Introductions to large-scale distributed system architectures; insights and knowledge sharing on large-scale internet system architecture; front-end web architecture overviews; practical tips and experiences with PHP, JavaScript, Erlang, C/C++ and other languages in large-scale internet system development.
The article examines how concise, efficient, and simple development practices—ranging from agile iteration and tool selection to testing automation and team management—can boost developer productivity, reduce waste, and enhance software quality across the entire software development lifecycle.
The article presents a business‑centric high‑availability solution for a large‑scale game access platform, detailing measurable goals, a three‑dimensional architecture that includes client‑side retry, HTTP‑DNS, functional separation, multi‑region active‑active deployment, and automated, visual monitoring to achieve rapid problem detection, recovery, and minimal outage frequency.
The article explains what software architecture is, defines the architect’s role as a decision‑maker and designer, and outlines eight principles of personal cultivation that help architects make sound technical choices, communicate effectively, and continuously improve their skills.
The article explains microservice architecture as a lightweight, service‑oriented approach where each service performs a single, well‑defined function, runs in its own process with an independent database, can be deployed separately on various platforms, and communicates via HTTP or other lightweight protocols, highlighting its key characteristics and benefits.
The article chronicles how 58.com’s website architecture evolved from a tiny, single‑machine setup to a distributed, service‑oriented platform by progressively addressing scaling challenges with LAMP, read/write separation, vertical business splitting, caching, cloud‑native services, and automation, illustrating the practical steps needed as traffic grows from tens of thousands to billions of requests.
This article provides a comprehensive update on how microservices, containers, and cloud‑native architectures are reshaping middleware, covering key concepts, frameworks, CI/CD pipelines, service discovery, dynamic configuration, scalability, resilience patterns, and integration platforms for modern enterprise IT.
This article explains how startup engineers can design and implement a scalable web architecture—covering server clustering, load balancing, distributed caching, database replication, and team organization—to handle rapid user growth without compromising performance or reliability.
The 2016 spring report analyzes salary growth, demand, and regional differences for high‑end internet talent, revealing which technology fields, roles, experience levels, and cities command the highest pay and how market conditions have shifted compared to the previous year.
This article reviews three open‑source Redis cache clustering approaches—Netflix's Dynomite, Twitter's Twemproxy, and Wandoujia's Codis—explaining their architectures, advantages, licensing, and suitability for production environments as alternatives to the native Redis cluster feature.
NGINX achieves top‑tier performance and scalability through a multi‑process architecture that limits worker processes to one per CPU core, employs single‑threaded non‑blocking workers handling many connections via an event‑driven state machine, and isolates privileged tasks in a master process.
