An automated game top-up and digital voucher service platform engineered for seamless, low-latency transactions. Built to serve gamers across Indonesia, the system is designed to process real-time purchases with a high degree of reliability and uptime.
The core architecture emphasizes clean, scalable code and robust system integration. By separating the application logic from the server configuration, the platform efficiently handles concurrent transaction requests while maintaining a highly responsive user interface.
Every component, from the frontend client to the reverse proxy, is optimized to deliver a fast, secure, and automated checkout experience without bottlenecks.
THE PROBLEM
Gamers in Indonesia often faced slow, manual, or unreliable top-up processes, leading to high transaction abandonment rates. The system needed a robust architecture to handle concurrent transactions without manual bottlenecks.
Visuals & Interface
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Goals
- The primary objective was to engineer a fully automated digital goods ecosystem that operates with zero manual intervention. By isolating the infrastructure configuration and leveraging reliable third-party APIs, the platform achieves high-speed, secure transaction processing at scale.
- Minimize manual errors in order processing.
- Expand payment options and support dynamic discounting.
THE IMPACT
Delivered a highly reliable digital goods ecosystem with zero manual intervention, resulting in significantly faster checkout times and the capability to securely process high-volume, concurrent micro-transactions at scale.
TECH STACK
- Next.js / React
- TypeScript
- Tailwind CSS
- PostgreSQL
INFRASTRUCTURE & DEVOPS
- Docker
- Nginx (Reverse Proxy)
- Cloudflare
THIRD-PARTY INTEGRATIONS
- Digiflazz API (Digital Product Fulfillment)
- Duitku API (Automated Payment Gateway)
