BestHub
Sign in
Tagged articles
47 articles
Page 1 of 1
Efficient Ops
Efficient Ops
Feb 11, 2026 · Databases

How Merged Seckill Boosts MySQL Write Throughput by 5× for High‑Concurrency Flash Sales

The article explains a MySQL kernel‑level merged seckill optimization that replaces traditional queue‑based flash‑sale handling, achieving up to 5‑fold throughput gains (up to 1.5 W/s) without requiring SQL changes, detailing background, performance results, bottleneck analysis, design of cache visibility, leader‑follower coordination, row‑lock refinements, binlog parallelism, and crash‑recovery considerations.

Seckilldatabase-optimizationhigh-concurrency
0 likes · 12 min read
How Merged Seckill Boosts MySQL Write Throughput by 5× for High‑Concurrency Flash Sales
Xiaohongshu Tech REDtech
Xiaohongshu Tech REDtech
Jan 19, 2026 · Databases

How Merged Seckill Boosts MySQL Write Throughput 5× for High‑Traffic E‑Commerce

The article details a MySQL kernel‑level merged‑seckill optimization that replaces traditional queue‑based flash‑sale handling, achieving up to 5.5× higher TPS (up to 23,543 TPS on 128 threads) and sustaining 1.5W+ orders per second, while remaining transparent to applications and preserving compatibility with existing SQL.

CacheLockPerformance Optimization
0 likes · 11 min read
How Merged Seckill Boosts MySQL Write Throughput 5× for High‑Traffic E‑Commerce
SpringMeng
SpringMeng
Nov 19, 2025 · Backend Development

Building a High‑Performance Seckill System with SpringBoot, RabbitMQ and Redis (Full Code)

This article walks through the design and implementation of a complete seckill (flash‑sale) system built on SpringBoot, MyBatis, MySQL, RabbitMQ and Redis, covering double MD5 password hashing, distributed sessions, unified exception handling, caching strategies, memory flags, pre‑decrement inventory, asynchronous order processing, oversell prevention, and rate limiting, with code snippets and UI screenshots.

Distributed SessionRabbitMQSeckill
0 likes · 9 min read
Building a High‑Performance Seckill System with SpringBoot, RabbitMQ and Redis (Full Code)
Architect's Guide
Architect's Guide
Oct 28, 2025 · Backend Development

How to Prevent API Scraping in High‑Traffic Seckill Systems with Java

During high‑traffic flash‑sale events like Double 11, malicious users can flood seckill APIs, causing service collapse and inventory errors; this article explains the business pain points and presents a multi‑layer anti‑scraping solution—including rate limiting, behavior detection, captchas, request signing, token mechanisms, and asynchronous order processing—with concrete Java implementations.

API SecurityCaptchaDistributed Systems
0 likes · 7 min read
How to Prevent API Scraping in High‑Traffic Seckill Systems with Java
NiuNiu MaTe
NiuNiu MaTe
Oct 22, 2025 · Backend Development

How to Build a Lightning‑Fast, Stable Seckill System That Handles Millions of Requests

Learn how to design a robust, high‑performance seckill architecture that can endure millions of concurrent requests by breaking down business flow, defining precise technical metrics, and implementing a four‑layer system—access, traffic‑shaping, business logic, and data—using CDN, APISIX, Redis, RocketMQ, and MySQL with detailed code examples.

RocketMQSeckillSystem Architecture
0 likes · 22 min read
How to Build a Lightning‑Fast, Stable Seckill System That Handles Millions of Requests
Architect's Guide
Architect's Guide
Apr 2, 2025 · Backend Development

Implementing High‑Concurrency SecKill (Flash Sale) in SpringBoot: Locking, Transaction, and Queue Strategies

This article demonstrates how to simulate a high‑concurrency flash‑sale scenario with SpringBoot and MySQL, analyzes why naive lock‑and‑transaction code causes overselling, and presents six refined solutions—including early locking, AOP, pessimistic and optimistic database locks, blocking queues, and Disruptor queues—along with performance observations and a concise summary.

LockQueueSeckill
0 likes · 22 min read
Implementing High‑Concurrency SecKill (Flash Sale) in SpringBoot: Locking, Transaction, and Queue Strategies
Cognitive Technology Team
Cognitive Technology Team
Feb 27, 2025 · Backend Development

High‑Concurrency Seckill Solutions: Redis + MQ, Pressure Distribution, and Inventory Hint Techniques

This article examines common industry practices for handling massive e‑commerce flash‑sale traffic, detailing pressure‑distribution, Redis + MySQL, Redis + MQ, and Alibaba's Inventory Hint approaches, and explains how Lua scripts, transactional MQ messages, and database hints together ensure atomic stock deduction and consistency under extreme load.

