3 checks in this theme
Dependency vulnerabilities & drift
Known CVEs in your dependency tree, framework CVEs with middleware-only fixes, and hallucinated packages that don't exist — 3 dependency checks.
Three dependency checks that catch AI-specific failures
Known CVEs in your dependency tree (checked against the OSV database), framework advisories where the fix requires a code-level mitigation — the advisory says "upgrade AND add middleware", and the upgrade alone ships exploitable — and packages your code imports that do not exist at all.
Why AI tools generate it
Models import from memory: versions go stale because the training data has a cutoff, and package names get invented when the model reaches for a plausible helper. A hallucinated import fails at build time — unless someone has registered the name by then, in which case it installs and runs. That is not hypothetical; registry-squatting invented packages is an emerging attack aimed exactly at AI-built projects.
How the scan detects it
Manifests and lockfile against OSV for known vulnerabilities; structural analysis over your imports for packages with no installed package behind them; and the framework-CVE check pairs your version with the advisory's required mitigation to verify the code-level fix actually landed. All deterministic, all read-only.
The 3 checks
FAQ
DevMeth checks the 48 known AI-code failure patterns — not a penetration test or a security guarantee.
Check your app — free
10 Critical checks, no signup, results in about two minutes. Every finding is masked and carries a paste-ready fix prompt.
Run the free scan