Software Composition Analysis

SCA, but with reachability analysis that cuts 92% of noise.

Prioritize the handful of vulnerabilities that actually matter, and help developers manage the security and health of their direct and transitive open source packages.

Welcome to the resistance
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How it works

1

Identify all dependencies

We go beyond manifest files to pinpoint all direct and transitive dependencies, including phantom dependencies.

2

See what’s actually reachable 

Because we can correctly identify dependency and how they interact, we know which vulnerabilities can be exploited.

3

Prioritize by danger

Combine reachability and EPSS to determine which vulnerabilities are the most dangerous, and remediate those first.

Loved by security teams, painless for developers at:

Software Composition Analysis

SCA, but with reachability analysis that cuts 92% of noise.

Prioritize the handful of vulnerabilities that actually matter, and help developers manage the security and health of their direct and transitive open source packages.

Loved by security teams, painless for developers at:

How it works

1

Identify all dependencies

We go beyond manifest files to pinpoint all direct and transitive dependencies, including phantom dependencies.

2

See what’s actually reachable 

Because we can correctly identify dependency and how they interact, we know which vulnerabilities can be exploited.

3

Prioritize by danger

Combine reachability and EPSS to determine which vulnerabilities are the most dangerous, and remediate those first.

Endor Labs reduced our SCA alerts by 76%, which let us give back 11,424 development hours.”

Endor Labs reduced our SCA alerts by 76%, which let us give back 11,424 development hours.”

Greg Pettengill

Principal Product Security Engineer, Five9

Automated Governance

Identify

Know what’s in your code

By using program analysis at the time of build, we can see all of your 3rd-party dependencies and how they interact with your application code. Next, we correlate your software inventory to the Endor Labs Vulnerability Database, which is based on NVD, GHSA, and OSV data along with a manually-annotated, function-level database for vulnerabilities going back to 2018 for 11 languages (and growing). This means you’ll:

  • Have visibility into all direct and transitive dependencies, even ones not declared in the manifest 
  • Get an accurate software inventory, including SBOM and VEX documents
  • Reduce false positives because you’ll know which dependencies are actually used by your application (88% of imported code is never used)
Book a Demo
Start a Trial

Prioritize 

See which vulnerabilities are riskiest

Endor Labs provides several filters to further eliminate false positives and decide which risks to address first. When used together, customers achieve a 92% reduction in findings, leaving just a handful to fix.

  • Is it in production code (not test code)?
  • Is there a fix available?
  • Is the affected function reachable?
  • Is there a high probability of exploit (high EPSS)?
  • How severe could the impact be (CVSS)?

‍

Book a Demo
Start a Trial
Continuous Risk Monitoring
Built for Developers

Remediate

Actually fix vulnerabilities

Make it easier for developers to upgrade dependencies. With upgrade impact analysis, you’ll predict how a security upgrade will impact your application (like breaking changes), including how many findings it will fix. Not even your developers have this information! They’ll thank you for saying “This upgrade will be easy” or “This other one might take a few sprints because there are breaking changes.”

Sometimes upgrades are too hard, especially in foundational projects. Use Endor Magic Patches to stay safe and compliant on the old version while working to upgrade properly or lower the risk enough that it’s acceptable as-is. Originally created by the OSS package maintainers, we “backport” patches to your vulnerable version and maintain them for your security and convenience.

Book a Demo
Start a Trial
Book a Demo
Start a Trial

Watch a Demo

See exactly how to ingest and manage all of your SBOMs with Endor Labs. If you've started a trial, you can follow along with us step-by-step and even download the SBOMs and VEX files you generate!

Start Trial

Watch a Demo

See exactly how to ingest and manage all of your SBOMs with Endor Labs. If you've started a trial, you can follow along with us step-by-step and even download the SBOMs and VEX files you generate!

Welcome to the resistance
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SCA, but with reachability analysis that cuts 92% of noise.

Prioritize the handful of vulnerabilities that actually matter, and help developers manage the security and health of their direct and transitive open source packages.

Start Trial

Identify all dependencies

We go beyond manifest files to pinpoint all direct and transitive dependencies, including phantom dependencies.

See what’s actually reachable 

Because we can correctly identify dependency and how they interact, we know which vulnerabilities can be exploited.

Prioritize by danger

Combine reachability and EPSS to determine which vulnerabilities are the most dangerous, and remediate those first.

How It Works

Endor Labs reduced our SCA alerts by 76%, which let us give back 11,424 development hours.”

Endor Labs reduced our SCA alerts by 76%, which let us give back 11,424 development hours.”

Greg Pettengill

Principal Product Security Engineer, Five9

Automated Governance

Automated Governance

Identify

Know what’s in your code

By using program analysis at the time of build, we can see all of your 3rd-party dependencies and how they interact with your application code. Next, we correlate your software inventory to the Endor Labs Vulnerability Database, which is based on NVD, GHSA, and OSV data along with a manually-annotated, function-level database for vulnerabilities going back to 2018 for 11 languages (and growing). This means you’ll:

  • Have visibility into all direct and transitive dependencies, even ones not declared in the manifest 
  • Get an accurate software inventory, including SBOM and VEX documents
  • Reduce false positives because you’ll know which dependencies are actually used by your application (88% of imported code is never used)
Continuous Risk Monitoring

Continuous Risk Monitoring

Prioritize 

See which vulnerabilities are riskiest

Endor Labs provides several filters to further eliminate false positives and decide which risks to address first. When used together, customers achieve a 92% reduction in findings, leaving just a handful to fix.

  • Is it in production code (not test code)?
  • Is there a fix available?
  • Is the affected function reachable?
  • Is there a high probability of exploit (high EPSS)?
  • How severe could the impact be (CVSS)?

‍

Built for Developers

Built for Developers

Remediate

Actually fix vulnerabilities

Make it easier for developers to upgrade dependencies. With upgrade impact analysis, you’ll predict how a security upgrade will impact your application (like breaking changes), including how many findings it will fix. Not even your developers have this information! They’ll thank you for saying “This upgrade will be easy” or “This other one might take a few sprints because there are breaking changes.”

Sometimes upgrades are too hard, especially in foundational projects. Use Endor Magic Patches to stay safe and compliant on the old version while working to upgrade properly or lower the risk enough that it’s acceptable as-is. Originally created by the OSS package maintainers, we “backport” patches to your vulnerable version and maintain them for your security and convenience.

Get a Free Trial

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