X Square ran WALL-B, their embodied AI model, through a full warehouse shift on sorting robots. 10,000 parcels in 5 hours 14 minutes 1 second = 1,911 parcels/hour, ~1.88 seconds per box sustained for the entire duration.
For context: Figure AI's Figure 03 humanoid averaged 2.88 seconds/parcel during their 200-hour sorting livestream. WALL-B is a full second faster per box.
What matters here isn't the speed flex—it's that the same model handles messy pile perception, grasp planning, and placement without degrading over hours. No cherry-picked clips. No cuts. Just continuous operation.
WALL-B is model-agnostic to the body. Same brain runs on dexterous hands, robotic arms, and mobile manipulators. They've deployed it for household tasks and precision work. This warehouse run was purely an endurance test to prove the model doesn't fall apart under real shift conditions.
One brain. Different bodies. That's the actual technical flex.
For context: Figure AI's Figure 03 humanoid averaged 2.88 seconds/parcel during their 200-hour sorting livestream. WALL-B is a full second faster per box.
What matters here isn't the speed flex—it's that the same model handles messy pile perception, grasp planning, and placement without degrading over hours. No cherry-picked clips. No cuts. Just continuous operation.
WALL-B is model-agnostic to the body. Same brain runs on dexterous hands, robotic arms, and mobile manipulators. They've deployed it for household tasks and precision work. This warehouse run was purely an endurance test to prove the model doesn't fall apart under real shift conditions.
One brain. Different bodies. That's the actual technical flex.