Cloud Security & Container Hardening

This Skill audits Terraform and CloudFormation files by parsing IaC manifests with CLI-based scanners to detect insecure defaults and policy gaps. It outputs severity-ranked findings with resource context and actionable remediation guidance.

The best way to audit Kubernetes pod security and Docker container hardening is to analyze Dockerfiles, RBAC, network policies, and pod security settings. This Skill reviews container runtime exposure and produces severity-ranked findings with remediation guidance.

Yes, this cloud security auditing tool supports AWS, Azure, and GCP environments. It reviews identity, storage, network, and logging controls to identify risky misconfigurations, public exposure, and privilege escalation risks.

Yes, you can map cloud security audit findings to compliance frameworks like CIS, SOC 2, PCI-DSS, and HIPAA. This Skill generates audit-ready compliance summaries by aligning identified misconfigurations with relevant framework controls.

Yes, you need native cloud CLIs installed to check IAM and public exposure risks. This Skill requires native cloud CLIs, YAML parsing, and CLI-based scanners to audit your environments and produce severity-ranked findings.

Infrastructure as code scanning requires YAML parsing dependencies like pyyaml to correctly read and analyze Kubernetes manifests and CloudFormation templates. Without them, CLI-based scanners cannot extract configuration details to detect insecure defaults and policy gaps.