2.6 million addresses support QUIC
Guest Post: Study finds more than 2.3 million IPv4 hosts and 300,000 IPv6 capable QUIC servers.
Tag: QUIC
Beyond bufferbloat: End-to-end congestion control cannot avoid latency spikes
Guest Post: What are the fundamental limits of end-to-end congestion control in 5G networks?
Efficient multipath transport with QUIC in large-scale video services
Guest Post: Alibaba shares their experience developing XLINK, a multipath extension for QUIC.
Notes from RIPE 83
Geoff Huston discusses technical presentations from RIPE 83.
More notes from IETF 112
Geoff Huston on currently active IETF routing security, IPv6, and transport discussions.
The prevalence of DNS over HTTPS
Guest Post: DoH resolver lists are not comprehensive, which makes it difficult for network administrators to entirely block DoH connections.
Need to measure QUIC packet loss? There’s a spin bit cousin for that
Guest Post: Which spin bit are you using to observe fully encrypted transport protocols for packet loss?
Dissecting the performance of production QUIC
Guest Post: Study demonstrates large differences between Google, Facebook, and Cloudflare’s QUIC performance profiles.
Transport protocols and the network
Encrypted transport headers, transport protocol meddling, and content vs carriage.
Introducing TCPLS: A game of transport protocols
Guest Post: QUIC combines features of TCP and TLS to speed up web object transfers, but it has its flaws. What if there was another way to combine TCP and TLS?