SWUM · SWARM COORDINATION FOR PHYSICAL AI
Many robots. One goal.
No central controller.
A fleet of robots splits a goal, agrees who does what, does each job once, proves it and learns from it. No controller, and no reliable network required.
Click a robot to send a message
USE CASE · MANUFACTURING & WAREHOUSING
Manufacturing and warehousing.
The floor keeps moving.
Mobile robots, forklifts and inspection robots from different vendors share one site. With SwUM they split the picks, pallet moves, line feeds and inspection rounds among themselves and hand jobs robot to robot, so work goes on behind walls and racking where Wi-Fi drops out, and every finished job comes with a proof.
Each wall a signal crosses weakens it. The robots that walk through the doors carry each alert to the control room.
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Click a sensor or robot to raise an alert
USE CASE · DEFENSE & SECURITY
Defense and security.
Jam one area, the rest keeps talking.
Drones, ground vehicles and unattended sensors patrol routes, watch a perimeter and share what they see. With SwUM they divide sectors and tasks among themselves with no ground station in the loop, keep working when an area is jammed, and a unit that leaves the jammed area catches up from the first message it hears.
Inside the jamming dome radios can neither send nor hear. News reaches the command post around it.
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Click a unit to send a message
USE CASE · AGRICULTURE & FIELD
Agriculture and field work.
Every machine does its part.
Survey drones, tractors, weeding rovers and soil probes work across fields far from any tower. With SwUM, a drone that spots weeds or dry soil hands the job to the nearest rover or the sprayer, and readings travel machine to machine back to the base station, even where some radios only reach one way.
Arrows show which way each link works. A long-range radio reaches a short-range one that cannot reach it back.
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Click a radio to send a message
