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A Wired experiment shows how an AI agent can control a physical robot arm, hinting at how better coding AIs could speed up building and deploying robots.
In short: A WIRED writer tested what happens when an AI agent called OpenClaw is given control of a real robot arm.
WIRED senior writer Will Knight says he took an AI agent he built, called OpenClaw, and connected it to a physical robot arm. An AI agent is software that can take steps toward a goal on its own, more like a helper that can act, not just chat.
In this setup, the AI did not just describe what to do. It could send commands to the robot arm, see the results, and try again, similar to how a person might pick up an object, notice it slipped, and adjust their grip.
The experiment is a small example of a bigger shift. As AI models get better at coding, it becomes easier to glue together the many pieces needed to make robots work in the real world. Think of it like moving from hand-writing every instruction to having an assistant that can draft and revise the instructions quickly.
If coding-capable AI keeps improving, more people and smaller teams may be able to build robot systems that used to require large engineering groups. The big question is safety and control, because software that can act in the physical world can also make physical mistakes. Expect more experiments like this, plus more rules and testing to make sure robots follow limits when AI is in the driver’s seat.
Source: Wired