Microservices Food Ordering
Work Summary
A scalable food delivery system built using a microservices architecture. Features include role-based access, real-time tracking, order management, and payments.
"This project pushed the boundaries of what is possible with web technologies, delivering a seamless experience for users across the globe."
The Challenge
Building a scalable food ordering platform requires handling high traffic and distinct services for orders, payments, and users. A microservices approach ensures scalability and resilience.
- Built using Node.js, React, TypeScript, and MongoDB.
- Role-based access control and order management.
- Real-time tracking and payment integration.
- Deployed using Docker and Kubernetes for scalability.
The Solution
The microservices architecture allows independent scaling of components, ensuring the platform remains performant even under high load.
Technologies
Node.jsReactTypeScriptMongoDBDockerKubernetes
