dns-rebinding-attacks

DNS rebinding bypasses same-origin policy by manipulating a victim browser's hostname resolution, allowing client-side access to internal services that rely on DNS resolution rather than fixed IP trust.

To handle browser DNS cache timing during a rebinding attack, you must design TTL and cache-aware execution strategies using subdomains, multi-A fallback records, and precise timing to ensure the rebinding behavior survives browser caching realities.

Yes, WebSocket rebinding is supported for internal service testing, applying to assessments where origin checks validate WebSocket connections alongside classic HTTP rebinding and hybrid TOCTOU-style scenarios involving server-side DNS behavior.

When testing DNS rebinding exploitation, prioritize high-value internal endpoints including metadata services, Docker and Kubernetes APIs, admin panels, and common data stores, mapping them to escalate safely within the test context.

Yes, you need authoritative DNS rebinding infrastructure to perform a browser pivot attack, as it provides the controlled domain setup necessary to execute browser-cache-aware timing and same-origin proof steps for the assessment.

A TOCTOU-like hybrid validation case in DNS rebinding involves scenarios where server-side DNS behavior creates a time-of-check to time-of-use discrepancy, allowing testers to exploit validation timing gaps alongside traditional client-side browser pivoting techniques.