BreachLens
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Vulnerability Management

One list. Deduplicated. Ranked by what's actually exploitable.

Every finding from every scanner, in one place — deduplicated, correlated, and ranked by reachability and proof of exploit. So your team fixes the ten findings that matter before the thousand that don't.

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Every tier, one viewRanked by exploitabilityRuns on your infrastructure
Priority, not volume

Ten thousand findings, no priority.

Severity alone doesn't tell you what to fix first — a “critical” in code that never runs matters less than a “high” an attacker can reach today. BreachLens ranks by reachability and proof, not the CVSS number in isolation.

Ingest

Every tier, one queue

Findings from code, dependencies, containers, cloud, identities, running apps, and AI land in a single view.

Dedup

Correlate and collapse

The same issue seen by three scanners becomes one finding; related findings correlate into attack paths.

Rank

Exploitable first

Reachability and proof of exploit float the findings an attacker could actually use to the top of the list.

Fix

Straight to a pull request

For the findings that matter, AI drafts the patch and opens a PR or MR against the right repo. A human reviews and merges — nothing changes without approval.

What you get

A backlog your team can actually work through.

Unified findings

All tiers, one view.

  • · Code, dependencies, containers, cloud, identities, apps, and AI — together.
  • · Filter by asset, application, severity, or confidence.
  • · The same issue from multiple scanners collapses to one entry.

Reachability ranking

Is the vulnerable code reached?

  • · Traces the call path from entry point to the vulnerable function.
  • · Across major language ecosystems.
  • · De-prioritises what can't be reached, so real risk rises.

Proof of exploit first

CONFIRMED floats to the top.

  • · Findings BreachLens actually reproduced are marked CONFIRMED.
  • · They outrank a wall of unproven highs.
  • · Each ships with a reproducible command you can run.

Risk acceptance

Decide, and record it.

  • · Accept a finding with a reason instead of leaving it to rot.
  • · Every acceptance is attributed and time-stamped.
  • · An audit trail your assessors can follow.

Fixes, reviewed

Ranked backlog → pull request.

  • · AI drafts the patch and opens a PR/MR against the right repo.
  • · Bring your own model — Anthropic, OpenAI, Gemini, or fully local.
  • · Nothing auto-merges; a human is always in the approval seat.

One platform, not an integration project

We run the scanners — you don't wire up ten.

  • · BreachLens runs the scanner set itself, in a single deployment.
  • · No separate point-tool licences to keep, no aggregation to build.
  • · One data model, one queue, one place your team works.
breachlens · findings
The BreachLens findings view — a deduplicated list with severity, confidence, and target, and a drawer showing a CONFIRMED finding with its function-level reachability call path and one-step fix.
One deduplicated list — each finding opening to its reachability call path, proof, and fix.
Straight answers

What a security team asks about triage.

How is priority decided?
By severity, reachability (is the vulnerable code actually reached), and proof of exploit (did BreachLens reproduce it) — not the CVSS number alone. A reachable, proven finding outranks an unreachable “critical.”
Does it really deduplicate across scanners?
Yes. The same weakness reported by several tiers collapses into one finding, and related findings correlate into shared attack paths — so you triage issues, not duplicate rows.
Can we accept risk on a finding?
Yes — risk acceptance is gated to your security role and records who accepted it, when, and why. Nothing disappears silently; it's an auditable decision.
Does it fix the findings, or just list them?
Both. For the findings that matter, AI drafts the patch and opens a PR/MR against the right repo — with your own model, local if you want. A human always reviews and merges; nothing changes without approval. The ranked list is the start, not the end.
Do we have to keep our existing scanners?
No — BreachLens runs the scanner set itself (code, dependencies, containers, cloud, apps, and more) in one deployment. It isn't a third-party-scanner aggregator you feed from ten other licences; it's the consolidation.
Where does this run?
On your infrastructure. Findings never leave your network — it can run fully air-gapped.
See it on your data

Turn a scanner dump into a ranked backlog — and the fixes.

Book a 30-minute technical demo. We'll run a scan and show you the same findings ranked by what's reachable and proven — not just by severity — and how the top ones become reviewed pull requests.

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Self-hosted · air-gap capable · your data never leaves your network