postgresql-connection-check

Diagnose PgBouncer health by checking pool utilization and max_connections usage via kubectl and psql. This process verifies service endpoints and outputs a structured summary with actionable remediation steps to prevent outages.

PostgreSQL connection checks detect idle-in-transaction leaks by querying Patroni-aware endpoints and reading PgBouncer configuration. This mechanism identifies leaked connections and provides targeted remediation steps to optimize pool capacity.

Yes, you can run health checks in Kubernetes clusters using PgBouncer and Patroni. The process verifies deployments, inspects pool statistics, and confirms service endpoints for both PgBouncer and PostgreSQL to ensure cluster stability.

The best way to verify max_connections usage for capacity planning is by inspecting PgBouncer pool stats and service endpoints. This approach reports current utilization and identifies idle-in-transaction issues for proactive connection management.

PostgreSQL connection pools show high utilization during peak load when max_connections limits are approached or idle-in-transaction leaks occur. Inspecting PgBouncer status and Patroni-aware metrics reveals the bottleneck and suggests remediation steps.