🏆 YouthSpike Tournament Management Platform Live: https://aslsquads.com This is the largest and most technically challenging project I've built to date. I designed and developed a full-scale tournament management platform capable of handling large spikeball tournaments with real-time scoring, live standings, team management, player rankings, public event tracking, and many more. Unlike a typical CRUD application, this project required solving complex engineering challenges around performance, scalability, real-time synchronization, deployment, and infrastructure. What I built ⚡ Three production applications Admin Dashboard Public Tournament Website GraphQL Backend API

👥 Multiple user roles Admins Directors Team Captains Public Spectators

🏅 Complete tournament workflow Event management Team & player management Match scheduling Live scoring Custom ranking algorithms Tiebreakers & overtime logic Live standings Performance & Scalability Tournament traffic is highly unpredictable—thousands of users can join as soon as an event starts. To ensure the platform remained responsive under heavy load, I implemented: Redis caching WebSocket-based real-time updates GraphQL optimizations MongoDB query optimization Efficient data structures and algorithms Pagination and lazy loading Server-side performance tuning The result is a system that remains fast even while processing large amounts of tournament data and concurrent user activity. Infrastructure & DevOps I handled the entire production infrastructure myself, including: Docker containerization VPS provisioning Nginx reverse proxy configuration DigitalOcean deployment SSL configuration CI/CD deployment workflows Server monitoring and optimization The project was initially deployed on AWS, but after evaluating operational costs and maintenance, I migrated the entire infrastructure to DigitalOcean for a more efficient and cost-effective architecture. Tech Stack Next.js (Admin & Public Frontends) NestJS GraphQL MongoDB Redis WebSockets (Socket.IO) Docker Nginx DigitalOcean GitHub Actions Why this project stands out This wasn't just about building features—it was about engineering a platform that could reliably support real-world tournaments with sudden traffic spikes and complex business rules. From designing the system architecture to implementing custom tournament algorithms, optimizing database performance, managing servers, and deploying production infrastructure, I was responsible for the project end-to-end. It remains the most sophisticated and rewarding software system I've developed, combining full-stack development, backend architecture, DevOps, scalability, and performance engineering into a single production-ready application.