CONEXT

A secure transport protocol like QUIC has extensive state machines and algorithms to ensure secure, reliable and in-order delivery of multiple byte streams. Testing these mechanisms is at the heart of a successful deployment of QUIC. While interop-...

We present QuicInteropRunner (QIR) [1, 2], a test framework for automated and on-demand interoperability testing between implementations of the QUIC protocol [3]. QIR is a framework in which QUIC clients and servers interact with each other over a ...

The QUIC and HTTP/3 protocols are quickly maturing together with their implementations, though many of their low-level behaviours are not yet well-understood. To help improve this, we empirically compare 15 IETF QUIC+HTTP/3 implementations for advanced ...

This paper aims at defining the right set of primitives a NIC shall expose to efficiently offload the QUIC protocol. Although previous work already partially tackled this problem, it has only considered one specific aspect: the crypto module. We instead ...

HTTP/2 has been explored widely for adaptive video streaming, but still suffers from Head-of-Line blocking, and three-way handshake delay due to TCP. Meanwhile, QUIC running on top of UDP can tackle these issues. In addition, although many adaptive ...

First introduced in 2013, QUIC protocol has been in constant development and it has gained great importance over time, currently being standardized by the Internet Engineering Task Force (IETF). Previous experiments have shown that the performance of ...