Google and NASA test a robot that fetches a medical bag
Google Cloud and NASA teams have demonstrated a robotic assistant locating and moving a medical bag in a laboratory. The project combines camera-based spatial understanding with a model that connects instructions to movement. Locally operated models are intended to reduce dependence on Earth connections during future missions; the work remains a proof of concept.
Artificial Intelligence··Morning
The robot locates and moves a medical bag
Google Cloud and NASA research teams have tested a proof-of-concept robot on finding and moving a medical bag in a laboratory. The work described on 27 October is intended to support future crews with equipment and logistics. It extends research on assistance for missions where communication with Earth can be delayed.[1], [2]
At Johnson Space Center’s iMETRO facility, cameras helped the system understand its surroundings. Physical Intelligence’s Pi0 model connects visual information and language instructions to physical action. Google reports an initial success rate of 85 percent for the laboratory pick-and-place task. That measure concerns moving the bag, with no clinical treatment outcome attached.[1]
Simulation precedes work beside people
The team used MuJoCo, a physics simulation tool, to practice movements before running the hardware. NASA’s Jet Propulsion Laboratory is adapting tools originally developed to track objects in orbit so the robot can interpret its three-dimensional surroundings. The proposed setting is a confined spacecraft shared with people. The design gives the robot routine cargo and equipment jobs, with medical support as another intended use.[1]
Adapted models run on local hardware
Google says it adapted Pi0 using cloud computing and then operated the models locally on edge devices. Local operation is intended to avoid relying on a continuous Earth connection. In a proposed medical scenario, a robot retrieves and prepares equipment while a crew medical officer interprets a scan and treats the patient. Future work targets varied tasks under astronauts’ direct supervision. The demonstrated result remains an early laboratory step; no flight demonstration or general-release timetable is announced.[1]
