Scanner-Agnostic Remediation

One Fix Layer for Every Security Scanner

Your security team runs 5+ scanners. Every one finds vulnerabilities. Not one fixes them. Pixee is the remediation and triage layer that works across your entire tool stack — no rip-and-replace required.

50+
Scanner integrations
76%
Developer merge rate
80%
False positive reduction
91%
Time reduction per fix
Works with your scanner stack

What is scanner-agnostic remediation?

Scanner-agnostic remediation is the ability to automatically triage and fix security vulnerabilities regardless of which scanner found them. Rather than locking remediation to one vendor's ecosystem, a scanner-agnostic platform like Pixee ingests findings from 10+ tools via SARIF and native integrations, eliminates false positives through exploitability analysis, and generates production-quality fixes with a 76% developer merge rate.

5 Scanners, 5 Dashboards, Zero Fixes

Security teams run an average of 5.3 scanning tools — SAST, SCA, DAST, container scanners, IDE-integrated analyzers. Every tool finds vulnerabilities. Not one fixes a single line of code.

Source: Gartner, 2024

The result: five dashboards generating alerts with 71-88% false positive rates across scanners. Fourteen AppSec engineers triaging findings for 500 developers. An industry-wide mean time to remediate of 252 days — because there is no remediation layer in the stack.

Every major vendor says the answer is to consolidate onto their platform. Replace your Fortify with Checkmarx. Replace your Checkmarx with Snyk. Replace your Snyk with GitHub.

The data says the opposite. Enterprise security teams are not consolidating. They run 5.3 tools because different scanners are best at different things. SAST catches code-level flaws. SCA catches dependency risks. Container scanners catch image vulnerabilities. No single vendor is best at all three.

What is missing is not another scanner. What is missing is a remediation and triage layer that works across all of them — eliminating false positives and generating fixes regardless of which tool found the issue.

How It Works: From Any Scanner to Merged Fix

Pixee connects to your existing scanner stack through native integrations and the SARIF standard — consuming findings from every tool in your environment without replacing any of them.

1

Ingest

Pixee consumes findings from any scanner via SARIF standard or native integration. SonarQube, Checkmarx, Snyk, Veracode, CodeQL, Semgrep, Fortify, GitHub Advanced Security, GitLab SAST, Trivy — and any tool that produces SARIF output.

50+ scanners supported
2

Normalize

Findings from different scanners are deduplicated and normalized to a common format. When Checkmarx and SonarQube both flag the same SQL injection, Pixee recognizes it as one issue — not two alerts requiring two investigations.

Cross-scanner deduplication
3

Triage

Exploitability analysis eliminates 80% of false positives regardless of source scanner. Pixee evaluates security controls, code execution paths, authentication boundaries, and deployment context to determine which findings are actually exploitable.

80% false positive reduction
4

Fix

For confirmed vulnerabilities, Pixee generates context-aware fixes that match your codebase conventions — using your existing validation libraries, following your coding patterns, respecting your architectural decisions.

76% developer merge rate
5

Validate

Three-layer validation ensures fix quality: constrained generation limits what the fix can change, an evaluation agent independently assesses safety and effectiveness, and your existing CI/CD pipeline runs its standard checks.

30% of generations rejected pre-review
6

Deliver

Fixes arrive as pull requests in your existing Git workflow. Developers review in their normal process — a 5-minute review, not a 6-hour manual fix. No new dashboard. No new tool. Same PR review workflow they already use.

5 min review vs 6 hr manual fix

Supported Integrations: Scanner Compatibility Matrix

Pixee integrates with security scanners across every major category through native integrations and the universal SARIF standard.

Scanner Type Supported Tools Integration Method
SAST SonarQube, Checkmarx (22 rule handlers), Fortify, CodeQL, Semgrep, AppScan, Polaris Native + SARIF
SCA Snyk, Veracode SCA, GitHub Dependabot, Black Duck, DefectDojo Native + SARIF
DAST Various DAST tools producing standard output SARIF
Container Trivy, Grype, Docker Scout SARIF
IDE / Platform GitHub Advanced Security, GitLab SAST, Azure DevOps Native
Custom Any scanner that outputs SARIF SARIF standard

What is SARIF?

SARIF (Static Analysis Results Interchange Format) is the standard interchange format for scanner results — the USB-C of security scanners. One connector format that works with every tool. If your scanner produces SARIF output (most modern tools do), Pixee can consume its findings and generate fixes.

