Automated security scanning for your repositories. Every finding traced to a real attack path, every fix verified before it ships.
Scans, issues, pull request reviews and supply chain — the same view your team triages from. This is the actual interface, not an illustration of it.
| Severity | Issue | Location | Agent | Age |
|---|---|---|---|---|
| CRITICAL | SQL injection in invoice lookup | acme/api · billing/invoice.ts:88 | appsec | 2h |
| CRITICAL | IDOR on document download | acme/api · docs/fetch.ts:41 | appsec | 2h |
| HIGH | SSRF via user-supplied callback URL | acme/api · proxy/handler.ts:23 | appsec | 5h |
| HIGH | Missing auth on internal metrics route | acme/web · routes/metrics.ts:12 | recon | 1d |
| MEDIUM | Secret committed in CI config | acme/infra · .github/deploy.yml:7 | cipher | 1d |
| MEDIUM | Dependency with known CVE | acme/web · package-lock.json | warden | 2d |
A security tool is only useful if you trust what it tells you. Every claim SecureOS makes is one it can back up.
Connect a repository and SecureOS reviews each pull request before it merges, commenting findings inline where the code changed.
A finding is an attack path, not a grep hit. SecureOS traces entry to sink across files and shows every hop with its file and line.
A fix is labelled verified only when the vulnerability is re-tested and gone. When that can't be proven, it says so instead of guessing.
Lockfiles are attack surface. Malicious packages, typosquats and compromised versions are checked alongside your own code.
Comprehension runs in the background when you connect, so the first scan already knows your architecture instead of guessing at it.
Not every repository needs every check. The plan is chosen from what your code actually contains, and the skipped steps are named.
Connect a repo and see what a real attack path through your code looks like.