Most Container Risk Comes From Software That Never Runs

Dormant Software Expands Attack Surface

Unused libraries, binaries, and frameworks often contain vulnerabilities even when never executed by the application.

Patching Doesn't Remove the Root Cause

Security patches fix individual CVEs but leave unused OS layers and dependencies embedded inside container images.

Manual Hardening Doesn't Scale

Without runtime intelligence, teams cannot safely determine which components can be removed without breaking applications.

Automated Hardening That Reduces Vulnerabilities at the Source

Remove Unused Components Automatically

Uses RBOM runtime intelligence to identify components that never execute and safely remove them while preserving application functionality.

Reduce CVEs and Attack Surface Significantly

Eliminates vulnerable code paths and unused dependencies, lowering exploitable CVE exposure by up to 95%.

Runtime-Validated Hardening

Optimization decisions are validated against real runtime execution paths. Optimized images are rebuilt every 24 hours and delivered as drop-in replacements without CI/CD changes.

Configurable Hardening Presets

Choose Light, Standard, or Aggressive hardening levels to control how aggressively unused files, packages, and dependencies are removed.

Hardening With Measurable Results

Up to 95% exploitable CVE reduction

Remove vulnerable components that never execute in production.

Up to 90% attack surface reduction

Eliminate unused binaries, libraries, and dormant runtime components.

Zero application changes required

Hardening occurs at the container image layer without modifying code.

Lean production Images

Smaller images improve startup time and operational efficiency.