QUIC is a modern transport protocol aiming to improve Web connection performance and
security. It is the transport layer for HTTP/3. QUIC offers numerous advantages over …

The diversity of QUIC implementations poses challenges for Internet measurements and the
analysis of the QUIC ecosystem. While all implementations follow the same specification …

Encrypted QUIC traffic complicates network management as traditional transport layer
semantics can no longer be used for RTT or packet loss measurements. Addressing this …

While Internet Service Providers (ISPs) have traditionally focused on marketing network
throughput, it is becoming increasingly recognized that network latency also plays a …

Emerging time-sensitive applications in Wide Area Network (WAN) put forward urgent
demands for deterministic Quality of Service (QoS), which cannot be satisfied by traditional …

The resilience of the Internet to high traffic loads fundamentally relies on hosts responding to
congestion, ie, that they back off when the network is overloaded. Despite the corresponding …

In recent years, a wide variety of devices, not just smartphones and connected vehicles,
have been equipped with communication capabilities. As a result, Internet traffic has …

QUIC is a next generation transport layer protocol with fundamental improvements
compared to TCP. In this work we analyze the differences between the two QUIC …

Industrial control systems increasingly rely on middlebox functionality such as intrusion
detection or in-network processing. However, traditional end-to-end security protocols …