This guide explains Nginx's core concepts—including reverse proxy, load balancing, static‑dynamic separation, common commands, configuration blocks, and high‑availability setup with Keepalived—providing practical examples and command snippets for robust server deployment.
This article explains Nginx’s core concepts—including reverse proxy, load balancing, static‑dynamic separation, common commands, configuration blocks, and high‑availability setup with Keepalived—providing step‑by‑step guidance and practical examples for building robust web infrastructure.
This article provides a comprehensive overview of Nginx, covering its role as a lightweight web and reverse proxy server, essential command-line controls, practical configuration examples for basic reverse proxy, load balancing, multi‑webapp routing, static site serving, file server setup, HTTPS, and CORS handling.
This article explores how Nginx’s high‑performance, event‑driven architecture underpins modern DevOps practices, detailing its roles in web hosting, proxying, caching, API gateways, dynamic routing with Lua/Redis, emergency failover designs, data‑driven operations, and micro‑service integration.
This guide explains Nginx’s core concepts—including reverse proxy, load balancing, static‑dynamic separation, common commands, configuration blocks, and high‑availability setup with Keepalived—providing step‑by‑step examples and practical diagrams for reliable web service deployment.
This tutorial explains what Nginx is, how reverse proxy works, common Nginx commands, and provides step‑by‑step configuration examples for simple reverse proxy, load balancing, multiple webapps, HTTPS, static sites, file servers, and CORS handling.
This article explains why a single server eventually hits a performance ceiling, introduces high‑performance clustering and the role of load balancers, compares DNS, hardware, and software load‑balancing solutions, outlines typical multi‑layer architectures, and reviews common load‑balancing algorithms with their pros and cons.
This article systematically explains Nginx's architecture, module design, scalability, caching, TLS handling, and OpenResty integration, providing practical guidance for building high‑availability, high‑performance services in large‑scale distributed environments.
This article explains the principles, architectures, and trade‑offs of three popular software load balancers—LVS, Nginx, and HAProxy—guiding you to select the right solution based on traffic volume, protocol layer, and operational complexity.
This article details Meizu’s private cloud platform built on Kubernetes, covering cluster architecture, single-image deployment, master and minion configurations, Calico networking, 4/7‑layer load balancing, monitoring with Prometheus, logging pipelines, automated deployment, multi‑datacenter strategies, and performance optimizations for a robust, low‑cost infrastructure.
This article dissects Stack Overflow’s end‑to‑end architecture—covering its dual‑data‑center redundancy, physical and logical server layout, load balancing, web and service tiers, caching strategy, push system, search cluster, database design, and monitoring—showcasing how the platform achieves massive scalability and high availability.
This article walks through implementing web high availability and static‑dynamic content separation using HAProxy combined with Keepalived, covering load‑balancing concepts, VRRP basics, step‑by‑step configuration of time sync, hostnames, SSH trust, installing required packages, and testing failover scenarios.
The article explains why deploying only Tomcat without Nginx leads to scaling, cost, and reliability problems, and demonstrates how Nginx’s health‑check, failover, and virtual‑host features complement Tomcat to build a robust, production‑grade web architecture.
This guide walks you through Nginx fundamentals, reverse‑proxy concepts, load‑balancing techniques, static‑dynamic separation, cross‑platform installation steps, essential commands, and core configuration examples, equipping developers with the skills to deploy and manage a robust web server.
From a simple CRUD application to a robust distributed architecture, this article explains why vertical scaling hits limits, how horizontal scaling and system partitioning work, the goals of transparency, scalability and reliability, and key concepts such as sharding, load balancing, CAP and BASE theories.
This article explores the technical difficulties of flash‑sale (秒杀) systems—such as traffic spikes, resource conflicts, and security concerns—and outlines a three‑stage business flow, data warm‑up, request handling, caching, and isolation strategies to build a resilient backend.
This article explains what an API gateway is, why it’s crucial for microservice architectures, outlines its core functions such as authentication, load balancing, traffic control, and logging, describes its typical three‑layer architecture, dives into technical principles like protocol conversion and asynchronous processing, and compares popular open‑source gateways such as Kong, Traefik, Ambassador, and Zuul.
This article details the design and implementation of a Kubernetes‑native API Gateway built with OpenResty, covering its architecture, controller logic, HTTP/gRPC load balancing, custom ingress handling, rate‑limiting, service proxying, and future plans for service‑mesh integration.
This article explains why keeping the client source IP in an Istio service mesh matters, outlines the reasons for IP loss, and provides step‑by‑step solutions for north‑south and east‑west traffic using Service settings, traffic policies, and Envoy headers.
This guide explains WebSocket fundamentals, compares it with HTTP, and provides step‑by‑step Nginx configuration—including map directives, upstream blocks, TLS settings, and timeout tweaks—to reliably proxy WebSocket connections and maintain long‑living connections.