microservices-patterns

Idempotent processing in event-driven microservices ensures duplicate events do not trigger duplicate state changes. This Skill provides patterns for robust error handling and consistent idempotent operations across distributed services to prevent duplicate side effects.

Dapr service invocation enables reliable, discoverable service-to-service communication in distributed systems. This Skill provides patterns to apply Dapr for standardized calls, ensuring resilient service interaction without managing direct network endpoints.

Enforcing user isolation in a distributed backend requires consistently scoping operations to a specific user id. This Skill provides design patterns to strictly enforce user isolation across microservices, preventing cross-tenant data access.

Designing microservices with health checks for Kubernetes environments involves configuring service readiness and liveness probes. This Skill provides templates for event-driven service design with integrated health checks for Kubernetes and Dapr.

Service discovery patterns for scalable microservices are needed when managing dynamic service instances in distributed environments. This Skill provides reference patterns to handle service registration and discovery, ensuring reliable routing as services scale.

These microservices templates specifically target Kubernetes and Dapr environments for service invocation and discovery. While the underlying design patterns for idempotency and event-driven flows are conceptually applicable elsewhere, the ready-to-use templates are optimized for that stack.