Designing a High‑Concurrency Ticket‑Seckill System: Architecture, Load Balancing, and Go Implementation

The article analyzes the extreme‑traffic challenges of the 12306 ticket‑seckill service, presents a layered load‑balancing architecture, compares inventory‑deduction strategies, and demonstrates a complete Go‑based prototype with Nginx weighted round‑robin, Redis stock management, and ApacheBench performance testing.

Distributed SystemsGohigh concurrency

0 likes · 19 min read

Designing a High‑Concurrency Ticket‑Seckill System: Architecture, Load Balancing, and Go Implementation

MaGe Linux Operations

Aug 25, 2022 · Backend Development

How 12306 Handles Millions of Ticket Requests: High‑Concurrency Architecture Explained

This article analyzes the extreme traffic spikes of China's 12306 train ticket platform, detailing its distributed high‑concurrency architecture, load‑balancing strategies, inventory‑deduction techniques, and Go/Redis code examples that enable stable, oversell‑free ticket purchasing during peak holidays.

Backend Architecturehigh concurrencyload balancing

0 likes · 20 min read

How 12306 Handles Millions of Ticket Requests: High‑Concurrency Architecture Explained

Big Data Technology & Architecture

Nov 4, 2019 · Backend Development

Designing a High-Concurrency Ticket Spike System with Go, Nginx, and Redis

This article explains how to build a high‑concurrency ticket‑seckill system using Go, Nginx weighted load balancing, and Redis, covering architecture design, local and remote stock deduction, Lua scripting for atomic operations, and performance testing with ApacheBench to achieve thousands of requests per second without overselling.

Godistributed-systemshigh-concurrency

0 likes · 19 min read

Designing a High-Concurrency Ticket Spike System with Go, Nginx, and Redis