This article provides a comprehensive overview of Nginx, covering its high‑performance features, modular architecture, proxy capabilities, event‑driven model, multi‑process and asynchronous processing mechanisms, and how these components work together to deliver scalable web services.
This article explains the fundamentals of load balancing, compares DNS‑based, hardware, and software solutions, and details common balancing algorithms such as round‑robin, load‑aware, response‑time, and hash strategies, helping architects choose the right approach for high‑performance systems.
This article explains the fundamentals of distributed systems, outlines common use cases such as distributed file systems, caches, databases, and web services, examines real‑world examples like MyCat, and traces the architectural evolution from single‑server setups to modern micro‑service clusters.
This article explains the consequences of high‑traffic spikes, presents practical database and code‑level strategies to keep data consistent, and outlines server‑side architectures—including load balancing, caching, and Redis queues—to sustain massive concurrent requests without crashing.
This article explores the defining traits of large‑scale websites and walks through the step‑by‑step evolution of their architecture—from single‑server setups to distributed systems with caching, load balancing, database sharding, and micro‑services—while highlighting common design pitfalls and best‑practice recommendations.
This article explains why and when to move to distributed architecture, outlines the typical upgrade and splitting steps, and details five common distributed cluster patterns—including load balancing, leader election, blockchain, master‑slave, and consistent hashing—highlighting their trade‑offs and use cases.
This article explains the fundamentals of load balancing, compares four‑layer and seven‑layer approaches, outlines their roles and advantages, and reviews popular software solutions and typical application scenarios for modern large‑scale web infrastructures.
This article explains how to use Nginx's various load‑balancing strategies together with Tomcat clustering and session‑sharing techniques to build a resilient, high‑availability web service, covering both simple static‑page scenarios and session‑dependent applications.
This article explains Nginx's role as a high‑performance HTTP and reverse‑proxy server, its event‑driven design, key features, internal process model, request handling flow, and real‑world deployments, providing a comprehensive overview for developers and operations engineers.
This article introduces Nginx as a high‑performance, open‑source HTTP and reverse‑proxy server, explains forward and reverse proxy differences, outlines server types, highlights key features and modules, describes its multi‑process model and request handling, and showcases real‑world deployments.