YUDDHA Autonomous Security Patch Flags CRITICAL Zero-Trust Violation in /api Endpoint

An autonomous security system has flagged and patched a critical zero-trust violation within the YUDDHA platform's core API. The violation, classified as CRITICAL severity, was discovered in the `/api` endpoint, specifically targeting PII data. The patch, auto-generated and verified by the KAVACH autonomous defender, was applied directly to the `server.ts` source code file, confirming the vulnerability was sourced from the real repository, not a simulated test.

The patch report details the vulnerable code block within `server.ts`, which handles a series of user authentication and data retrieval functions. The exposed endpoints include `/rest/user/login`, `/rest/user/change-password`, `/rest/user/reset-password`, `/rest/user/security-question`, `/rest/user/whoami`, and `/rest/user/authentication-details`. The nature of the violation suggests a fundamental breakdown in the zero-trust architecture, where access controls or validation mechanisms for these sensitive user data flows were either missing or improperly implemented, creating a direct pathway to personal information.

This incident underscores the escalating role of autonomous AI security agents in real-time threat detection and remediation. The fact that the patch was generated and verified without human intervention highlights a shift towards self-healing systems but also raises immediate questions about the original code's security review process. For organizations relying on similar platforms, this serves as a stark warning: critical authentication and PII-handling endpoints remain prime targets, and legacy or hastily implemented code can silently violate core security principles like zero-trust until an automated system intervenes.