Scan Your Vibe-Coded App for Security Vulnerabilities

SimplyScan is a security and speed scanner built specifically for vibe-coded and AI-built web applications. Detect exposed API keys, missing Row Level Security policies, XSS vulnerabilities, CSRF issues, and performance bottlenecks in seconds.

Supported Platforms

Works with Lovable, Cursor, Bolt.new, Windsurf, Replit, v0, Base44, FlutterFlow, WeWeb, Bubble, and more AI coding tools.

What We Scan — 14 Categories, 51+ Checks

• Exposed API Keys & Secrets — Detects hardcoded credentials in client-side code
• Supabase Service-Role Key Leaks — Finds dangerous admin keys exposed to browsers
• Missing Row Level Security (RLS) — Flags unprotected database tables
• Weak RLS Policies — Identifies overly permissive access rules
• XSS Vulnerabilities — Cross-site scripting injection points
• CSRF & Security Headers — Missing protection headers
• Firebase & MongoDB Misconfigurations — Backend security gaps
• Code Injection Risks — Unsafe dynamic code execution patterns
• Architecture Risks — Structural security anti-patterns
• AI-Specific Security Issues — Risks unique to AI-generated code
• Speed & Performance — Redundant requests, heavy bundles, render-blocking resources

How It Works

1. Paste your live app URL or connect your GitHub repository
2. SimplyScan runs 51+ automated security and speed checks in under 30 seconds
3. Review your detailed scan report with severity ratings and fix recommendations
4. Download a PDF report to share with your team or clients

Pricing

Free scans cover 4 categories (exposed keys, service-role keys, basic XSS, and security headers). Pro scans unlock all 14 categories including RLS analysis, performance auditing, architecture review, and GitHub repository scanning for just $14.99 per scan.

Latest Security Guides

• How SimplyScan Protects Your Data: SOC 2 Compliant Processes
• How to Fix Exposed API Keys in 5 Minutes
• Supabase Security Checklist: Protect Your Database in Production
• How to Secure Your Lovable App: A Complete Guide
• Why Exposed API Keys in Frontend Code Are Dangerous
• Row Level Security (RLS) Policies Explained for Beginners