Burp Zap Hardenedv1.0.0

A security consultant uses the Burp MCP skill to bulk retrieve proxy history from a target web application, then applies local filtering to identify endpoints by scope and exclude noise. This enables rapid triage of intercepted traffic across thousands of requests without overwhelming the Burp API.

During a penetration test of an e-commerce platform, the agent queries Burp's sitemap and proxy history to discover API endpoints with ID patterns. It then uses response analysis patterns to detect sensitive data exposure like credit card numbers or API keys in responses.

A security engineer uses the comparative retrieval strategy to group requests by auth context (e.g., different user tokens) and compare responses for the same endpoint. This reveals broken access control vulnerabilities where users can access other users' data.

After gaining access to a compromised web server, the agent extracts object references from historical requests using ID patterns. It then replays requests via send_to_repeater to validate IDOR vulnerabilities and extract sensitive data like personal information.

A compliance officer queries Burp's proxy history to verify that sensitive endpoints (e.g., /api/users with IDs) require authentication and return proper 401 responses for unauthenticated requests. The skill's filtering patterns help isolate auth-related endpoints.

Offer automated security testing and vulnerability scanning of customer web applications using AI agents that leverage Burp MCP skills. The service provides CIS-hardened security checks with actionable reports.

Provide on-demand penetration testing services where AI agents autonomously triage and analyze Burp data, then deliver structured vulnerability reports with evidence. This reduces manual effort by 80%.

Embed the skill into CI/CD pipelines as a Burp MCP connector that automatically triggers security analysis after each deployment. Revenue comes from licensing the connector or usage-based fees per API call.