microservices-architect

Microservices decomposition starts by mapping domain boundaries into bounded contexts to define service responsibilities and data ownership. This approach guides the transition from a monolith by establishing clear service boundaries and independent data management for each service.

Distributed systems communication patterns depend on your resilience requirements, selecting between synchronous and asynchronous interactions. Implementation involves configuring an API gateway for external requests and establishing internal service-to-service communication protocols that ensure reliability.

A service mesh is needed when managing complex microservices architectures requiring advanced traffic control and resilience patterns like circuit breakers and retries. It abstracts inter-service communication to provide consistent observability and reliability across your distributed system.

Resilience patterns like circuit breakers and retries are implemented within your microservices architecture to prevent cascading failures across distributed systems. These patterns cut off faulty service calls and automatically retry transient failures to maintain system stability.

API gateway strategy design involves creating a single entry point for external clients to route requests to underlying microservices. It handles cross-cutting concerns like authentication, rate limiting, and request aggregation before forwarding traffic to your distributed system.