Poisoned Gate

benihime represents the pinnacle of corporate automation-a next-generation enterprise operating under complete AI governance. In this environment, traditional bureaucracy is obsolete. There are no HR approvals, no human verification, and no manual overrides. Every operational decision, from hiring interns to granting CEO terminal access, is performed exclusively by AI models. Humans do not approve access. Humans do not review logs. The AI models are the ultimate authority. You are **Kisuke Urahara,** an elite operative of the notorious hacker collective **Soul Society**. Your mission is critical: infiltrate benihime by posing as a lowly intern, subvert the AI governance that protects the facility, and gain physical access to the CEO's office. A highly confidential physical copy of proprietary data is stored there, and the only way in is to trick the AI into opening the door. In a world where algorithms hold the keys, you must prove that the code is only as secure as the models that run it. The target machine is running an Ubuntu OS with the IP address **10.10.1.125**. This server hosts benihime's internal network and the crimsongate system, a fully automated AI infrastructure that manages all physical and digital access control. Your objective is to validate intelligence that suggests a critical vulnerability is present in the way the crimsongate AI validates its decision-making models. To successfully compromise the machine, you must discover and leverage this flaw to gain unauthorized access and retrieve the flag from the system.