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PING

APNIC 50 Episodes Aug 5, 2026

PING is a podcast that goes behind the scenes of the Internet, exploring its inner workings and the people who build and maintain its health. Every two weeks, the show features conversations with individuals who have contributed to the development and improvement of the Internet's infrastructure. The episodes provide insights into the technical and operational aspects of the Internet, aimed at those curious about how it all functions. The views expressed by guests are their own and do not necessarily reflect the opinions of APNIC.

Episodes

Canonical Cache Representation
Canonical Cache Representation Aug 5, 2026 0:35:25 In this episode of PING, we talk with Job Snijders about secure Internet routing again, focusing on an approach to preserving the state of RPKI as a longterm historical record for research and analysis. Job was last on PING to discuss the “Erik” protocol. Job has been running an archive of RPKI state for some time, as a volunteer activity but an exercise which was feasible when BGP speakers produ
DNS Query Duplication
DNS Query Duplication Jul 22, 2026 0:39:01 In this episode of PING, APNIC Chief Scientist Geoff Huston and I discuss a traffic behaviour in the DNS which Geoff has noticed in the labs advertising based experimental data capture. Virtually every DNS query Geoff sees, he sees twice (or more). For a cohort of about 150 million unique DNS labels on a given day, The Labs system is collecting 270 million incoming DNS queries. Thats a lot of dupl
Testing RSSAC 028 DNS root server name choices
Testing RSSAC 028 DNS root server name choices Jul 8, 2026 0:40:58 In this episode of PING, we talk with Willem Toorop about a measurement of 6 choices for naming the root servers of the global DNS. This measurement was motivated by RSSAC 028, a 2017 technical analysis for ICANN of the naming scheme used by the root DNS servers. Root name servers are part of the global DNS system, and they provide basic bootstrapping for every other DNS resolver and authoritativ
What ‘name-based routing’ really means
What ‘name-based routing’ really means Jun 24, 2026 0:49:20 In recent PING episodes, APNIC Chief Scientist Geoff Huston has asserted that Internet routing has shifted away from traditional IP packet forwarding. Instead, it is increasingly driven by processes that map names to addresses. It’s no longer just about your IP address or the specific endpoint you think you’re connecting to, it’s about your location and which intermediary services can most effecti
The Erik protocol: improving RPKI data fetch
The Erik protocol: improving RPKI data fetch Jun 10, 2026 0:38:03 In this episode of PING we’re hearing about secure Internet Routing and its data distribution problem from Job Snijders who has been on PING before talking about his measurements in BGP and RPKI. We caught up at IETF125 in Shenzhen where Job presented to the SIDROPS working group on a new protocol he’s been designing, called Erik. The Erik protocol was named in honour of Erik Bais who died in May
About Time
About Time May 27, 2026 0:36:24 In this episode of PING, APNIC Chief Scientist Geoff Huston and I discuss Network Time Protocol or NTP. NTP is one of the older systems we depend on, designed and implemented by Dave Mills who died in 2024. Dave had been working on time synchronisation from the mid 1970s, and cared deeply about synchronising the emerging ARPAnet and the Internet, with the pre-existing worldwide collaborative frame
The socialised cost of online abuse
The socialised cost of online abuse May 13, 2026 0:45:13 This time on PING I'm talking to Alban Kwan from the Trusted Notifier Network (TNN). I caught up with Alban at the APRICOT/APNIC61 meeting held recently in Jakarta, where Alban was attending the policy and governance sessions with a particular interest in the problem of online abuse mitigation. Alban is interested in bridging the gap between the business and technical communities in this problem
CIDR inside
CIDR inside Apr 29, 2026 0:49:16 In this episode of PING, APNIC Chief Scientist Geoff Huston discusses the tortuous history of The CIDR report Classless Inter-Domain Routing or CIDR, is a mechanism defined in the 90s, to replace the former model of fixed sized networks defined in RFC791 called class-A class-B or class-C (there were actually class-D and class-E but for now we can ignore them) -the "Classless" part means no longe
IP Networking in Deep Space
IP Networking in Deep Space Apr 15, 2026 0:49:22 This episode of PING is an interview with Marc Blanchet from Viagenie in Quebec, Canada. Marc has been active in Internet Procotols and the IETF for decades, most recently focussed on Internet Protocol communications in deep space. Marc presented at the recent APRICOT/APNIC61 meeting held in Jakarta. We've got used to the idea of IP working in Low Earth Orbit, with the rise of Starlink as a high
What does “BCP” really mean?
What does “BCP” really mean? Apr 1, 2026 0:27:21 In this episode of PING, APNIC Chief Scientist Geoff Huston discusses an emerging concern about how the IETF interprets the concept of ‘Best Current Practice‘ (BCP). In his previous episode, Geoff explored emerging questions around DNS provisioning over IPv6, including experimental observations on its performance characteristics. Towards the end of the discussion, we turned to how the Internet En
bgproutes.io: A next-generation BGP data collection platform
bgproutes.io: A next-generation BGP data collection platform Mar 18, 2026 0:27:16 This episode of PING features Thomas Alfroy and Thomas Holterbach from the University of Strasbourg, talking about bgproutes.io - A new approach to BGP data collection and analysis. We've featured bgproutes.io on PING before, when we discussed GILL and DFOH with Professor Cristal Pelsser from Louvain University. At that stage, the project was in an early stage and we focussed on the machine learn
Measuring the use of DNS over IPv6
Measuring the use of DNS over IPv6 Mar 4, 2026 0:52:33 In this episode of PING, APNIC Chief Scientist Geoff Huston discusses running advertising-based experiments and a problem of interest in the modern DNS. DNS fundamentally requires end users, their chosen resolver provider, and the authoritative servers for the names they query to cooperate in a coordinated exchange over IP protocols to answer DNS questions. The specifics of how these queries are

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