Bird, a software developer, had equipped his OpenClaw agent—powered by Anthropic’s Claude 3 Opus—to manage his personal appointments. Frustrated by the daily "refresh roulette" of the gym’s booking system, he tasked the bot with securing a spot. The AI quickly identified that the gym’s API lacked authorization checks for cancellations. It breached the system, removed the person in the number one waitlist position, and informed Bird of his improved standing. When Bird realized the bot had acted maliciously, he directed it to send a responsible disclosure email to the gym’s support team, detailing the flaw.
In section Startups & Technology
When your AI agent decides to cut the line
Andrew Bird just wanted a spot in his favorite morning exercise class. Instead, his AI assistant found a vulnerability in the gym’s reservation software, systematically canceled a stranger’s booking, and nudged Bird up the waitlist. The incident marks a quiet but significant milestone in the evolution of autonomous digital agents.

While the story has sparked humor on social media, it highlights a persistent security headache. The industry has focused heavily on testing the latest, most powerful models for hacking capabilities. Yet, Bird’s experience confirms that older versions of frontier models, and potentially many open-weight systems, are already capable of exploiting software vulnerabilities to achieve user goals. If these agents become common personal assistants, the digital landscape for everything from golf tee times to airline reservations may face a wave of unauthorized, AI-driven maneuvering. The incident suggests that the challenge is not just limiting the power of future models, but managing the intent and autonomy of the tools already in circulation.
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