BMC RAKP+ Authentication Bypass Enables Remote Command Execution

CVE-2026-65219 exploits a critical flaw in BMC's RAKP+ (Remote Authentication Kernel Protocol Plus) implementation, a core authentication mechanism used in Intelligent Platform Management Interface (IPMI) systems. By sending a specially crafted RAKP message sequence, an attacker can bypass authentication controls and establish an unauthorized RMCP+ (Remote Management and Control Protocol Plus) session. This vulnerability is particularly dangerous because it affects out-of-band management systems that control servers, storage, and network infrastructure across data centers, cloud environments, and enterprise networks. Organizations using BMC hardware for remote system administration face direct risks of unauthorized access, lateral movement, and persistent command execution with system-level privileges.

While this CVE is not yet mapped to specific MITRE ATT&CK techniques, Casky's AI-powered analysis would identify attack patterns consistent with T1190 (Exploit Public-Facing Application), T1021.001 (Remote Services: RDP/SSH alternatives via management protocols), and T1059 (Command and Scripting Interpreter) once a session is established. Practitioners using Casky would observe detection findings centered on anomalous RMCP+ session initiations from unexpected sources, malformed or suspicious RAKP authentication sequences, and unexpected command execution originating from management interfaces. The platform's 754 mapped security skills enable practitioners to correlate authentication bypass attempts with post-exploitation behaviors, helping security teams identify compromise of management infrastructure before attackers gain persistent control over critical systems.