTRON ION COLLIDER MARTIN HENTSCHINSKI martin.hentschinski@gmail.com IN COLLABORATION WITH A. AYALA, J. JALILIAN-MARIAN, M.E. TEJEDA YEOMANS, XV MEXICAN

478 views • 34 slides
Tao Probing the End of the World 1 - 1 - Masato

Tao Probing the End of the World 1 - 1 - Masato

@YITP WS Tao Probing the End of the World 1 - 1 - Masato Taki RIKEN , i THES group .Yagi (KIAS) [ arXiv:1504.03672] Collaboration w/ S-S.Kim and F 2015.11/12 Tao Probing the End of the World new

1.01k views • 81 slides
Two days in The Life of The DNS Anycast Root Servers Ziqian Liu Beijing Jiaotong Univeristy

Two days in The Life of The DNS Anycast Root Servers Ziqian Liu Beijing Jiaotong Univeristy

Two days in The Life of The DNS Anycast Root Servers Ziqian Liu Beijing Jiaotong Univeristy Bradley Huffaker, Marina Fomenkov Nevil Brownlee, and kc claffy CAIDA PAM2007 Outline DNS root servers DNS anycast in root servers Data

289 views • 26 slides
SAND Project Self-managing Anycast Networks for the DNS ICANN 55 TechDay 7 March, 2016 Ricardo

SAND Project Self-managing Anycast Networks for the DNS ICANN 55 TechDay 7 March, 2016 Ricardo

SAND Project Self-managing Anycast Networks for the DNS ICANN 55 TechDay 7 March, 2016 Ricardo de O. Schmidt SAND Project Bring autonomous management to anycast DNS M onitoring: system health, reachability, performance, resilience... A

308 views • 14 slides
Small, Modular, Agile, Secure: Pick 4 Many components makes light work Andrew Sullivan at ICANN

Small, Modular, Agile, Secure: Pick 4 Many components makes light work Andrew Sullivan at ICANN

Small, Modular, Agile, Secure: Pick 4 Many components makes light work Andrew Sullivan at ICANN 55 March 7, 2016 asullivan@dyn.com Anycast @ ICANN 55 asullivan@dyn.com Anycast is just good Good to sink traffic topologically close to

449 views • 18 slides
Probing physics behind the electroweak symmetry breaking at future gravitational wave and collider

Probing physics behind the electroweak symmetry breaking at future gravitational wave and collider

Probing physics behind the electroweak symmetry breaking at future gravitational wave and collider experiments Mitsuru Kakizaki (University of Toyama) The 17 th Regular Meeting of the New Higgs Working Group May 12, 2016 @ University of Toyama l

649 views • 22 slides
Random Probing Security Verification, Composition, Expansion and New Constructions Sonia Belad 1

Random Probing Security Verification, Composition, Expansion and New Constructions Sonia Belad 1

Introduction Random Probing Security Random Probing Composability Random Probing Expandability Conclusion Random Probing Security Verification, Composition, Expansion and New Constructions Sonia Belad 1 , Jean-Sbastien Coron 2 Emmanuel

1.04k views • 99 slides

More recommend