Runtime Protection for Containerized Workloads

Validate what actually runs in production, detect drift from approved baselines, and maintain a defensible near-zero CVE posture at runtime.

Most Container Risk Comes From Software That Never Runs

Images and scans

Images and scans show what is packaged, not what executes

Runtime behavior

Changes after deployment due to drift and configuration variance

Security teams

Security teams lack evidence that production matches approved builds

Build-Time Controls Cannot Prove Runtime Integrity

Evidence expectations

Approved images can diverge from what actually runs in clusters.

Vulnerable components may remain active even after remediation at build time.

Auditors and customers increasingly ask for runtime-verifiable evidence.

Runtime Visibility and Evidence

RBOM artifacts tied to live workloads.

Detection of drift from approved images and configurations.

Clear confirmation of which components are actually active in production.

Operational and Security Outcomes

Reduction in CVE Noise

Maintain a near-zero CVE posture beyond build time.

Kernel Agents Required

Reduce uncertainty during incidents and security reviews.

Real-time Verification

Provide continuous, runtime-verified evidence for audits and compliance.

Start from a Secure Foundation

Eliminate inherited risk, standardize hardened images, and accelerate security and compliance from the first layer up.