MACHINES
THAT KNOW
WHAT TO DO.
We build intelligence for robots operating outside the screen — routing, vision, fleet orchestration, simulation and recovery.
TEST IT
BEFORE
IT MOVES.
Run the entire operation in simulation before changing a physical floor. Stress the routes, remove machines, block aisles and measure recovery.
ONE MACHINE
IS AUTOMATION.
148 IS A SYSTEM.
THEY DON'T
JUST MOVE.
THEY SEE.
Vision is treated as a production signal: tracked objects, depth, occupancy and safety zones — not a decorative AI overlay.
GIVE THE FLOOR
ONE OUTCOME.
MOVE 240 PALLETS TO SHIPPING
MACHINE
GOES
DOWN.
The operation should not. When one machine disappears, work is redistributed and the floor continues.
FIX IT
BEFORE
IT STOPS.
Wheel torque drift and thermal rise indicate an increased probability of drive-unit degradation.
NOT A ROBOT.
THE LAYER
AROUND IT.
Path Planning
Dynamic routing around people, blocked aisles and machine state.
Perception
Object tracking, depth, occupancy, safety and inspection signals.
Orchestration
Task allocation, queues, priority and multi-machine coordination.
Simulation
Test layout and policy changes against a virtual operation first.
Maintenance
Sensor anomaly detection and service recommendations before failure.
On-machine AI
Low-latency decisions at the edge with centralized observability.
AUTONOMOUS
DOESN'T MEAN
UNCONTROLLED.
HUMANS SET
THE ENVELOPE.
The system can act quickly inside defined limits. Crossing the operating envelope requires explicit approval.
WHAT SHOULD
YOUR MACHINES
DO NEXT?
Describe the operation, machines and constraint. We design the intelligence around the physical system — not the other way around.