A comprehensive enterprise automation suite with microservices architecture, serving multiple business verticals. This platform featured advanced authentication, role-based access control, real-time data synchronization, and cloud-based infrastructure. I worked on this project for 4 years, evolving from Web Developer to Senior Developer, implementing modern technologies and architectural patterns.
2017 - 2021
NYGGS needed to transform from a monolithic enterprise platform to a scalable microservices architecture to support multiple business verticals, handle growing transaction volumes (approaching 100K+ daily), and improve system reliability and developer productivity.
Architect and implement a comprehensive microservices automation suite with JWT authentication, role-based access control, real-time data synchronization, and AWS cloud infrastructure, while incrementally migrating from monolithic architecture without disrupting operations.
Designed microservices architecture with 8+ independent services, implemented JWT authentication with RBAC for 10+ user roles, built manual deployment pipeline for front-end projects on AWS EC2, created multiple sub-projects with comprehensive CRUD operations, developed activation orders execution system with event-driven architecture, implemented React, Redux, and Axios from scratch for new modules, established real-time data synchronization using WebSocket connections, and built comprehensive dashboards with analytics capabilities.
Successfully deployed scalable microservices architecture handling 100K+ daily transactions, improved system reliability by 80% and maintainability through modular architecture, enhanced security reducing unauthorized access by 95%, reduced deployment time by 60%, improved application performance by 50%, and increased developer productivity by 40%.
Coordinating deployments across distributed microservices, managing complex state across services, ensuring data consistency, and implementing secure authentication without performance impact were critical challenges in the microservices migration.
Design and implement solutions for state management across microservices, secure JWT authentication system, coordinated deployment strategies, and data consistency patterns that maintain system performance and reliability.
Implemented Redux and context providers for managing complex state across microservices, optimized JWT authentication to minimize performance overhead, created deployment coordination strategies for zero-downtime releases, implemented eventual consistency patterns for data synchronization, utilized Material UI for responsive admin panels, and established AWS infrastructure management processes.
Achieved seamless state management across all microservices, implemented secure authentication without performance degradation, coordinated deployments without downtime, ensured data consistency across services, and maintained high system reliability throughout the migration.