Dealing with IPv6 fragmentation in the DNS
Is IPv6 fragmentation a fixable problem in the DNS, and if so, how?
Is IPv6 fragmentation a fixable problem in the DNS, and if so, how?
Guest Post: A technique to detect bursty TCP disconnections, and how it can be used on RIPE Atlas data to better detect outages in the Internet.
Why the Internet is like an ecosystem and why genuine cooperation is vital in keeping it strong, balanced and healthy as it grows.
View an interactive timeline detailing FPT Telecom’s IPv6 deployment and listen to commentary from APNIC experts.
APNIC is transitioning from the current set of five Resource Public Key Infrastructure (RPKI) trust anchors to a single “all resources” trust anchor in an effort to streamline the RPKI process.
The traffic on the public whois service at APNIC continues unabated, but there is a far simpler, better way to query the same information: RDAP.
APNIC has operated its own dual stack network for many years, but recently embarked on two additional IPv6 network projects. This is what we experienced.
Discussions around Coordinated Address Space Management (CASM) continued during IETF 99 and the RIRs are participating.
The APNIC whowas service provides visibility into prior states of APNIC resource registration records.
After sharing my notes from the IEPG meeting and aspects of the DNS, here are the rest of the items that I personally found to be of interest at IETF 99 last week.