APNIC and NIXI partner to strengthen routing security and technical capacity in India
The partnership will expand IPv6 and RPKI deployment including piloting an RPKI Repository Mirror to support a more secure and resilient Internet ecosystem.
Building resilient self hosted services is not always easy
Resiliency through more redundancy is important no matter the scenario.
Welcome to APNIC 62
APNIC welcomes you to Mumbai, India for APNIC 62. Here is what you can look forward to over the coming days.
WSIS Forum 2026: From commitments to measurable implementation
WSIS Forum 2026 marked the start of a new phase for global digital development, shifting the focus from commitments to measurable implementation.
Community consultation on increasing diversity in APNIC community leadership: Stage 1 report released
The APNIC Executive Council has released the Stage 1 report on APNIC’s community consultation on increasing diversity in APNIC community leadership. The discussion will continue at APNIC 62 in Mumbai, with remote participation available.
What part of ‘No!’ is so hard for the DNS to understand?
At APNIC Labs we’ve been experimenting with understanding how the DNS handles requests to resolve nonexistent names to make the DNS more resilient to random name attacks.
[Podcast] Measuring the impact of locally served root zone
An analysis of the traffic impacts of locally served root zones, by Ilyas Rahimi at UvA.
Beeline: Enforcing application-layer policies in eBPF
Guest Post: While many L7 protocols are complex to parse, the logic needed to enforce L7 policies tends to be simple. For the vast majority (89%) of L7 policies in the wild, Beeline can eliminate the service proxy from the critical path.
Recommended Draft RIR Governance Document, Rationale report, and next steps
The NRO NC has published the Recommended Draft RIR Governance Document, including a redline version and rationale document.
The invisible heartbeat of our networks
Guest Post: The recent Telstra outage highlighted a critical but often overlooked dependency in modern networks: Accurate time synchronization.