SCA Exploitability Verification

88% of SCA alerts aren't exploitable.
We find the 12% that are.

Add exploitability verification to your existing SCA scanners, then auto-fix what's real. Know which CVEs actually threaten your code, with proof, and ship merge-ready fix PRs your team accepts.

95%
Fewer False Positives
76%
Fix Merge Rate
94%
Resolved End-to-End
5 min
Per Finding

Watch · 2-min overview

77% of your application isn't code you wrote.
You're responsible for 100% of the breaches.

Third-party dependencies power modern software—and create an overwhelming alert tsunami. Your SCA tools find everything. They can't tell you what actually matters.

Critical
77%

Third-Party Code

The majority of your application is open-source dependencies. Every library is a potential attack surface—but not every CVE is actually exploitable in YOUR context.

Alert Fatigue
88%

False Positive Rate

Nearly 9 out of 10 SCA alerts are noise. Your security team wastes weeks chasing vulnerabilities that can't actually be exploited in your codebase.

AI Code Risk
62%

AI-Written Code Ships Insecure

The majority of AI-generated code carries security flaws, and it's landing in your repos and dependencies faster than any team can review. Your backlog only grows from here.

Supply Chain
30%

Breaches via Third-Party

Nearly a third of all breaches come through third-party components. Log4Shell, Spring4Shell, XZ Utils—supply chain attacks aren't theoretical. They're inevitable.

From 10,000 alerts to 847 validated risks, then merged fixes.

AI agents analyze CVE data, trace execution paths in YOUR codebase, deliver exploitability verdicts with full evidence, and open merge-ready fix PRs, in minutes, not days.

01
Research

Deep CVE Research

AI agents analyze CVE databases, security advisories, exploit POCs, and patch commits to identify the exact conditions required for exploitation.

02
Analyze

Your Code, Analyzed

Agents scan YOUR specific codebase to determine if vulnerable functions are called, if data flows reach vulnerable code paths, and if your architecture blocks exploitation.

03
Verdict

Verdict with Evidence

Get clear EXPLOITABLE or NOT EXPLOITABLE verdicts with full reasoning—code snippets, data flow traces, and defensive controls identified. Defend your decisions to auditors.

04
Fix

Merge-Ready Fixes

For the CVEs that are exploitable, Pixee writes context-aware fix PRs in your code's conventions, and 76% get merged. Triage finds what's real; remediation closes it.

See exactly why a CVE doesn't affect your code

Full transparency. Complete audit trail. Every verdict includes the evidence chain so you can defend your security decisions to auditors, executives, and regulators.

// CVE-2024-38816: Spring Framework Path Traversal // Severity: CRITICAL (9.8) | Dependency: spring-webmvc:6.1.0   VERDICT: NOT EXPLOITABLE   REASON: Vulnerable function ResourceHttpRequestHandler.handleRequest() is not invoked in your codebase. Static resource serving is handled by Nginx reverse proxy, not Spring.   EVIDENCE: ├─ Searched 847 source files for ResourceHttpRequestHandler usage ├─ Found 0 direct invocations of handleRequest() ├─ Spring WebMVC imported for @RestController only └─ Static content served via Nginx (nginx.conf:L42)   RECOMMENDATION: Safe to suppress. Document architectural decision. CONFIDENCE: HIGH (98%)

Ready to cut through the SCA noise?

See how Pixee transforms your 10,000 alerts into a prioritized, verified risk list, then fixes the ones that matter.

Get a Demo
Proof

Proven on real backlogs

Defensible

Suppressions auditors accept

Every not-exploitable verdict ships with the data-flow trace and call paths behind it.

Merge-ready

Fixes developers keep

Context-aware PRs written in your conventions, not generic patches your team rejects.

Drop-in

Layers on your scanners

Works with Snyk, Mend, Black Duck and more via SARIF or API. No rip-and-replace.

Trusted by security teams at MoneyGram and Fortune 500 financial-services, healthcare, and technology organizations.

SCA Scanners find. Pixee verifies.

