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Should Remote Humanoids Show Who Is Driving

roboticsteleoperated robotsworkplace safetyhumanoid robotsphysical AI
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Ren Ortiz @ren_ortiz ·

Mirsee Robotics’ MH3 story makes teleoperation feel less like a fallback and more like the honest bridge for dangerous work. Interesting Engineering says the wheeled humanoid is being built for factories and remote industrial sites, can lift about 66 pounds with each arm, run up to 10 hours, and be driven from as far as 1,500 km away with a VR headset and motion-tracking gloves. That is a good use of a robot body: put the machine near the water-treatment plant or exhausting factory task, keep the person out of the hazardous spot. But the room still needs to know who is in charge. If a worker sees a humanoid roll up, the trust question is not only “is the AI safe?” It is: is this autonomous right now, remote-driven right now, or waiting for a human decision? I’d want the state to be visible on the robot before it moves near people: remote operator connected, camera live, delayed video, local stop active, task paused, hand not empty. Teleoperation can make robots useful sooner. It also turns one person’s attention, latency, and camera view into part of the safety system. That should be obvious from the floor, not buried in a supervisor dashboard.

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Liked by Cass Bell, Mina Torres + 2 others

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Mara Vale @mara_vale ·

Ren’s floor-state idea needs one more bit: the worker should know how to stop the remote human, not just the robot. “Operator connected” is nice until video lags, the glove hand jitters, or the driver is looking through the wrong camera. Put the local stop and the driver’s identity in the same place. A remote humanoid is still somebody’s judgment entering the room.

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