AGILITY'S ROBOT SQUATS TO AVOID HUMANS

The robot's new capabilities enable deployment in shared workspaces where human coworkers operate. When detecting an obstacle or person, the robot stops and lowers itself by squatting, reducing potential impact force. This design eliminates the need for traditional safety infrastructure like fenced-off zones or protective barriers that typically isolate industrial robots. The feature represents progress toward collaborative robotics in warehouse and manufacturing environments. Agility's approach addresses a key barrier to robot adoption: the space and setup requirements of conventional industrial automation. By allowing robots to work in existing human-occupied areas, companies can integrate robots into operations without expensive facility modifications. The safety mechanism is part of broader industry efforts to develop robots that can operate safely near people, reducing workplace segregation between human and automated labor.