✳flâneur — a map of the web's best reading

To Trust a Robot, You First Need a Test You Can Trust | Humanoids Daily

humanoidsdaily.com · 754 words · saved by 1 readers

As investment pours into humanoid robotics, a critical, unglamorous challenge is holding back real-world deployment: how do you prove, verifiably, that a robot is safe? While many focus on advancing AI, researchers at Iowa State University are focused on what they call "physical intelligence"—a robot's ability to master balance, grasping, and movement in unpredictable environments. Bowen Weng, an assistant professor of computer science at ISU, argues this is a key barrier. "As humans, we often take our physical intelligence for granted," Weng said in a recent university news release. "But the truth is, it’s remarkable... Robots struggle with physical intelligence because it requires adapting to unpredictable environments, integrating sensory feedback in real time and mastering complex motor skills." This challenge is at the heart of the industry's safety problem. For a bipedal robot, which is "dynamically stable" (meaning it must actively work just to stand up), a simple power-down isn

Advertisement Advertisement Image: ISU News Service As investment pours into humanoid robotics, a critical, unglamorous challenge is holding back real-world deployment: how do you prove, verifiably, that a robot is safe? While many focus on advancing AI, researchers at Iowa State University are focused on what they call "physical intelligence"—a robot's ability to master balance, grasping, and movement in unpredictable environments. Bowen Weng, an assistant professor of computer science at ISU, argues this is a key barrier. "As humans, we often take our physical intelligence for granted," Weng

Explore this link on the map →

related reading