Scan your Lovable app before it leaks.
Lovable ships working apps fast, and it ships a predictable set of security gaps with them. VibeZero reads your repo across five layers, tells you whether the app is safe to launch, and re-verifies every fix with a rescan.
First 3 scans are free, with no credit card. You see the launch readiness score before you pay.
What goes wrong in Lovable apps
Supabase tables with Row Level Security switched off
When Lovable creates a table it does not enable RLS or write a policy, so any authenticated user can read and write every row belonging to everyone else. This is the single most common finding in Lovable apps. A disclosed RLS misconfiguration in early 2025 exposed emails, API keys and payment details across more than 170 deployed Lovable projects.
Service-role keys bundled into the browser
Generated code calls third-party APIs directly from the client instead of routing through a backend, so the secret ends up in the JavaScript bundle where anyone can read it from DevTools. Credential-harvesting bots find keys in a public bundle within hours of deploy.
Routes that authenticate but never authorize
Lovable reliably adds a login. It far less reliably checks that the logged-in user is allowed to touch the specific record they asked for, which turns any valid account into a read of the whole table.
Dependencies pinned to whatever was current at generation
The lockfile freezes at the moment the app was generated and nothing bumps it afterwards, so known CVEs accumulate quietly while the app keeps working perfectly.
The fix is usually an Edge Function, not a rewrite
Most Lovable findings collapse into a handful of root causes: enable RLS and write the policy, move the third-party call into a Supabase Edge Function that holds the secret so the browser only ever sees the anon key, and add the ownership check the generated route skipped. VibeZero writes each of those as a fix task with the affected files and acceptance criteria attached, ready for the agent that built the app in the first place.
Most vibe coding scanners just paste your URL.
Probing a deployed app from the outside finds what happens to be reachable that minute. It cannot read the policy you never wrote, the key sitting in your git history, or the CVE three levels deep in your lockfile. VibeZero connects to the repo and scans all five layers, then scores the release.
- Code
OpenGrep across every language we detect, plus Bandit, gosec and ESLint-security where they apply.
- Dependencies
OSV-Scanner and Grype over your lockfiles, so a transitive CVE cannot hide.
- Secrets
Gitleaks and TruffleHog over the working tree and the git history behind it.
- Config
Trivy misconfiguration scanners over your infra, database policies and deploy settings.
- Running app
Live checks against your deployed URL, once you have proved you own it.