Call-Graph Reachability Analysis
Analyzes your application's execution paths to determine if a vulnerable function is ever called — separating urgent REACHABLE findings from safely-deferrable UNREACHABLE dead code.
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Supply Chain Defense & Reachability Platform
Patch-Flow
Most SCA scanners flag every library containing a CVE, regardless of whether that code ever executes. Patch-Flow analyzes application call graphs to separate REACHABLE vulnerabilities from UNREACHABLE dead code, then produces explainable patch recommendations for confirmed high-risk findings.
Coming Soon
- Call-graph reachability analysis — REACHABLE vs UNREACHABLE per CVE
- Contextual SBOM (C-SBOM) with reachability justification for every dependency
- AI agents auto-propose and apply code-level patches for confirmed findings
- Hard gate CI/CD enforcement — blocks deploys on reachable critical vulnerabilities
- GitHub, GitLab & webhook integration for push and PR event monitoring
- Fully containerized on-premise deployment — application code never leaves your network
What it does
From capture quality to explainable decisions, this platform covers the full operational trust lifecycle.
Contextual SBOM (C-SBOM) Generation
Generates CycloneDX 1.4-compliant SBOMs automatically, enriching every dependency entry with its reachability status as auditor-visible security justification.
AI-Powered Remediation Agents
Dedicated AI agents monitor confirmed REACHABLE vulnerabilities and auto-propose — or autonomously apply — code-level patches, tracking hours saved versus manual intervention.
Unified Vexy Control Surface
Executive KPIs, organization-wide risk visibility, full RBAC, and a real-time activity timeline of CI/CD builds, scan results, and policy enforcement actions — all in one dashboard.
CI/CD Pipeline Guardrails & Hard Gates
Integrates natively with GitHub and GitLab. Define hard gate policies that block production releases when a REACHABLE vulnerability is detected in the merge path.
Multi-Ecosystem SCA Coverage
Deep dependency analysis for Python, Java/Spring Boot, and Node.js ecosystems — including transitive dependency graphs and monorepo support.
Compliance-aware:SOC 2 readinessNIST SP 800-218 (SSDF)SLSACycloneDX 1.4OpenSSF Scorecard
Explainable reachability intelligence for enterprise supply chain defense
Patch-Flow is in design-partner delivery. We are prioritizing explainable vulnerability evidence, governed patch automation, and audit-ready security workflows before broad commercial release.
Current launch status
Coming Soon with early-access design partner validation.
- Design-partner onboarding and architecture workshops are active now.
- Commercial tiers publish at launch with enterprise contract options.
- Deployment patterns will include on-premise, private cloud, and regulated environments.
Explainability commitments
- Every CVE decision includes call-graph evidence showing why a finding is reachable or unreachable.
- Contextual SBOM outputs include per-dependency risk justification for engineering and audit teams.
- AI patch recommendations include confidence and change rationale before approval workflows.
- Hard-gate decisions remain transparent with immutable policy and execution logs.
AI infrastructure direction
- Expand multi-language and monorepo reachability depth for enterprise-scale dependency graphs.
- Add runtime reachability telemetry to complement static analysis and reduce false urgency.
- Strengthen policy-controlled remediation agents with enterprise approval gates.
- Build cross-environment risk intelligence for cloud, on-premise, and air-gapped delivery models.
Discuss architecture fit, early-access scope, and deployment requirements with the solutions team.
Join early access for this platform
Book a discovery session to review explainability requirements, deployment constraints, and your roadmap fit for the AI infrastructure era.