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Industrial Physical AI · sample · Ports & terminals
Container flow with a shared sense of where.
Straddle carriers, cranes, trucks and people in the yard. Crane zones are the hardest human–machine boundary in industry.
Container flow · crane zones · human–machine separation
What we deliver
One measured world.
For ports & terminals.
01
Yard world graph
Container, carrier and crew positions with TOS data on missionGRAPH.
02
Human–machine separation
swarmCORTEX keeps carriers and crews apart by plan, not by luck.
03
Simulated flow
Yard moves replayed in simulation; uplift measured, labelled.
REAL → SIM → REAL
The loop, on your floor.
Measured in. Simulated. Back to the fleet.
What goes in from your ports & terminals floor, what we simulate, and what comes back to every machine — labelled simulated until it runs on your floor.
01 · REAL
Yard, carriers, crews — one world.
- Straddle carriers, trucks and crews ±50 cm
- TOS moves on the graph
- Crane zones as measured boundaries
Measured, not inferred
02 · SIM
Container flow, replayed.
- Cosmos 3 world model of the yard
- Swarm sim of yard moves
- Near-misses in crane zones measured
NVIDIA Cosmos 3 · swarm simulation
03 · REAL
One yard plan.
- swarmCORTEX keeps carriers and crews apart
- Moves re-planned as the yard changes
- Potential up to 20% yard-move efficiency — target
Back to the ports & terminals floor
Targets
What good looks like.
Numbers from paired-seed simulation, rounded down and labelled. Your floor sets the real number — that is what the pilot measures.
potential up to 20%
yard-move efficiency · simulated target
−20%+
crane-zone near-misses · simulated target
±50 cm
position truth between stacks
Contact
Get in touch
Bring your ports & terminals floor.
Tell us what you are building. A short introduction, NDA — then we simulate your site first.
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