Authentication Bypass via Execution After Redirect

Execution after redirect (EAR) vulnerabilities represent a critical authentication flaw where attackers bypass login controls by manipulating redirect logic in web applications. This vulnerability in FuyaWeb's ArchitectPanel Web Admin Panel allows unauthenticated users to gain unauthorized administrative access by exploiting how the application handles post-authentication redirects. With a CVSS score of 7.5, this poses significant risk to organizations relying on ArchitectPanel for infrastructure management, as attackers can assume full control of admin functions without providing valid credentials. Any organization running ArchitectPanel versions through 28072026 faces exposure to complete authentication compromise.

While this CVE lacks direct MITRE ATT&CK technique mappings, Casky's security skills powered by Claude AI would detect the underlying attack patterns associated with Initial Access and Privilege Escalation. Practitioners using Casky would identify behavioral indicators including: anomalous redirect chains in HTTP traffic, session tokens created without corresponding authentication events, admin panel access from unauthenticated sessions, and privilege elevation occurring outside normal login workflows. The platform's extended reasoning capabilities would correlate these detection signals to recognize the EAR pattern—where execution state persists or is mishandled across redirect boundaries—revealing the authentication bypass mechanism. Security teams would surface findings highlighting suspicious redirect-based access patterns, unusual admin session creation timestamps, and access violations that circumvent authentication gates, enabling faster incident response and remediation.