ArgosBrain · Verified

Prove your AI code is safe.
Earn the badge.

ArgosBrain runs a deterministic red-team analysis of your codebase and turns it into a signed, reproducible report — plus a badge you put on your repo, your site, or your data room. A buyer's security team, an underwriter, or an investor clicks it and sees the evidence. No "trust me." No account to view it. And because it's deterministic, anyone can re-run it and get the same result.

Verify your codebase — free → See a live sample How we verify

01What the badge actually means

A credential that can't be faked.

Most "verified" badges are decoration — anyone can paste them on. This one isn't. The badge links to a live verification page generated from your actual source at a specific commit. It carries three properties a logo can't:

Tied to a commit. The report reflects your code at an exact revision — not "sometime last year."
Cryptographically signed. It can't be forged, edited, or back-dated.
Reproducible. No LLM, no auditor's judgment call. Clone the repo, run ArgosBrain, get byte-identical findings.

That last one is the difference from a SOC 2 stamp: SOC 2 is "an auditor said so once." ArgosBrain is "don't take our word for it — run it yourself."

02How we verify security · the red team

We don't scan for patterns. We simulate an attacker.

A pattern scanner greps for dangerous-looking code and floods you with findings — most unreachable, most noise. ArgosBrain first builds a deterministic graph of your entire codebase — every function, every call, every data path — then runs a structured red-team pass across nine attacker perspectives. For each finding it asks the only question that matters: can an attacker actually reach this? Unreachable risks are dropped. What's left is ranked by (impact × confidence) ÷ cost-to-exploit and mapped to MITRE ATT&CK.

01 · Recon

What an attacker can map about your system from the outside — exposed surface, entry points, fingerprints.

02 · Web / API

Injection, SSRF, CSRF, auth bypass and broken access control on every state-changing endpoint.

03 · Cloud

Hard-coded secrets, over-broad IAM, and misconfiguration surfaces reachable from code.

04 · AI / LLM

Prompt-injection surface — every path user-controlled input reaches a model the LLM treats as instruction.

05 · Supply chain

Vulnerable or tampered dependencies — and whether your code actually reaches the vulnerable path.

06 · Build & release

CI/CD attack surface — build scripts, workflow files, and the path from PR to production.

07 · Forgotten surface

Dead code and old endpoints that still ship and are still reachable — attack surface nobody maintains.

08 · Surface drift

New attack surface introduced by recent changes — what the latest AI-written diffs just exposed.

09 · Privilege boundaries

Where a low-privilege user can reach a high-privilege action — horizontal and vertical escalation paths.

Findings are composed into kill chains — multi-step paths from entry to impact — each with per-step file-and-line citations. The output is the same whether you run it today or a year from now: either the code matches the graph, or it doesn't.

03What a verification covers

Beyond the red team — the full trust picture.

The security pass is the core, but a verification answers everything a buyer, underwriter, or investor asks:

Where sensitive data flows — every path PII / cardholder data travels, and whether it reaches a log or response unmasked.
Auth coverage — every external entry point, and whether each passes an authentication check before a data-mutating sink.
Dead & unreachable code — extra attack surface the AI left behind, flagged for removal.
Unfinished "fake-done" work — stubs the AI called complete that are reachable from production.
Coverage — every symbol parsed, no sampling. The analysis is exhaustive over the ingested source.

See a live verification page →

04One badge · three doors

Put it where trust is decided.

ArgosBrain Verified ← links to your live verification page

Your repo (README). Dev-native, like a build badge — instant credibility for open-source and customers who check.
Your website. "Secured & Verified" in the footer or trust page, where procurement looks.
Your data room. Attached to the fundraise or M&A diligence pack — clears the "is this real or slop?" question before it's asked.

05Honest scope

What this is — and what it isn't.

ArgosBrain reports structural reachability: necessary evidence, not a guarantee. It shows the code paths and surfaces the risks; it does not prove tainted data dynamically reaches a sink, and it does not audit running infrastructure, cloud accounts, or third-party services. It is a strong, reproducible signal — not a legal-grade exploitability proof. Pair it with your dynamic testing and perimeter controls. Every report states these limits up front; the honesty is part of why auditors trust it.