Principles of flow control: Part 1 — Notes on flow control
Guest Post: Flow control is a fundamental concept in the design of high-performance networks. In part one of this three-part deep dive series, we look at the principles of flow control.
Guest Post: Flow control is a fundamental concept in the design of high-performance networks. In part one of this three-part deep dive series, we look at the principles of flow control.
The summary of comments and feedback from the APNIC 60 ICP-2 session is available. Join the webinar on 21 October (14:00-15:00 (UTC +10)) to continue the conversation.
From an Internet-less Bangladesh to the APNIC Executive Council — Sumon’s journey of connecting with the Internet community.
Guest Post: How ccTLDs handle global traffic and DDoS risks.
Free-air laser communications could overcome path problems confronting network infrastructure and help address the ‘last mile’ delivery problem.
Guest Post: Automatically selecting the optimal anycast locations for fast .nl response times worldwide.
Guest Post: The Happy Eyeballs algorithm supports IPv6 deployment by giving clients the ability to prefer IPv6, quickly fall back to IPv4 when necessary, and protect the user experience in either case. But how widely is it implemented?
Guest Post: Cross-disciplinary efforts lead to sharper decisions and stronger outcomes during disruptions.
Guest Post: We stand at the brink of another revolution shaping itself in the form of the quantum Internet. This post shares highlights from a paper surveying the fundamental concepts of the quantum Internet.
If you have an interesting presentation to share on Internet operations, submit a paper for APRICOT 2026.