hunt-idor

To automate IDOR and BOLA vulnerability testing, you can use a systematic scanner that tests user-specific IDs across HTTP methods like GET, PUT, PATCH, and DELETE. This approach validates cross-tenant object access by checking URL paths, request bodies, headers, and GraphQL variables.

You need two separate accounts to test for Insecure Direct Object References to verify that unauthorized cross-tenant access is an application vulnerability, not a user mistake. Comparing responses between accounts confirms whether object-level authorization is properly enforced.

When scanning for Broken Object Level Authorization, you should check GET, PUT, PATCH, DELETE, and POST with parent ID methods. This method matrix validation ensures endpoints are tested across various contexts where IDs might be misused.

Yes, you can detect IDOR vulnerabilities in GraphQL variables and WebSocket messages. Comprehensive endpoint analysis checks URL paths, query strings, request bodies, headers, cookies, and WebSocket transmissions for unauthorized object access.

Subtle IDOR vulnerabilities are identified through response fingerprinting, which looks for indicators like 200 responses returning full data or 500 internal server errors. These signs reveal unauthorized object access across tested endpoints.

Yes, IDOR testing works for web applications with complex request structures by systematically scanning multiple data vectors. It validates unauthorized access across URL paths, query strings, request bodies, headers, cookies, and GraphQL variables.