AI-Generated Code
Has Security Gaps.
Here's How to Find Them.
Cursor, Lovable, Bolt, and v0 build fast — but they consistently miss the same security patterns. SecuriSky finds those gaps in your deployed app in 60 seconds, with AI fix prompts ready to paste back into Cursor.
Scan My App FreeNo login required for the first scan. Results in under 60 seconds.
Security blind spots by AI tool
Each tool has predictable patterns that SecuriSky is tuned to detect.
Built with Cursor
- Generates API routes without rate limiting
- Scaffolds CORS with wildcard origins
- Creates env variable examples in .env.example — then forgets to .gitignore them
- Builds admin routes without authentication guards
Built with Lovable
- Supabase RLS policies are often omitted in generated schema
- Auth flows can include debug endpoints left open
- Generated apps frequently expose Supabase anon keys in client bundles
Built with Bolt / v0
- Firebase Security Rules left at default (public read/write)
- Missing Content Security Policy header
- No HSTS — HTTP → HTTPS redirect without enforcement
What SecuriSky checks in AI-built apps
Questions
Why does AI-generated code have security problems?
AI coding assistants are trained to produce working, functional code quickly. They are not trained to be security engineers. Common patterns like wildcard CORS, disabled RLS policies, missing CSP headers, and open admin routes work fine locally — but are serious vulnerabilities in production.
Does SecuriSky need access to my Cursor or Lovable project?
No. SecuriSky scans your deployed URL from the outside — the same way an attacker would. No repository access, no API keys, no setup required.
The AI fix prompts — do they work in Cursor?
Yes. Every fix prompt is optimized for Cursor's Agent mode format. Paste it directly into the Cursor chat and it will identify the right file, understand the context, and apply the fix. Most critical security fixes take under 15 minutes.