Reduce inherited risk, validate runtime behavior, and maintain audit-ready evidence continuously.
Public and vendor images introduce uncontrolled vulnerabilities before code is written.
Teams drown in findings faster than they can validate or fix them.
Security decisions are made without knowing what actually executes in production.
Reduce inherited risk, validate runtime behavior, and maintain audit-ready evidence continuously.
Start from Near-Zero CVE base images built on standard LTS Linux distributions, hardened with STIG/CIS benchmarks and FIPS-validated cryptography to eliminate inherited risk
Accurately identify and prioritize applicable vulnerabilities across registries, CI pipelines, and clusters using validated, low-noise vulnerability analysis.
Agentless runtime profiling that distinguishes exploitable vulnerabilities from dormant components using execution-path visibility and RBOM™.
Behavior-aware hardening that removes software bloat from containers, delivering measurable CVE and attack-surface reduction.
Continuous compliance verification and reporting that feeds POA&Ms and self-attestation workflows without manual effort.
Total CVEs reduced by eliminating inherited and unused components
Attack surface reduction through runtime-aware hardening
Reduction in manual remediation effort
Audit and authorization readiness with continuous evidence
Remediate 95% of CVEs Automatically without Code Changes
Applications ship with large, inherited OS layers, transitive libraries, and upstream packages - introducing thousands of vulnerabilities before development even starts.
Weekly or daily releases move faster than internal vulnerability triage, patch cycles, and audit preparation workflows.
Customers, auditors, and regulators want continuous proof - hardened baselines, least functionality, drift control, and runtime-backed artifacts - not one-time assessments.
Profile
Curated Images
Optimize & Harden
via Curated Images + SASM
removed by eliminating unused components
compared to manual remediation pipelines
Faster
with SBOM/RBOM + CIS/STIG evidence
