Throughput Shouldn't Depend on Who Showed Up
Every pick and put-away in a manual warehouse waits on a person walking the aisles. A short shift, a resignation or a sick day cuts throughput directly — not because the inventory isn't there, but because there aren't enough hands to move it. A fleet of robots that coordinate themselves breaks that dependency.
Manual Movement & Walking Time
Every pick and put-away waits on a person walking the aisles, multiplying the time each order takes.
Human Unavailability
A short shift or a resignation cuts throughput directly when the work depends entirely on people on the floor.
Uncoordinated Robot Tasks
A single robot on a fixed track can't adapt to demand. Tasks need to be dispatched to whichever unit is free, in real time.
Robots and People Sharing an Aisle
Robots and workers need to share the floor safely — which means the robot has to sense a person and slow down, not the other way round.
