A Resolution Platform bridges the gap between vulnerability detection and code remediation — automating triage and generating validated fixes that developers merge.
Trusted by Fortune 500 security teams across financial services, retail, and technology
A Resolution Platform is a security architecture layer that bridges the gap between vulnerability detection and code remediation. It automates triage — filtering 80%+ false positives through exploitability analysis — and generates context-aware code fixes that match your codebase conventions, validates changes through multi-layer testing, and delivers fixes as native pull requests. The result: mean time to remediate drops from 252 days to hours.
The enterprise security industry invested billions in finding vulnerabilities. It worked. Organizations now run an average of 5.3 scanning tools — SAST, SCA, DAST, container scanning, and more. Each one finds thousands of issues.
The problem is what happens next. Or rather, what does not happen next.
66% of organizations have more than 100,000 vulnerabilities in their backlog (Ponemon Institute, 2024). Critical flaws sit unpatched for an average of 252 days (Veracode State of Software Security, 2024). Scanners report 71-88% false positive rates (Black Duck 2025, JFrog 2025), which means AppSec teams spend the majority of their time investigating findings that turn out to be noise.
The math is simple and unsustainable:
This is not a detection problem. Detection is solved. It is a resolution problem.
Twenty years of investment in finding vulnerabilities produced a generation of security tools that are excellent at generating alerts and terrible at eliminating them. The gap between detection and resolution is the single largest structural failure in enterprise application security.
Every mature enterprise security program has three established layers. The fourth is missing.
Secure coding training, security champions programs, architectural guardrails. Purpose: reduce the number of vulnerabilities introduced. Market maturity: established.
SAST, SCA, DAST, container scanning, secrets detection. 5.3 tools per team on average. Multi-billion-dollar category with Snyk, Checkmarx, Veracode, SonarQube, Fortify, and dozens more.
SIEM, SOAR, incident response platforms. Detect and respond to attacks in production. Well-established analyst frameworks and billion-dollar vendors.
Automated triage and remediation. Eliminates false positives, generates validated code fixes, and delivers them in developer workflows. No Gartner Magic Quadrant. No established vendor category. This is the gap.
The Resolution layer is the reason 66% of organizations have six-figure vulnerability backlogs despite spending millions on detection. Detection finds the problems. Resolution fixes them.
A Resolution Platform operates in four stages. Each stage addresses a specific failure point in the current vulnerability management workflow.
Connect to any vulnerability scanner — SAST, SCA, DAST, or container scanning — via SARIF import or native integration. A Resolution Platform is scanner-agnostic by design. It does not replace your detection tools. It makes them useful by acting on their output. Leading platforms integrate with 50+ scanning tools including SonarQube, Snyk, Checkmarx, Veracode, Semgrep, CodeQL, Fortify, and more.
50+ integrationsAI-powered investigation eliminates false positives before any fix is generated. This is not simple reachability analysis. It is exploitability analysis — determining whether an attacker can actually exploit a vulnerability in your specific environment by analyzing code execution paths, authentication boundaries, internet-facing exposure, and existing defensive layers.
80% false positive reductionContext-aware code generation produces fixes that match your codebase conventions. The platform understands your validation libraries, error handling patterns, architectural decisions, and coding style. Fixes are validated through static analysis, dynamic testing, and test suite execution before being proposed.
76% developer merge rateFixes arrive as native pull requests in your existing workflow — GitHub, GitLab, Bitbucket, or Azure DevOps. No new tools to learn. No separate interface. Developers review code changes using the same process they use for any PR. The platform never auto-commits. Developer review is always preserved.
