health-checks

Health check endpoints verify liveness and readiness for Kubernetes deployments by exposing structured status results. You wire paths like /health/live and /health/ready into your deployment pipeline to govern traffic routing and auto-scaling.

Liveness probes check if your application is alive and needs no restart, while readiness probes verify if it is ready to handle network traffic. Both health checks emit structured status results for orchestration platforms to govern routing.

Yes, health check endpoints support both TypeScript/JavaScript and Python backend implementations. They provide structured health status outputs, timeout handling, and per-check reporting for dependency health monitoring across these environments.

Dependency health checks emit per-service status for proactive monitoring and alerting. By integrating these health endpoints with load balancers and monitoring workflows, you achieve faster incident response and reliable service routing.

No, a load balancer is not strictly required, but health check endpoints integrate seamlessly with them. They provide structured status results and timeout handling for any monitoring workflow or orchestration platform governing routing.

The best way to structure health status outputs is using per-check reporting with timeout handling. Expose distinct endpoints for liveness and readiness to automate health-based routing and scaling within your deployment pipeline.