UDP listener config config.listener.v3.UdpListenerConfig config.listener.v3.ActiveRawUdpListenerConfig UDP listener config This documentation is for the Envoy v3 API. As of E...

12. After http2 12.1. QUIC 12. After http2 A lot of tough decisions and compromises have been made for http2. With http2 getting deployed there is an established way to upgrad...

HTTP3 overview HTTP3 downstream HTTP3 upstream HTTP3 overview Warning HTTP/3 downstream support is ready for production use, but continued improvements are coming, tracked in...

API API One of the success factors for regular TCP and programs using that, is thestandardized socket API. It has well defined functionality and using this APIyou can move prog...

HTTP/3 HTTP/3 上文提到过，基于QUIC传输的第一个也是最基础的协议是HTTP。 就像HTTP/2是通过网络传输HTTP流量的一种新方式，HTTP/3是另一种通过网络传输HTTP的新方法。 HTTP的范例和概念没有改变。它含有头部（header）和正文（body），请求和回复，还有动词（verb）、Cookie和缓存。HTTP/3的主...

HTTP/3与HTTP/2的比较 相似之处 不同之处 HTTP/3与HTTP/2的比较 HTTP/3面向QUIC设计，QUIC是一个自己处理数据流的传输层协议。 HTTP/2面向TCP设计，因此数据流在HTTP层处理。 相似之处 这两个协议为客户端提供了几乎相同的功能集。 两者都提供数据流 两者都提供服务器推送 两者都有头部压...

Features and Benefits Single-Stream Mode Features and Benefits Multi-Streams Mode Features and Benefits Features and Benefits EMQX 5.0 designs a unique message transmission ...

Process Process The initial QUIC protocol was designed by Jim Roskind at Google and wasinitially implemented in 2012, announced publicly to the world in 2013 whenGoogle’s exper...

Secure Secure QUIC is always secure. There is no clear-text version of the protocol so tonegotiate a QUIC connection means doing cryptography and security with TLS1.3. As menti...

TLS 1.3 TLS 1.3 The transport security used in QUIC is using TLS 1.3 (RFC8446 ) and there are never any unencryptedQUIC connections. TLS 1.3 has several advantages compared to...