Project Overview
This project is a production-oriented reference implementation of an event-driven order processing system, designed to demonstrate enterprise-grade cloud architecture patterns on Microsoft Azure.
The goal was not to build a feature-rich e-commerce application, but to design a robust, scalable, and observable backend architecture that reflects real-world enterprise requirements such as reliability, decoupling, fault tolerance, and automated delivery.
Scope & Responsibilities
- Design and implementation of an event-driven, serverless backend architecture
- Development of a stateless order ingestion API and asynchronous processing pipeline
- Implementation of reliable messaging and error handling strategies
- Definition and deployment of cloud infrastructure using Infrastructure as Code
- Setup of end-to-end CI/CD pipelines for infrastructure and application components
- Implementation of monitoring, logging, and observability for production readiness
Technical Focus
The system was intentionally designed around enterprise integration patterns, rather than UI complexity.
Key technical considerations included:
- Loose coupling between system components
- Reliable message processing under failure conditions
- Clear separation between application logic, infrastructure, and deployment
- Operational visibility through metrics, logs, and tracing
- Cost-efficient scaling using serverless services
Built With
Outcome & Learnings
- Demonstrated a production-grade event-driven architecture suitable for enterprise workloads
- Implemented robust error handling with retries and dead-letter processing
- Established full observability using Application Insights and structured logging
- Validated Infrastructure-as-Code and CI/CD workflows for repeatable deployments
- Created a reusable architecture blueprint applicable to real client projects
Notes
This project is a self-initiated technical reference and does not represent a customer implementation.
It is intended to showcase architectural competence, cloud-native design, and operational maturity rather than domain-specific business logic.