[Podcast] Testing RSSAC 028 DNS root server name choices
A measurement study of how the DNS bootstrap priming query behaves when the root servers are renamed and DNSSEC signatures are added.
Tag: podcast
[Podcast] What ‘name-based routing’ really means
Internet routing is shifting from IP-based forwarding to name-based decisions, with DNS and intermediaries steering requests. How does this work in practice, and who decides where your request is served from?
[Podcast] The Erik protocol: Improving RPKI data fetch
Job Snijders discusses the new ‘Erik’ protocol for faster RPKI repository synchronization.
[Podcast] About time
This episode of PING explores how today’s dependence on highly synchronized clocks is colliding with unstable Earth rotation, legacy system epochs, and the growing need to secure Internet time itself.
[Podcast] The socialized cost of online abuse
Alban Kwan from the Trusted Notifier Network talks about the socialized costs of online abuse, and the need for a stronger method of abuse notification within business and the community.
[Podcast] CIDR inside
Geoff Huston discusses the CIDR Report, a 30-year-long series of data about who is sending excess data in BGP. Does the CIDR Report still hold value?
[Podcast] IP networking in deep space
Marc Blanchet discusses modelling the delay of a deep space IP stack using Linux virtual network methods, and the suitability of QUIC as a transport for applications in space.
[Podcast] What does ‘BCP’ really mean?
A conversation with Geoff Huston on what ‘best’ and ‘current’ mean in BCP. Is it a reflection of what is deployed today, or an expression of what the community aims to achieve?
[Podcast] bgproutes.io: A next-generation BGP data collection platform
Thomas Alfroy and Thomas Holterbach from the University of Strasbourg talk about bgproutes.io — a new approach to sharing BGP data with the community.
[Podcast] Measuring the use of DNS over IPv6
Geoff Huston explores how DNS operates over IPv6 and the challenges of measuring it. His findings reveal interesting variances by geographic region and network, raising questions about whether IPv6-only DNS is reliable enough to guide future operational practices.