review-security-k8s-admission

To audit Kubernetes admission webhooks for security vulnerabilities, analyze failure policies, timeout configurations, and namespace selectors to detect insecure settings that could lead to cluster bypass or denial of service.

Security risks in Kubernetes admission control configurations include insecure failure policies, excessive webhook timeouts, broad scope exemptions, and mutating webhooks that might introduce sidecar injection vulnerabilities or overwrite security baselines.

Prevent privilege escalation through Kubernetes mutating webhooks by evaluating mutation logic and ordering to ensure they do not introduce sidecar injection vulnerabilities or overwrite established security baselines within the API server environment.

Yes, validating CEL policy configurations and namespace selectors within Kubernetes admission control prevents accidental security exemptions and ensures continuous cluster integrity and compliance.

Yes, auditing Kubernetes admission control enforces best practices for TLS configuration and network isolation to protect the API server environment from unauthorized access and ensure cluster availability.

Auditing Kubernetes admission controllers targets webhooks and admission policies, meaning it cannot detect runtime threats or vulnerabilities unrelated to API server admission control configurations, scope exemptions, and mutation logic.