DryRun Security IaC Security vs Kubescape

DryRun Security IaC Security scans infrastructure-as-code changes for security risks by analyzing infrastructure and application code together. It covers Terraform, Kubernetes, and other IaC, with checks for overly permissive IAM policies, publicly exposed resources, insecure defaults, and subdomain takeover risks. Scans run in pull requests and provide guidance during infrastructure design. Teams can write natural-language guardrails for public access, permitted cloud regions, approved resource types, and organization-specific requirements; the Custom Policy Agent enforces them on changes. Terraform findings can appear as pull-request comments and Risk Register entries containing the affected resource, risk description, and remediation guidance. Listed integrations include Claude Code, Claude Desktop, Codex, Cursor, GitHub, GitLab, and Slack. The SaaS service supports GitHub.com personal, organization, and Enterprise Cloud repositories, plus GitLab SaaS; custom instances and other source-control systems require contacting DryRun. DryRun says it uses private models, sends no data to public AI systems, stores minimal metadata and findings, and allows code-access revocation through repository permissions. Pricing is on request, aligned with team size, and a free trial is available.

Kubescape is an open-source platform for Kubernetes security across configuration, images, compliance, and activity in running clusters. It analyzes Kubernetes manifests, Helm charts, and live clusters for misconfigurations. Its operator scans deployed container images for vulnerabilities using Grype and public vulnerability databases, and monitors active clusters for suspicious behavior and threats. Kubescape supports CIS, NSA-CISA, MITRE ATT&CK, and SOC 2 frameworks. Its policy engine uses Open Policy Agent to evaluate Kubernetes objects against posture controls written in Rego; the operator runs as microservices that continuously monitor cluster posture. Integrations are available for GitHub, GitLab CI/CD, Lens, and Visual Studio Code. The CLI can download artifacts for local use, including in offline and air-gapped environments. Results can be exported as JSON or JUnit XML or rendered as HTML or PDF. The CLI and Kubernetes operator are self-hosted and free under Apache License 2.0. ARMO Platform is a compatible provider for uploading scan results and downloading custom artifacts; its price depends on vCPUs and other cloud resources.