Compliance

PCI DSS compliant, developer approved.

Endor Labs cuts vulnerability noise so your security team stops flooding developers with findings that don't matter and starts focusing on the ones that do.
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How Endor Labs reduces your PCI DSS burden

Free devs from false positives
Reachability analysis filters out unexploitable vulnerabilities, so developers only fix what's real and security stops being a bottleneck.
Auto-triage findings
Automatically correlate SCA and container scan findings, eliminating debates over duplicate or low-priority findings.
Faster remediation
Policy-driven routing sends findings directly to where devs already work, so fixing vulnerabilities doesn't require a context switch or a ticket war.
Endor Labs greatly reduced our CVE backlog, which helps satisfy the near zero tolerance for vulnerabilities often seen in highly regulated markets."
Joshua Domagalski
CISO, Astronomer
Prioritize
Fix what's real, skip what's not
PCI DSS requires you to manage all vulnerabilities, but managing doesn't mean fixing everything. Endor Labs traces vulnerable code paths through your application to determine what's actually reachable, so your team focuses on findings that pose genuine risk and can document the rest as non-exploitable.
70-80% average reduction in remediation workload
Up to 90% reduction in container vulnerability noise
Reachability analysis accepted by PCI QSAs including Schellman
Manage
One vulnerability, one ticket, one fix
Endor Labs automatically correlates findings and routes them directly to developer workflows, so your team spends time fixing vulnerabilities instead of triaging them.
Automatic SCA & container deduplication
Continuous rescanning on your chosen cadence
Policy-driven routing to developer workflows
Dashboard displaying 3.7K security findings categorized by severity with detailed code snippet and explanation panel.
Document
Evidence that holds up in an audit
PCI DSS assessors need to see that vulnerabilities are actively being managed, not just discovered. Endor Labs makes it straightforward to export the documentation, reports, and vulnerability management records your QSA needs, without scrambling to assemble evidence manually between assessment cycles.
Audit-ready false positive evidence
SBOM generation in CycloneDX and SPDX formats
Automated generation through CI integration
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FAQs

PCI DSS v4 requires us to manage all vulnerabilities, not just highs and criticals. Does that mean we have to fix everything?

No, and this is the most important thing to understand about Requirement 11.3.1.1. "Managing" a vulnerability doesn't mean remediating it. According to Joe O'Donnell, Senior Manager at Schellman, "If an organization has performed a detailed assessment of a vulnerability and determined it does not require remediation (for example, because it is unreachable), then we consider it to have been managed in alignment with PCI DSS." Endor Labs' function-level reachability analysis gives you the defensible assessment your Qualified Security Assessor (QSA) needs to accept unreachable vulnerabilities as managed.

How does reachability analysis hold up with PCI DSS auditors?

Your QSA needs your risk decisions to be defensible, based on a documented framework and not judgment calls. Endor Labs' function-level reachability analysis builds a complete call graph from your application code through every direct and transitive dependency to the vulnerable function, producing evidence your QSA can review directly in the platform. Schellman, a leading PCI QSA firm, has validated this approach as meeting the standard for demonstrating that a vulnerability does not require remediation.

We already scan for vulnerabilities. Why isn't that enough for PCI DSS v4?

Most SCA tools flag every CVE in your dependency tree, leaving your team to manually investigate which findings are real. Under PCI DSS v4, every flagged vulnerability has to be tracked and either remediated or documented as managed, so a noisy tool directly increases your compliance burden. Endor Labs reduces that burden by filtering out unreachable findings before they hit your queue, and by correlating results across SCA, container, and SAST scans so one vulnerability produces one finding to manage, not several.

PCI DSS v4 covers vulnerabilities in our own code, not just our dependencies. Does Endor Labs help with that too?

Yes. Requirement 6.2.4 requires that bespoke and custom software is developed to prevent common vulnerabilities. Endor Labs' SAST capabilities scan your first-party code for security weaknesses, and secret detection identifies hardcoded credentials and API keys before they reach production, both of which are direct concerns for any environment handling cardholder data. Combined with SCA for your dependencies, Endor Labs gives your team a single platform to manage vulnerability findings across your entire codebase, so nothing falls outside your compliance scope and your QSA sees a complete picture.

How do we hit PCI DSS remediation SLAs without breaking our applications?

PCI DSS requires critical vulnerabilities to be patched within 30 days, and all others managed within a timeframe your organization defines. The biggest obstacle is usually upgrade risk, because upgrades can introduce breaking changes that make developers hesitant to remediate. Upgrade Impact Analysis shows your team exactly how risky each upgrade is before they commit, and Endor Patches provide backported security fixes for cases where a full upgrade cannot be completed within the required window.

See for yourself why Endor Labs is the fastest growing AppSec company ever.