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.
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.
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.
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