About BreachVex

Why 2026 changes the equation

Attackers iterate with AI now, and defenders ship faster through CI/CD. The annual pentest was already stale when it landed, and it no longer holds up: the attack surface changes with every deploy, while the security review still happens once a year.

The gap nobody filled

For a decade there was nothing between a noisy scanner and an expensive human. BreachVex was built to fill that gap.

What proof-based actually means

A finding only reaches your priority queue once the exploit has run. Every vulnerability we confirm ships with a proof of concept you can replay: working curl, captured request, screenshots. If our pipeline can't reproduce it, the finding goes into a separate, clearly-labelled section instead of being promoted, so it never mixes into your priority queue and never disappears quietly. Every scan covers the OWASP Top 10 and beyond.

How the attack engine works

Our multi-stage attack engine works in 3 phases. Phase 1 is passive recon and probing: it maps the attack surface without touching the application. Phase 2 is active recon, fingerprinting technologies, enumerating endpoints and identifying authentication surfaces. Phase 3 runs a parallel attack engine, mapped to the OWASP Top 10 categories automation can verify reliably (A01, A02, A04 partial, A05), and executes exploit chains under a bounded per-stage time budget. A dual-judge proof engine gates your priority queue: every Critical, High and Medium finding is proven exploitable before it enters. A vulnerability is only confirmed when the full exploit chain succeeds end-to-end. Results pass a final deduplication and CVSS v4.0 scoring gate before your report is generated. 4,829 automated tests govern regression across the entire engine.

Where we stand today

Closed beta. Our validation corpus is 8 public, deliberately-vulnerable applications: OWASP training apps, community vulnerable builds, and real products running versions with known CVEs, covering REST APIs, SPAs, GraphQL and authentication-heavy surfaces. The April 2026 batch produced 159 confirmed findings, 60 of them with a replayable extraction proof and 11 with a full exploit chain, plus over 1,300 endpoints mapped. A golden dataset of 385 must-detect vulnerabilities and 129 intentional false-positive traps governs non-regression. Broad vulnerability coverage across the OWASP Top 10 comes from a multi-stage attack engine: A hybrid tiered detection design runs lightweight heuristics first, then escalates to deep exploitation only when the signal warrants it, cutting scan time without sacrificing coverage.

What we’re building toward

Next up is CI/CD integration: a webhook that triggers a full exploit-based scan on every deploy, with results posted back to your PR as a security gate, plus signed outbound webhooks and issue-tracker integrations. Coverage then broadens to cloud and supply-chain analysis (third-party dependencies, container layers, SBOM cross-referencing). We announce a date once the work ships, not before. Want early access? Join the waitlist.