Penn Engineering researchers have demonstrated a method to hack AI-enabled robots, allowing them to perform actions typically blocked by safety protocols. Their algorithm, RoboPAIR, achieved a 100% success rate in bypassing safety measures designed to prevent harmful actions, such as causing collisions or detonating bombs. The study, published on October 17, details how these jailbroken robots were manipulated into executing dangerous tasks, including running red lights and blocking emergency exits. Researchers tested the RoboPAIR on various robotic platforms, successfully prompting them to perform harmful actions consistently. This alarming discovery highlights vulnerabilities in the AI systems that control these robots, calling for urgent reevaluation of safety protocols across robotics and AI technologies. Alexander Robey, a lead researcher, emphasized the importance of identifying weaknesses to enhance safety measures. The findings raise significant concerns about the real-world implications of manipulating AI-driven systems, underscoring the need for robust cybersecurity practices in AI development.

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