Inventory HintMQSeckill
0 likes · 13 min read
High‑Concurrency Seckill Solutions: Redis + MQ, Pressure Distribution, and Inventory Hint Techniques
Su San Talks Tech
Su San Talks Tech
Jan 23, 2025 · Backend Development

How to Prevent Overselling in High‑Concurrency Flash Sale Systems

This article explores common overselling problems in high‑concurrency flash‑sale scenarios and presents seven practical solutions—including lock timing adjustments, AOP locking, pessimistic and optimistic database locks, and queue‑based approaches—each illustrated with SpringBoot code and performance test results.

JavaLockSeckill
0 likes · 20 min read
How to Prevent Overselling in High‑Concurrency Flash Sale Systems
Architect
Architect
Jan 18, 2025 · Backend Development

Mastering High‑Concurrency Flash‑Sale: 7 Locking & Queue Strategies in SpringBoot

This article analyzes a high‑concurrency flash‑sale scenario using SpringBoot, MySQL, and JMeter, demonstrates seven implementations—from service‑level locks to AOP, pessimistic/optimistic locks, and queue‑based designs—examines their trade‑offs with concrete code, test results, and practical recommendations.

JMeterLockQueue
0 likes · 20 min read
Mastering High‑Concurrency Flash‑Sale: 7 Locking & Queue Strategies in SpringBoot
Code Ape Tech Column
Code Ape Tech Column
Jan 8, 2025 · Backend Development

Implementing High‑Concurrency Flash‑Sale (Seckill) in SpringBoot: Locking Strategies, Queue Solutions, and Performance Testing

This article demonstrates how to simulate a high‑concurrency flash‑sale scenario using SpringBoot, MySQL, Mybatis‑Plus and JMeter, analyzes the overselling problem caused by premature lock release, and presents seven solutions—including lock‑first strategies, AOP, pessimistic and optimistic locks, and queue‑based approaches—along with code samples and test results.

JMeterQueueSeckill
0 likes · 19 min read
Implementing High‑Concurrency Flash‑Sale (Seckill) in SpringBoot: Locking Strategies, Queue Solutions, and Performance Testing
Top Architect
Top Architect
Jun 29, 2024 · Backend Development

Backend Implementation of a SpringBoot-Based Seckill (Flash Sale) Project

This article details the design and implementation of a Java SpringBoot seckill system, covering its architecture, technology stack, double‑MD5 password encryption, distributed session management with Redis, unified exception handling, page and object caching, static page generation, memory‑flag plus Redis pre‑decrement and RabbitMQ asynchronous order processing, oversell prevention, and API rate limiting, accompanied by key code snippets.

Distributed SessionJavaRabbitMQ
0 likes · 11 min read
Backend Implementation of a SpringBoot-Based Seckill (Flash Sale) Project
Architect's Guide
Architect's Guide
Feb 27, 2024 · Backend Development

Implementation Details of a Simple Seckill (Flash Sale) System Using SpringBoot

This article presents a step‑by‑step technical walkthrough of a SpringBoot‑based Seckill project, covering password MD5 hashing, distributed session management, unified exception handling, page and object caching, static page generation, memory flag with Redis pre‑decrement and RabbitMQ async processing, oversell prevention, and API rate limiting, followed by a visual demonstration of the system’s UI and source code download.

Backend DevelopmentRabbitMQSeckill
0 likes · 9 min read
Implementation Details of a Simple Seckill (Flash Sale) System Using SpringBoot
Top Architect
Top Architect
Nov 22, 2023 · Backend Development

Solving Product Overselling in High‑Concurrency Scenarios: Seven Implementation Methods

This article analyzes the overselling problem that occurs during high‑concurrency flash‑sale (seckill) operations and presents seven concrete solutions—including improved lock placement, AOP‑based locking, three types of database locks, optimistic locking, a blocking‑queue approach, and a Disruptor queue—complete with SpringBoot 2.5.7 code samples, performance test results, and practical recommendations.

