The current state of RDAP
Guest Post: RDAP, the more modern replacement for whois, has matured, and adoption is growing rapidly.
Tag: Guest Post
RIR Governance Document Version 2: Status Report Q1 2026
The NRO NC has compiled a status report related to comments received during the consultation on the second version of the RIR Governance Document.
From roots to reach: Network resilience in natural disasters
Guest Post: AZIZA demonstrates how networking research can build systems that remain meaningful when continuity disappears.
NetGent: Agent-based automation of network application workflows
Guest Post: NetGent is a deterministic, UI-agnostic workflow engine for generating consistent application traffic at scale, even as interfaces change.
Thousands of LEO satellites won’t save us (but good regulation will)
Guest Post: This post explores how different economies approach LEO satellite regulation, why these choices matter, and what a balanced, future-proof framework should look like.
Centralized or distributed? Understanding modern router and AI fabric architectures
Guest Post: How distributed forwarding and modern data plane architectures enable routers and AI fabrics to scale reliably and handle massive workloads without single points of failure.
RIR Governance Document second consultation summary report and next steps
The summary of community feedback on the second version of the RIR Governance Document is available to view.
Towards understanding city-level routing using BGP location communities
Guest Post: An inference method that exploits the spatial correlation between a network prefix’s origin, and the location of the router that attaches a location community.
All the new things — RouteViews in 2025
Guest Post: New collectors and tools, improved data access, and ongoing behind-the-scenes work to make the platform more stable, sustainable, and useful.
From spoofing to tunnelling: New Red Team networking techniques for initial access and evasion
Guest Post: In modern network architecture, we often assume that perimeter defences are robust enough to keep internal traffic secure. However, vulnerabilities inherent in the trust mechanisms of fundamental network protocols reveal that unencrypted tunnels can become fatal backdoors in enterprise intranets.