A Python tool for testing HTTP/3 websites' support for QUIC connection migration by analyzing connection parameters and simulating network changes.
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Updated
Jun 24, 2025 - Python
A Python tool for testing HTTP/3 websites' support for QUIC connection migration by analyzing connection parameters and simulating network changes.
Educational simulation environment for QUIC connection migration. Demonstrates how QUIC maintains connections during network changes (WiFi↔cellular, NAT rebinding, IP changes) using Connection IDs. Includes interactive demo, live server/client simulation, and detailed explanations.
A performance evaluation of QUIC server migration
Measurement study of QUIC congestion control at connection migration across five implementations (picoquic, quic-go, quiche, msquic, ngtcp2), audited against RFC 9000 section 9.4 and RFC 9002 section 6.2.2 from both source and live measurement.
Low-latency UDP through carrier-grade NAT (Starlink, LTE/5G) as a tiny C library: UDP hole punching, keep-alive and connection migration. No VPN, no relay, no STUN/TURN.
Authenticated, post-quantum UDP terminal and verified file transport for roaming networks. Sessions survive address changes, NAT rebinding, loss and reordering, with byte-exact repair, multipath, and Linux confinement. Network child of URTB.
An experimental implementation of QUIC server migration on top of mvfst
Machine contact lifecycle, framing, sessions and transport migration for the Machine Contact Layer (MCL): move a live device contact between BLE, IP and acoustic links.
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