Care about #IPv6, #SRv6, and how to build great networks? Recent paper from our lab:
https://www.jstage.jst.go.jp/article/transinf/E106.D/5/E106.D_2022NTP0003/_article

Returning to pre-pandemic participation at the #IETF115 hackathon: #IETFHackathon co-chair @eckelcu writes about the 39 projects with 450 registered participants covering a broad range of tech including #DNS #IOT #SRv6 & #postquantum https://www.ietf.org/blog/ietf115-hackathon/

This is a good and free ebook about Segment Routing, including #SRv6 doc.sros.dev/SR-with-SROS

some interesting #SRv6 changes from Juniper - https://community.juniper.net/blogs/krzysztof-szarkowicz/2022/12/02/srv6-sid-encoding-and-transposition

What is the difference between #SRv6 mode encap and inline? ENCAP indicates that the incoming packet will be encapsulated into another IPv6 packet at the ingress node. INLINE aims to modify the #IPv6 layer of the original packet. It changes the destination address, adds an SRH, but leaves the source address untouched.

SRv6 mode inline can be used to identify #SRv6 enabled networks just by using traceroute. How? You can see SRHs in the ICMPv6 packets returned from the SR domain. #ipv6