Container Scanning

Cut container image vulnerability noise up to 90%

Endor Labs uses full-stack reachability analysis to help you patch what runs and prune the rest.

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How it works

Full-stack reachability

Combine static and dynamic analysis of container images to identify which OS packages are reachable in your base images.

Lower FedRAMP costs

Avoid double filings with automatic deduplication across SCA and container image findings. One ticket, one fix.

Single pane of glass

See all your SAST, SCA, and container findings in one place with central management and visibility.

Securing code written by humans and AI at:

Our FedRAMP environment requires more rigor than you would normally get in any other kind of product release, with near zero tolerance for vulnerabilities. Endor Labs’ reachability analysis and consolidated findings reduced the number of true positives requiring remediation, which is a huge time- and money-saver.”

Marty Garvin

Head of Security, Rubrik

Prioritize risks with full-stack reachability

Cut through vulnerability noise with full-stack reachability that extends Endor Labs’ proven reachability analysis from application code down through container image runtime and OS layers.

Slash false positives: Determine which container image OS dependencies are used by the application and reachable at runtime.
Correlate alerts: Deduplicate findings across application (SCA) and container image scans to reduce alerts.
Cross-layer risk grouping: Group findings to identify common risks and determine which issues have the most significant impact on your security posture.

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Gain unparalleled visibility

Maintain a complete inventory of your container ecosystem while mapping the complex relationships between base and derived images.

Complete container inventory: Automatically catalog all container images in use and map the relationships between base and derived images across your environment.
Base-to-derived image mapping: Trace how vulnerabilities in base images propagate to derived images, so you understand the full blast radius of every risk.
Layer-by-layer analysis: Pinpoint exactly when specific libraries were introduced and identify the vulnerabilities associated with each layer of a container.

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Meet strict remediation SLAs

Shorten mean time to remediation (MTTR) by routing fixes to the right team with full traceability and upgrade guidance.

Identify the owner of each vulnerability: Trace risks discovered in running containers back to the exact layer, so platform engineering and app development teams can remediate where it matters.
Automated remediation guidance: Get recommended upgrade paths to remove vulnerable code in the application layer, so developers know exactly what to fix.
Stay compliant: Meet FedRAMP and other compliance SLA requirements by prioritizing remediation of reachable, critical vulnerabilities within the required 30-day windows.

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Secure everything your code depends on

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