Cross-Tool Deduplication

When multiple scanners flag the same vulnerability, Pixee deduplicates automatically. One vulnerability, one fix — not five duplicate alerts from five different tools.

Platform Lock-In vs Best-of-Breed

Every major security vendor wants you to consolidate onto their platform. Pixee offers a different path: keep the tools that work, add the remediation and triage layer they are all missing.

Dimension Platform Play (Snyk, Checkmarx, Veracode) Best-of-Breed + Pixee
Scanner choice Use THEIR scanner Use ANY scanner
Remediation scope Only for their findings For ALL scanner findings
Triage scope Only for their findings Cross-scanner deduplication + triage
Migration path Rip-and-replace existing tools Keep existing tools, add remediation
Switching cost High (vendor lock-in, data migration) Low (Pixee is additive)
Best-in-class per category One vendor covering SAST, SCA, DAST — none best at all three Best tool for each category
Time to value Months (migration, retraining) Days (additive layer, same workflows)
Air-gapped deployment Limited (Snyk: no; GitHub: no) Full self-hosted/air-gapped support

Why platform vendors cannot match this: Snyk, Checkmarx, and Veracode each sell their own scanner. Recommending that customers keep competing scanners would undermine their own product revenue. Pixee has no scanner to sell — scanner-agnostic positioning is built into the business model, not bolted on as a marketing claim.

See How Pixee Works With Your Scanner Stack

Connect your scanners. Get your first fix in minutes.

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Expert Perspective

From Our CTO

Enterprise security teams run 5+ scanners because different tools are best at different things. Consolidating onto one vendor’s platform has never been the pragmatic answer. The missing piece is a remediation and triage layer that works across all of them — which is why Pixee was built scanner-agnostic from day one.

AD

Arshan Dabirsiaghi

CTO & Co-Founder at Pixee • Former OWASP Board Member

Frequently Asked Questions

Scanner-agnostic remediation is the automated triage and fixing of security vulnerabilities regardless of which scanner discovered them. Instead of locking remediation capabilities to a single vendor's findings, a scanner-agnostic platform ingests results from multiple tools — SAST, SCA, DAST, container scanners — and delivers prioritized, context-aware fixes that developers can review and merge in their existing workflow. Pixee supports 50+ scanner integrations via native connectors and the SARIF standard.
Pixee integrates with scanners across every major category: SAST (SonarQube, Checkmarx, Fortify, CodeQL, Semgrep, AppScan, Polaris), SCA (Snyk, Veracode SCA, GitHub Dependabot, Black Duck, DefectDojo), container scanning (Trivy, Grype, Docker Scout), and platform-integrated tools (GitHub Advanced Security, GitLab SAST, Azure DevOps). Any scanner producing SARIF output can also feed findings into Pixee via the universal SARIF connector. Contact our team for setup documentation on any specific scanner.
SARIF (Static Analysis Results Interchange Format) is an ISO/IEC standard for exchanging security scanner results in a common format — the USB-C of security scanners. One connector that works with every tool. Pixee uses SARIF as a universal intake mechanism: any scanner that outputs SARIF can feed findings into Pixee for triage and remediation, including custom or proprietary internal scanners. For tools like SonarQube, Checkmarx, and Snyk, Pixee also offers native integrations that provide deeper context.
No. Pixee is an additive layer that complements your existing scanner investments. SonarQube stays, Checkmarx stays, Snyk stays, Fortify stays. Pixee adds the remediation and triage capability none of them provide. Instead of replacing tools, you get more value from the tools you already own because their findings are now being automatically triaged and fixed.
Pixee automatically deduplicates findings across scanners. When SonarQube, Checkmarx, and Snyk all flag the same SQL injection, Pixee recognizes them as one issue requiring one fix — not three separate alerts requiring three investigations. This cross-scanner deduplication eliminates the duplicate work that plagues multi-tool environments and gives your AppSec team a single, prioritized view of real risk.
Yes. If your internal or proprietary scanner produces output in SARIF format, Pixee can ingest those findings and generate fixes. SARIF is an open standard supported by a growing number of tools. For scanners that do not natively produce SARIF, most can be configured to export results in SARIF format through plugins or conversion utilities. Contact our team for guidance on connecting custom scanning infrastructure.