container-audit

Auditing Dockerfiles for security misconfigurations involves checking for unpinned base images, build-time secret leakage, root execution, and dangerous filesystem or privilege settings. This produces an evidence-backed checklist and remediation guidance to harden your container images.

Checking Kubernetes manifests for insecure RBAC and missing NetworkPolicy protections involves reviewing Helm or Kustomize charts and assessing namespace posture. This flags weak PodSecurity settings, unsafe RBAC, and missing resource limits, generating an evidence-backed remediation checklist.

Yes, Kubernetes hardening requires read-only audit behavior during CI/CD container build checks to ensure non-disruptive validation. This approach confirms security fixes hold when deployed while maintaining boundary conditions that avoid exploit-style pivots or active system penetration.

You can verify runtime exposure and secret leakage risks without disrupting deployed Kubernetes workloads by applying non-destructive validation steps. This guides safe checks to confirm your security fixes hold when deployed, avoiding exploit-style pivots during the container security audit.

You need to scan Helm and Kustomize charts for container security and namespace posture assessment when preparing a release. This evidence-driven review reduces misconfiguration, secret exposure, privilege escalation, and runtime attack surface across your Kubernetes-based platforms.