The article explains MCP (Model Context Protocol) as a standardized interface for AI agents, detailing its architecture (Host, Client, Server), three core types (Tools, Resources, Prompts), transport options (Stdio and Streamable HTTP), security best practices, and how it differs from function calling.
This article explains the fundamental components of RPC architecture, details the client‑server roles, communication protocols, serialization methods, transport protocols, and synchronous versus asynchronous invocation patterns, providing a comprehensive guide for building a custom RPC framework.
This article explains the evolution of HTTP, the release of the HTTP/3 RFC, how QUIC leverages UDP to provide faster, secure connections with 0‑RTT handshakes, solves head‑of‑line blocking, improves congestion and flow control, and details its core mechanisms such as connection migration and ACK handling.
This article explains how NetEase Cloud Communication leverages the QUIC protocol—detailing its transport‑layer advantages over TCP, protocol‑level differences, and specific optimization practices such as multiplexing, unreliable DATAGRAM frames, compression, and dynamic redundancy—to dramatically improve audio‑video signaling latency, loss tolerance, and bandwidth utilization in challenging network conditions.
QUIC, a UDP‑based transport protocol that merges TCP reliability, UDP speed, and TLS security, underpins HTTP/3 by eliminating TCP’s three‑way handshake and head‑of‑line blocking, offering connection migration, 0‑RTT latency, customizable congestion control, fully encrypted packets, and is already being deployed in services such as Tencent Cloud CDN.