DistributedSystemsSeckillSpringBoot
0 likes · 20 min read
Solving Product Overselling in High‑Concurrency Scenarios: Seven Implementation Methods
Architecture Digest
Architecture Digest
Oct 20, 2023 · Backend Development

Simplified Seckill Project: Architecture, Core Implementations, and Code Overview

This article introduces a simplified Seckill (flash‑sale) system built with SpringBoot, detailing its overall architecture, key backend techniques such as distributed sessions, Redis caching, RabbitMQ asynchronous ordering, security measures, oversell prevention, rate limiting, and provides essential code snippets and deployment screenshots.

BackendJavaRabbitMQ
0 likes · 8 min read
Simplified Seckill Project: Architecture, Core Implementations, and Code Overview
Java High-Performance Architecture
Java High-Performance Architecture
Oct 20, 2023 · Backend Development

Building a High‑Performance Java Seckill System with SpringBoot, Redis, and RabbitMQ

This article details the design and implementation of a Java-based Seckill (flash‑sale) platform built with SpringBoot, MySQL, Redis, RabbitMQ, and front‑end technologies, covering password hashing, distributed sessions, caching strategies, asynchronous order processing, oversell prevention, rate limiting, and provides code snippets and deployment screenshots.

JavaRabbitMQSeckill
0 likes · 8 min read
Building a High‑Performance Java Seckill System with SpringBoot, Redis, and RabbitMQ
Code Ape Tech Column
Code Ape Tech Column
Jul 25, 2023 · Backend Development

High‑Concurrency Seckill Implementation in SpringBoot: Locking Strategies and Performance Testing

This article demonstrates how to simulate a high‑concurrency flash‑sale scenario using SpringBoot, MySQL and JMeter, analyzes why naive lock‑and‑transaction code causes overselling, and presents six refined solutions—including controller‑level locking, AOP locking, pessimistic and optimistic database locks, and queue‑based approaches—along with performance test results.

JMeterLockQueue
0 likes · 20 min read
High‑Concurrency Seckill Implementation in SpringBoot: Locking Strategies and Performance Testing
Top Architect
Top Architect
Feb 9, 2023 · Backend Development

High-Concurrency Seckill Implementation in SpringBoot: Locking, Transaction, and Queue Strategies

This article demonstrates how to simulate high‑concurrency flash‑sale scenarios using SpringBoot, MySQL, and JMeter, and compares seven approaches—including lock‑based, AOP, pessimistic and optimistic locking, and queue‑based solutions such as BlockingQueue and Disruptor—to prevent overselling and improve performance.

DistributedQueueSeckill
0 likes · 19 min read
High-Concurrency Seckill Implementation in SpringBoot: Locking, Transaction, and Queue Strategies
Top Architect
Top Architect
Aug 4, 2022 · Backend Development

Designing a High‑Concurrency Ticket‑Seckill System with Load Balancing, Redis, and Go

This article explains how to build a high‑concurrency ticket‑seckill service that can handle millions of requests by combining distributed load‑balancing (OSPF, LVS, Nginx weighted round‑robin), a pre‑deduction stock strategy using local memory and Redis with Lua scripts, and a Go‑based HTTP server, and it demonstrates performance testing results.

GoSeckillSystem Design
0 likes · 19 min read
Designing a High‑Concurrency Ticket‑Seckill System with Load Balancing, Redis, and Go
Top Architect
Top Architect
Nov 29, 2021 · Backend Development

Design and Implementation of a High‑Concurrency Flash Sale (Seckill) System

This article presents a comprehensive analysis of flash‑sale (seckill) business characteristics, technical challenges, and architectural principles, offering detailed backend design solutions—including request interception, queue management, database sharding, caching strategies, optimistic locking, and anti‑cheating measures—to achieve high‑throughput, low‑latency processing for millions of concurrent users.

BackendQueueSeckill
0 likes · 36 min read
Design and Implementation of a High‑Concurrency Flash Sale (Seckill) System
Top Architect
Top Architect
Nov 27, 2021 · Backend Development

Design and Implementation of a High‑Concurrency Flash‑Sale (Seckill) System

The article explains the characteristics of flash‑sale scenarios, presents core design principles such as rate limiting, peak shaving, asynchronous processing and scalability, and details a complete backend and frontend architecture—including Redis‑based queueing and caching—to build a robust, high‑throughput seckill system.

