E-Commerce System for Game Engine Assets

Context

I wanted to build a full e-commerce workflow for a team producing assets for a game engine. The team needed a way to reliably distribute and sell their digital assets to customers.

My role was to design and implement the entire system, including user management, purchase flows, and third-party integrations. The system needed to handle all aspects of the e-commerce experience from browsing to purchase completion.

Process

I built backend logic for asset listings, authentication, and transaction handling. This included creating the data structures and APIs necessary to manage the entire purchase workflow securely and efficiently.

I integrated external services for purchase authentication and data storage, connecting the system to third-party platforms that could handle payment processing and secure data management. These integrations were essential for ensuring transactions were processed reliably.

I created the frontend interface for browsing and purchasing assets, building user-facing components that made it easy for customers to find and buy what they needed. I also set up systems for managing user accounts and developer uploads, giving both customers and content creators the tools they needed to interact with the platform.

Key Features

• Secure payment processing with third-party integration
• User authentication and profile management
• Shopping cart and wishlist functionality
• Developer dashboard for asset management and sales tracking
• Automated asset delivery upon successful purchase
• Review and rating system for purchased assets

Final Product

The system enabled the team to reliably distribute and sell assets, handling transactions end-to-end. The complete workflow allowed customers to browse, purchase, and receive their assets without manual intervention, creating a seamless experience.

The project improved my experience with system integration, data handling, and building cohesive full-stack applications. I gained practical knowledge of how to connect multiple services together and ensure they work reliably as a unified system.