I design and implement microservices-based architectures that enable applications to scale efficiently, remain reliable, and evolve independently. By breaking large systems into smaller, well-defined services, I help businesses build flexible and resilient backend systems.

My focus is on clean service boundaries, secure communication, and scalability, ensuring each service can be developed, deployed, and maintained independently.

Design and implementation of microservices architecture

Service-to-service communication (REST-based)

Independent service deployment and scalability

Backend system modularization and refactoring

Performance optimization for distributed systems

Startups and SaaS platforms preparing to scale

Applications with complex business logic

Systems requiring high availability and fault isolation

Existing monolithic applications moving to microservices

Microservices architecture design and planning

Independent backend services using modern frameworks

Secure inter-service communication

API gateway and service orchestration setup

Database-per-service or shared data strategies

Performance, reliability, and scalability best practices

Clean, documented, production-ready services

Analyze system requirements and scalability needs

Define service boundaries and responsibilities

Design communication and data flow between services

Implement independent, testable services

Optimize for performance, reliability, and scalability

Deliver maintainable, production-ready microservices

Backend: Java (Spring Boot), Node.js Architecture: Microservices, REST APIs Database: MySQL, MongoDB, PostgreSQL Practices: Scalable system design, service isolation

Experience designing scalable backend systems

Clean and maintainable service architecture

Focus on reliability, performance, and scalability

Structured development and clear communication

Built for long-term growth, not quick fixes