Distributed SystemsSeckillasynchronous processing
0 likes · 12 min read
Design and Implementation of a High‑Concurrency Flash‑Sale (Seckill) System
IT Architects Alliance
IT Architects Alliance
Nov 22, 2021 · Backend Development

How to Serve 1 Million Users Buying 10 000 Train Tickets Simultaneously – A High‑Concurrency Architecture Walkthrough

This article analyzes the extreme‑traffic problem of Chinese train ticket sales, presents a multi‑layer load‑balancing architecture with Nginx weighted round‑robin, demonstrates Go and Redis code for local and global stock deduction, and shows benchmark results proving that a single machine can handle over 4 000 requests per second while preventing oversell and few‑sell.

Backend DevelopmentDistributed SystemsGo
0 likes · 20 min read
How to Serve 1 Million Users Buying 10 000 Train Tickets Simultaneously – A High‑Concurrency Architecture Walkthrough
Top Architect
Top Architect
Oct 15, 2021 · Backend Development

Design and Challenges of High‑Concurrency Flash‑Sale (Seckill) Systems

The article analyzes flash‑sale business flow, outlines the technical challenges of massive concurrent requests, and presents a comprehensive backend architecture—including request isolation, queueing, caching, sharding, replication, optimistic locking, and overload protection—to ensure correctness, scalability, and availability of seckill services.

Backend ArchitectureSeckillhigh concurrency
0 likes · 34 min read
Design and Challenges of High‑Concurrency Flash‑Sale (Seckill) Systems
Selected Java Interview Questions
Selected Java Interview Questions
Sep 9, 2021 · Backend Development

Preventing Overselling in Flash‑Sale (SecKill) Systems with a Redis Distributed Lock

This article explains how a naïve SpringBoot SecKill implementation can cause overselling, then introduces Redis commands (SETNX, EXPIRE, GETSET) and a custom RedisLock component to achieve safe distributed locking, avoid deadlocks, and ensure accurate inventory updates during high‑concurrency flash‑sale events.

JavaSeckillSpringBoot
0 likes · 10 min read
Preventing Overselling in Flash‑Sale (SecKill) Systems with a Redis Distributed Lock
Java Captain
Java Captain
Mar 28, 2021 · Backend Development

Analysis and Solutions for Redis Distributed Lock Over‑selling in High‑Concurrency Seckill Scenario

This article examines a real‑world flash‑sale incident where Redis distributed locks failed, causing severe overselling, and presents root‑cause analysis, safer lock implementation with Lua scripts, atomic stock handling, refactored Java code, and deeper reflections on lock necessity and further optimizations.

JavaLuaSeckill
0 likes · 10 min read
Analysis and Solutions for Redis Distributed Lock Over‑selling in High‑Concurrency Seckill Scenario
Wukong Talks Architecture
Wukong Talks Architecture
Oct 21, 2020 · Backend Development

Flash Sale (Seckill) System Architecture Explained Through a Sci‑Fi Narrative

This article uses a sci‑fi story set on the A‑731 e‑commerce planet to illustrate the core principles of flash‑sale systems, including single‑responsibility services, independent deployment, stock pre‑heating, request encryption, static‑dynamic separation, traffic shaping, rate limiting, queue‑based load smoothing, and the role of Redis, Nginx, CDN and Redisson in handling massive order spikes.

Seckillflash salerate limiting
0 likes · 10 min read
Flash Sale (Seckill) System Architecture Explained Through a Sci‑Fi Narrative
Full-Stack Internet Architecture
Full-Stack Internet Architecture
Sep 6, 2020 · Backend Development

Design and Implementation of a High-Concurrency WeChat Red Packet and Seckill System Using Redis and Bloom Filters

This article details the business flow analysis, functional decomposition, database schema, API design, and high‑concurrency implementation of a WeChat red‑packet and seckill system, showcasing Redis atomic decrement, Bloom filter usage, Lua scripts, JMeter load testing, and integration with SpringBoot.

JavaSeckillSpringBoot
0 likes · 11 min read
Design and Implementation of a High-Concurrency WeChat Red Packet and Seckill System Using Redis and Bloom Filters
Top Architect
Top Architect
Aug 8, 2020 · Backend Development

Analysis and Solutions for Redis Distributed Lock Over‑sell Incident in High‑Concurrency Seckill

This article examines a real-world over‑sell incident caused by an unsafe Redis distributed lock in a high‑traffic seckill service, analyzes the root causes such as lock expiration and non‑atomic stock checks, and presents safer lock implementations, atomic stock operations, and refactored code to prevent future overselling.

