Microservices Architecture
Building scalable, distributed systems with microservices.
Scalable Distributed Systems
I architect microservices-based applications that allow independent scaling, deployment, and development of services. Perfect for complex applications that need to grow.
Microservices Design
Creating loosely coupled services that work together to deliver business value.
Service Decomposition
Breaking down monoliths into logical, independent services.
Service Communication
Implementing REST, gRPC, or message queues for inter-service communication.
Containerization
Packaging services with Docker for consistent deployment.
Orchestration
Managing services with Kubernetes or Docker Swarm.
Technologies & Tools
The stack I use to deliver exceptional results
Docker
toolsContainerization platform
Kubernetes
cloudContainer orchestration
Message Queues
backendRabbitMQ, Kafka for async communication
API Gateway
backendCentralized routing and authentication
Service Mesh
cloudTraffic management and observability
Monitoring
toolsPrometheus, Grafana for observability
Real-World Impact
Examples of how I've applied this skill to solve problems
E-commerce Microservices
Split monolithic e-commerce into 12 independent services (catalog, cart, orders, payments).
Reduced deployment time from 2 hours to 10 minutes per service.
Event-Driven Platform
Built an event-driven system with message queues for decoupled service communication.
Achieved 99.95% uptime with automatic failover and recovery.
Multi-Region Deployment
Deployed microservices across 3 regions with automatic load balancing.
Improved response times by 60% for international users.
Scale Your Application
Transform your monolith into a scalable microservices architecture.