Full-Stack Project
eAuction Platform
Built a real-time auction application with Next.js, Node.js, MongoDB, and Socket.io, covering live bidding, secure auth, and containerized deployment.
- Year
- 2022
- Role
- Independent Project
- Focus
- Full-stack development, Real-time systems, Containerized deployment
- Tech
- Next.js, Node.js, MongoDB, Socket.io, Docker, Authentication
Project overview
- Scope
- Real-time auction product with bidding events, authenticated users, and deployment requirements beyond a simple CRUD application.
- Problem
- The system needed low-latency updates, secure user sessions, and a deployment setup that could be reproduced reliably.
- What I did
- Built the full-stack application, implemented real-time bidding flows with Socket.io, designed backend services, and containerized the app for deployment.
- Impact
- The project validated a reliable approach for real-time user flows, authentication, and deployment setup in a full-stack environment.
Key outcomes
- Implemented real-time bidding with Socket.io
- Added secure auth and session-aware flows
- Containerized deployment for predictable environments
Overview
This project was a practical full-stack exercise in real-time product behavior, not just a static CRUD demo. The interesting parts were state synchronization, auth, and deployment reliability.
Technical focus
- Real-time bidding events with Socket.io.
- Authentication and protected user flows.
- Backend services for auction lifecycle management.
- Dockerized deployment for reproducible environments.
Outcome
The project strengthened my approach to full-stack product work where state changes are live, correctness matters, and the system needs to be operable beyond local development.
Outcomes
- Built low-latency real-time bidding flows
- Added secure authentication and deployment-ready infrastructure
- Demonstrated end-to-end ownership across frontend and backend layers