JavaSeckillatomicity
0 likes · 11 min read
Analysis and Solutions for Redis Distributed Lock Over‑sell Incident in High‑Concurrency Seckill
dbaplus Community
dbaplus Community
Jun 23, 2020 · Backend Development

How to Build a High‑Performance Seckill System for Massive Traffic

This article explains the core concepts, architecture, and practical techniques—including load‑balancing, caching, async processing, and Redis sharding—required to design and implement a high‑concurrency seckill system that can handle millions of requests in a short time window.

Backend ArchitectureSeckillasync-processing
0 likes · 19 min read
How to Build a High‑Performance Seckill System for Massive Traffic
ITPUB
ITPUB
May 27, 2020 · Backend Development

Which Flash‑Sale System Fits Your Needs? 5 Practical Designs Compared

This article compares five flash‑sale (seckill) system designs, detailing their implementation principles, pros and cons, fairness, scalability, and provides guidance on selecting the most suitable architecture for different traffic and operational constraints.

FairnessScalabilitySeckill
0 likes · 7 min read
Which Flash‑Sale System Fits Your Needs? 5 Practical Designs Compared
Architecture Digest
Architecture Digest
Nov 20, 2019 · Backend Development

Design Principles and Optimization Strategies for High‑Concurrency Flash‑Sale (Seckill) Systems

This article examines the architectural design of flash‑sale (seckill) systems, covering high performance through dynamic‑static separation, hotspot optimization, consistency handling for inventory deduction, and high‑availability techniques such as traffic shaping, queuing, and fallback plans.

ConsistencySeckillarchitecture
0 likes · 30 min read
Design Principles and Optimization Strategies for High‑Concurrency Flash‑Sale (Seckill) Systems
Architect's Tech Stack
Architect's Tech Stack
Nov 4, 2019 · Backend Development

Design and Implementation of a High‑Concurrency Ticket Seckill System Using Go, Nginx, and Redis

This article explains how to build a high‑concurrency train‑ticket flash‑sale system that can handle millions of requests by combining layered load‑balancing, Nginx weighted round‑robin, in‑memory stock deduction, Redis atomic Lua scripts, and a Go HTTP service with channel‑based concurrency control, and it provides performance test results and source code.

GoNGINXSeckill
0 likes · 18 min read
Design and Implementation of a High‑Concurrency Ticket Seckill System Using Go, Nginx, and Redis
Java Captain
Java Captain
Jul 30, 2019 · Backend Development

Design and Implementation of a High‑Concurrency Seckill Architecture Using Spring Boot

This article presents a comprehensive design for a flash‑sale (seckill) system that handles massive simultaneous requests by combining load balancing, distributed locking, message queues, cache strategies, and fault‑tolerant deployment, and includes a complete Spring Boot code example with detailed architectural diagrams.

Backend ArchitectureSeckillhigh concurrency
0 likes · 7 min read
Design and Implementation of a High‑Concurrency Seckill Architecture Using Spring Boot
Java Captain
Java Captain
Jan 29, 2019 · Backend Development

Implementing a Simple Seckill (Flash Sale) Using Redis Distributed Locks in Java

This article explains the business background of a flash‑sale (seckill) scenario, analyzes naive locking approaches, introduces Redis‑based distributed locks, and provides a complete Java demo with custom annotations, dynamic proxies, and a multithreaded test to ensure correct inventory decrement under high concurrency.

JavaSeckillannotation
0 likes · 15 min read
Implementing a Simple Seckill (Flash Sale) Using Redis Distributed Locks in Java
Java Captain
Java Captain
Dec 12, 2018 · Backend Development

Design and Implementation of the Service Layer for a High‑Concurrency Seckill Application Using Java Spring

This article explains the purpose of the Service layer in a Java SSM‑based high‑concurrency seckill project, walks through interface design, DTO/VO/PO concepts, provides full Service implementation with transaction management, custom exceptions, enumeration for status codes, Spring XML configuration, and unit testing examples.

Backend DevelopmentJavaSeckill
0 likes · 15 min read
Design and Implementation of the Service Layer for a High‑Concurrency Seckill Application Using Java Spring
Java Captain
Java Captain
Dec 12, 2018 · Backend Development

Integrating Redis with Java for a Seckill Application and Optimizing with MySQL Stored Procedures

This guide walks through downloading and installing Redis, adding Java dependencies, creating a Redis DAO with Protostuff serialization, configuring Spring beans, caching seckill data, implementing a MySQL stored procedure for atomic execution, mapping it with MyBatis, updating service and controller layers, and testing the entire workflow.

