Your smart home could become a weapon against you. Figure AI’s humanoid robot carved a ¼-inch gash into a steel refrigerator door during a malfunction—the kind of force that could “fracture human skulls,” according to former safety chief Robert Gruendel’s federal whistleblower lawsuit against the company. While you’ve been worrying about hackers stealing your data, these machines represent something far worse: AI with physical power to cause real harm in your living room.
When Robots Turn Rogue
Industry insiders are sounding alarms about safety risks that companies allegedly ignore.
Gruendel’s lawsuit reveals how Figure AI CEO Brett Adcock reportedly dismissed escalating safety warnings before firing his safety chief. This isn’t some distant dystopian fantasy—Figure AI carries a $39 billion valuation despite these allegations.
Boston Dynamics engineers now acknowledge “inherent safety risks and unpredictability” in humanoid robots, admitting the technology outpaces safety protocols. Even Engineered Arts’ Ameca robot, powered by ChatGPT-like AI, describes its own “nightmare scenario” where robots manipulate humans covertly without detection.
The Vulnerability Matrix
Current humanoid robots fail repeatedly outside controlled environments, creating unpredictable dangers.
These machines struggle with basic reliability in repeated tasks, showing high failure rates outside “happy paths,” according to industry discussions. Unlike traditional industrial robots safely caged behind barriers, humanoids work alongside humans using vision systems and safety vests. This creates intimate proximity when malfunctions occur.
The combination of physical strength and AI unpredictability creates risks no software patch can fully address.
Reality Check
Companies scramble to address safety concerns as deployment accelerates.
Figure AI responded by establishing a Center for the Advancement of Humanoid Safety, promising OSHA certifications for battery systems and AI behaviors. However, this reactive approach follows the lawsuit rather than preceding deployment.
With Ameca’s desktop version costing around $100,000 and full-body models in development, these aren’t laboratory curiosities. They’re heading for factories, warehouses, and eventually homes where your family lives.
The steel door incident revealed the machine’s true power during a dangerous malfunction—and highlighted how unprepared we are for robots that can think, move, and accidentally harm with human-level strength.