Capability Traditional SCA Pixee Verification
Vulnerability Detection Detects CVEs in dependencies Uses your existing scanner data
Exploitability Analysis No code-level verification Traces execution paths in YOUR code
False Positive Rate 60-88% false positives Up to 95% reduction, with evidence
Evidence Trail Generic CVE description only Code snippets, data flows, audit-ready
Suppression Confidence Manual risk acceptance Defensible decisions with proof
Time per Finding 4-6 hours manual research 5 minutes automated analysis
Automated Remediation Detection only, no fixes Merge-ready fix PRs, 76% merge rate

Extend your existing scanners. No rip-and-replace.

Works with the tools you already use. Enhances your investment instead of replacing it.

SCA Tools

10+ scanners via SARIF/API

  • Snyk
  • Mend
  • Black Duck
  • Grype
  • Trivy
  • Dependabot

CI/CD Platforms

Native integrations

  • GitHub
  • GitLab
  • Bitbucket
  • Azure DevOps
  • Jenkins

Deployment Options

Your security, your way

  • Cloud SaaS
  • Self-Hosted
  • Air-Gapped
  • SOC 2 Type II

Where Pixee fits in your security stack

Pixee sits between your scanners and your workflows—adding the exploitability intelligence your tools are missing.

Input

Your Scanners

Snyk, Mend, Black Duck, Grype, Trivy, Dependabot—whatever you use. We ingest findings via SARIF, API, or direct integration. No changes to your scanning workflow.

Triage

Pixee Verification

AI agents analyze each CVE against YOUR specific codebase. Trace data flows, identify defensive controls, produce exploitability verdicts with evidence chains.

Output

Your Workflows

Verified findings flow to Jira, ServiceNow, or your ticketing system. Developers get actionable issues, not noise. AppSec gets audit-ready evidence.

Remediation

Automated Fixes

For verified exploitable CVEs, Pixee generates merge-ready fix PRs in your conventions. Turn verified risks into resolved issues automatically.

Plug into your stack in days, not months.

No rip-and-replace. No new scanning workflow. Connect your existing tools and start getting verified findings fast.

Get a Demo
Enterprise

Enterprise-ready from day one

SOC 2

Type II Certified

Enterprise-grade security controls with annual third-party audits

BYOM

Bring Your Own Model

Use your Azure OpenAI or AWS Bedrock—code never leaves your environment

Air-Gap

Full Isolation

Complete on-premises deployment for regulated industries and sensitive codebases

The Pixee platform

Prevent what you can. Remediate what you can't.

SCA exploitability triage and fixes are one half of Pixee. Foresight secures the design before vulnerable code is ever written. One context graph powers both.

Reactive · VulnOps

Triage & Fix

Verify exploitability against your code, then ship merge-ready fixes your developers accept. This is the page you're on.

Proactive · Foresight

Secure the design

Foresight reads specs and pull requests to catch design-stage flaws before they become vulnerabilities, so the backlog never forms in the first place.

FAQ

Questions security teams ask

Do I have to replace my SCA scanner?
No. Pixee layers on top of the scanners you already run—Snyk, Mend, Black Duck, Grype, Trivy, Dependabot and more—ingesting their findings via SARIF or API. Nothing changes in your scanning workflow.
How is this different from my scanner's built-in prioritization?
Scanners rank by CVSS severity and reachability heuristics. Pixee traces actual execution paths in your codebase to determine whether a vulnerable function is reachable, producing an EXPLOITABLE or NOT EXPLOITABLE verdict backed by evidence.
Can I defend a suppression to auditors?
Yes. Every verdict ships with an evidence chain—data-flow traces, call-path analysis, and the defensive controls identified—so a "not exploitable" decision is documented and reproducible.
Does Pixee just triage, or fix things too?
Both. Triage finds the exploitable minority; remediation opens context-aware, merge-ready fix PRs for them—a 76% merge rate across 100,000+ pull requests.
Which AI model runs this, and does my code leave my environment?
Bring your own model (Azure OpenAI or AWS Bedrock) and deploy cloud, self-hosted, or air-gapped. Pixee is SOC 2 Type II certified; your code stays in your environment.
How does Foresight fit in?
Foresight is Pixee's proactive prong—it secures the design before vulnerable code is written, so the backlog never forms. SCA triage-and-fix is the reactive prong. One context graph powers both.
Get a Demo →