نظرة عامة (Overview):
Developed a highly scalable, full-stack enterprise application designed to automate checkpoint processing and access control workflows. The system integrates seamlessly with external AI-OCR models to extract and validate data in real-time, eliminating manual data entry.
التخطيط وهيكلة النظام (Planning & Architecture):
Adopted a strict plan-first development lifecycle. Before implementation, the system architecture was heavily documented using Architectural Decision Records (ADRs) to standardize a custom command-driven pipeline pattern. This ensured all validation steps acted as thin orchestrators, maintaining a highly organized and predictable codebase.
الحل التقني (Technical Solution):
Built the backend from scratch using .NET 8 and Clean Architecture.
Implemented CQRS with MediatR to achieve sub-2-second end-to-end throughput.
Engineered a robust frontend interface using Angular 18 and TypeScript for real-time monitoring.
Applied SOLID principles, utilizing Strategy and Decorator patterns to handle 11 concurrent business rules seamlessly.
النتائج (Impact):
The system successfully transitioned to the UAT environment, completely eliminating duplicate transactions via distributed locking and drastically reducing the need for manual operational oversight.