Multiple Game Plateform

Built the complete backend for five multiplayer and casual games (Ludo, Carrom, Rummy, Fruit Chop, Bubble Shooter) using Node.js, MongoDB, and WebSocket. Developed modules for real-time communication, player matchmaking, room creation, turn-based gameplay logic, leaderboard, wallet updates, scoring, and history tracking. Ensured high performance, low-latency socket communication, and scalable architecture to support concurrent users.

Categories : Angular
Tools : NodeJs, Microservices, Websocket, ExpressJs, Authentication & Authorization (JWT / OAuth if used), AWS Services: ECS, EKS, LoadBalancer, SQS, S3, CodeCommit Etc…, Payment Gateway, Angular, Docker, CI/CD

Features

Designed and developed backend architecture for five games
Ludo,Carrom,Rummy,Fruit Chop, and Bubble Shooter. The system was built using Node.js (Express), MongoDB (Mongoose), and WebSocket, enabling real-time, low-latency gameplay.

Key Responsibilities

Developed game logic and APIs for multiplayer and single-player modes

Implemented WebSocket-based real-time communication for smooth live gameplay

Built matchmaking, room management, and turn-handling mechanisms

Designed MongoDB schemas for players, game sessions, leaderboards, and transaction history

Added scoring systems, rewards, wallet updates & game result processing

Ensured robust error handling and reconnection logic

Optimized backend for scalability and high concurrent users

Key Responsibilities

Delivered fast, stable real-time gameplay across all 5 games
Improved socket performance with optimized event handling
Ensured clean, modular, and reusable backend architecture

Multiple Game Plateform