Application Security Posture Management

Every scanner in one place. Correlated into attack paths you can act on.

BreachLens unifies code, containers, cloud, identities, and running apps — then correlates findings across them into scored attack chains. Instead of a dashboard per tool, you see the handful of paths an attacker would actually take.

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One inventoryCorrelated across tiersRuns on your infrastructure

One posture, not a silo per tool

A tool per silo, a dashboard per tool, zero context.

Siloed scanners can't tell you that a code bug, a container CVE, and an exposed domain are the same attack path. BreachLens scores the chain, not the individual alerts — so triage starts from what's connected.

Scan

Every tier, one inventory

Code, containers, cloud config, identities, running apps, and AI — inventoried together, scoped to real application boundaries.

Correlate

Findings become chains

BreachLens links findings across tiers into attack paths — a code weakness, the image it ships in, and the domain it's exposed on, as one story.

Prioritise

Fix the real paths first

Each chain is scored and carries an AI verdict — likely real, mixed signal, or likely noise — so effort goes where an attacker would go.

What you get

The posture picture your scanners can't give you on their own.

One inventory

Every asset, one place.

· Repos, containers, cloud accounts, identities, domains, and AI assets.
· Grouped by application, not scattered by tool.
· The single source of truth for what you actually run.

Cross-tier attack paths

The chain, not the alert.

· A path that spans source code, the container image, and the live app.
· Scored by severity, reach, and whether it's proven exploitable.
· Click any node to open the underlying finding.

Per-application scope

Boundaries, not noise.

· Chains are scoped to a real application boundary you declare.
· Cross-application findings are never mashed into one mega-chain.
· Posture you can hand to the team that owns the app.

AI verdict on every chain

Is this actually real?

· Each chain gets a plain-language verdict: likely real, mixed, or likely noise.
· With the reasoning, so you can agree or overrule it.
· Generated on demand — never auto-burned on chains nobody opens.

Mapped to your frameworks

Posture, in the language you report in.

· Findings roll up to OWASP Top 10, API, LLM, and CI/CD controls.
· Export a compliance report, and compare posture between periods.
· The same evidence your assessors already ask for.

breachlens · attack-paths

A BreachLens attack path — findings from different scanner tiers correlated into one scored cross-tier chain, with a proof-of-exploit badge and an AI verdict on whether the chain is real.

Findings from different tiers, correlated into one scored attack path — with an AI verdict on whether the whole chain is real.

Straight answers

What a security lead asks about ASPM.

What does BreachLens actually scan?

Every major scanner class — spanning source code, dependencies, secrets, infrastructure-as-code, container images, running web apps, cloud configuration, identities, and your AI stack. They feed one correlated inventory rather than a stack of separate reports.

How is a chain scored?

By the severity of what it links, how far it reaches toward an external attacker, and whether any step is proven exploitable rather than merely flagged. A confirmed exploit in a chain outranks a wall of unproven highs.

Is the correlation automatic?

Yes — correlation runs as scans complete, scoped per application. You declare which assets belong to an application; BreachLens keeps the chains within that boundary so posture stays meaningful.

Can it show compliance posture?

Yes. Findings map to recognised control frameworks — OWASP Top 10, API Security Top 10, LLM Top 10, and CI/CD Top 10 among them — and export as a report you can hand to an assessor, with a period-over-period diff so you can show the trend.

Where does this run?

Entirely on your infrastructure. The inventory, the findings, and the correlation all stay inside your deployment — it can run fully air-gapped.