IS LOVABLE SAFE?

Lovable frequently embeds the Supabase service_role key in client-side JavaScript bundles. This key bypasses all Row Level Security policies and grants full database access to anyone who inspects the page source. Attackers can read, modify, or delete any data in the database.

Auto-generated Supabase tables often lack RLS policies entirely, or have overly permissive policies that allow any authenticated user to access all rows. Without proper RLS, a single authenticated user can access or modify data belonging to other users.

Lovable-generated API routes and Supabase Edge Functions do not include rate limiting. This leaves endpoints vulnerable to brute force attacks, credential stuffing, and denial-of-service through excessive request volume.

Sensitive values like API keys and secrets are sometimes placed in NEXT_PUBLIC_ environment variables, making them visible in the client-side bundle. Any secret prefixed with NEXT_PUBLIC_ is shipped to every visitor's browser.

Lovable projects ship without Content Security Policy, X-Frame-Options, or other security headers. This leaves applications vulnerable to cross-site scripting, clickjacking, and content injection attacks.

Is Lovable safe to use for production apps?

Lovable can be used for production apps, but the generated code requires a thorough security review before going live. The AI frequently produces code with exposed credentials, missing RLS policies, and no rate limiting. Run an UNPWNED scan after deploying to catch these issues automatically.

What are the main security risks with Lovable apps?

The most critical risk is Supabase service_role key exposure in client bundles (CVE-2025-48757), which gives attackers full database access. Other common issues include missing RLS policies, no security headers, and exposed environment variables. UNPWNED scans specifically detect all of these vulnerabilities in Lovable-generated apps.

Does Lovable add security headers automatically?

No, Lovable does not generate Content Security Policy, X-Frame-Options, or other security headers by default. You need to add these manually through middleware or configuration. UNPWNED checks for missing security headers and tells you exactly which ones to add.

How do I secure a Lovable app after generating it?

Start by rotating any exposed Supabase keys, then enable RLS on every table with proper policies scoped to authenticated users. Add security headers, move secrets server-side, and implement rate limiting on API routes. Run an UNPWNED scan to get a prioritized checklist of everything that needs fixing.

Can UNPWNED scan Lovable apps?

Yes, UNPWNED is specifically designed to catch the security issues common in AI-generated applications. It checks for exposed Supabase credentials, missing RLS, security header gaps, and dozens of other vulnerabilities. Deploy your Lovable app and scan the URL to get a full security report.