# Automate Vulnerability Remediation Without Code Changes

Reduce inherited CVEs, remove unused components, and validate what is actually executed at runtime

Up to 99.9% CVE reduction

Up to 90% attack surface reduction

SBOM and RBOM evidence

## Why Vulnerability Backlogs Do Not Go Down

Findings up

### +140%
Scan results grow faster than teams can remediate

Rebuild time

### 88%
Most vulnerabilities are inherited through images and dependencies

Avg. remediation cycle

### 12d
Patch and rebuild cycles slow releases across services

## What Breaks in the Manual Remediation Loop

## Traditional remediation prioritizes activity, not outcomes.

Too many findings, too little applicability validation

Too much time spent on non-exploitable CVEs

Too many rebuilds to keep pace with delivery

## Automated Remediation That Produces Defensible Results

### Secure Foundations

Start from Curated Near-Zero CVE Images to eliminate inherited vulnerability debt.

### Runtime Truth

Use SBOM and RBOM context to focus on applicable, executed risk.

### Secure Foundations

Remove unused binaries and libraries to reduce exposure without changing application logic.

### Up to 99.9%
Total CVEs reduced by eliminating inherited and unused components

### Up to 90%
Attack surface reduction through runtime-aware hardening

### ~ 60%
Reduction in manual remediation effort

### Faster

Audit and authorization readiness with continuous evidence

## Stop Managing CVEs Manually

Reduce inherited risk, automate remediation, and validate results with runtime evidence.