JavaPerformance OptimizationSeckill
0 likes · 8 min read
Integrating Redis with Java for a Seckill Application and Optimizing with MySQL Stored Procedures
Architecture Digest
Architecture Digest
Jun 29, 2018 · Backend Development

Design and Implementation of a High‑Concurrency Seckill System Using SpringBoot

This article presents a comprehensive design of a flash‑sale (seckill) architecture, covering business characteristics, user scale, layered system components, optimization strategies, full‑link stress testing, and a complete SpringBoot code example with distributed locks, message queues, and database sharding.

Backend ArchitectureSeckilldistributed-lock
0 likes · 7 min read
Design and Implementation of a High‑Concurrency Seckill System Using SpringBoot
dbaplus Community
dbaplus Community
Jun 25, 2018 · Backend Development

Mastering Rate Limiting for High‑Traffic Flash‑Sale Systems

This article explains why rate limiting is essential for flash‑sale (seckill) systems, compares token‑bucket and leaky‑bucket algorithms, and provides concrete Tomcat, Nginx, OpenResty, and Guava configurations along with code snippets and load‑testing results to help engineers implement robust throttling.

NGINXOpenRestySeckill
0 likes · 14 min read
Mastering Rate Limiting for High‑Traffic Flash‑Sale Systems
Java Backend Technology
Java Backend Technology
Jun 21, 2018 · Backend Development

Mastering Rate Limiting for High‑Traffic Flash Sale Systems

This article explains why rate limiting is essential for flash‑sale (seckill) services, compares token‑bucket and leaky‑bucket algorithms, and provides practical configuration examples for Tomcat, Nginx, and OpenResty, along with testing methods and code snippets.

Load TestingNGINXOpenResty
0 likes · 14 min read
Mastering Rate Limiting for High‑Traffic Flash Sale Systems
Architecture Digest
Architecture Digest
Jun 21, 2018 · Backend Development

Rate Limiting Strategies for High‑Concurrency Seckill Systems

This article explains why rate limiting is essential for large‑scale flash‑sale (seckill) services, introduces token‑bucket and leaky‑bucket algorithms, and demonstrates practical implementations using Tomcat thread pools, Nginx, OpenResty, and Guava RateLimiter together with stress‑testing commands.

NGINXSeckillTomcat
0 likes · 12 min read
Rate Limiting Strategies for High‑Concurrency Seckill Systems
Programmer DD
Programmer DD
May 19, 2018 · Backend Development

Build a Flash‑Sale System with Optimistic Locking, Redis Limiting, and Kafka

This article walks through the step‑by‑step implementation of a high‑throughput flash‑sale (seckill) service in Java, covering request flow, database schema, optimistic‑locking updates, Redis‑based rate limiting, CI scripts, and optional Kafka asynchronous order processing to achieve fast, reliable, and scalable sales handling.

JavaMicroservicesOptimisticLocking
0 likes · 18 min read
Build a Flash‑Sale System with Optimistic Locking, Redis Limiting, and Kafka
ITFLY8 Architecture Home
ITFLY8 Architecture Home
Aug 17, 2017 · Backend Development

Mastering High-Concurrency Flash Sale Systems: Architecture, Challenges, and Solutions

This article dissects the technical challenges of building a high‑concurrency flash‑sale (seckill) system—covering business analysis, traffic isolation, static page caching, CDN bandwidth, dynamic order URLs, request throttling, database sharding, optimistic locking, and anti‑cheat mechanisms—while presenting concrete architectural principles and code examples.

Distributed SystemsSeckillSystem Architecture
0 likes · 36 min read
Mastering High-Concurrency Flash Sale Systems: Architecture, Challenges, and Solutions
21CTO
21CTO
Aug 10, 2017 · Backend Development

How to Build a High‑Concurrency Flash‑Sale (SecKill) System in Java

This article explains how to design and implement a Java‑based flash‑sale (seckill) system that can handle tens of thousands of concurrent requests, covering entity modeling, DAO methods, service logic, controller handling, a concurrency simulation test, and an improved locking strategy to prevent overselling.

JavaSeckillconcurrency
0 likes · 9 min read
How to Build a High‑Concurrency Flash‑Sale (SecKill) System in Java