Full Stack
Gamehub
A full-stack e-commerce platform for gaming products with user authentication, product management, shopping cart, and payment integration via Razorpay.
React.js
GameHub is a full-stack e-commerce application focused on product browsing, cart management, checkout, user authentication, order handling, and payment verification. It is structured as a monorepo with a React frontend and a .NET 8 backend split into application, domain, infrastructure, and API layers. The project is designed as a solo showcase piece: the goal is not just to make a store work, but to demonstrate the architectural decisions, security considerations, and UI polish that separate a demo from a production-minded product.
Problem & Solution
The Problem
I built GameHub to practice the full lifecycle of a real commerce experience rather than a toy CRUD app. It gave me room to work through product search, cart consistency, authenticated workflows, secure payment handling, and deployment-aware configuration.
The Solution
I shipped a React + Vite storefront with a polished, responsive UI and an ASP.NET Core 8 backend following Clean Architecture - with JWT cookie-based auth, transactional checkout, Razorpay signature verification, EF Core + SQL Server persistence, and Cloudinary media handling. The frontend stays responsive and intuitive, the backend stays maintainable and testable, and the payment and order flow is safe enough to trust.
Features
01
Implemented secure JWT authentication (access & refresh tokens), middleware-based session validation, and role-based access control.
02
Developed scalable backend services with ASP.NET Core following Clean Architecture and RESTful API design principles.
03
Designed optimized relational database schemas in SQL Server using Entity Framework and ADO.NET for game listings, user profiles, carts, and orders
04
Integrated Razorpay payment gateway, handling payment callbacks, order confirmation, and transaction status updates.
05
Built dynamic cart functionality (add, update, remove, clear) and order processing workflows with real-time total recalculations.
