AI agents for logistics and ports, six agents, one SWARM.
Vessel Ops, Inventory, Equipment, Transport, Commercial and KPI coordinate agent-to-agent on the same production pattern proven at ASSA ABLOY.
Any asset, one architecture, reconfigured for the yard.
The multi-agent SWARM that triages a device estate runs the same way for vessel turnaround, container stock and freight movement.
Six named agents, coordinating port operations.
Vessel Ops
Coordinates berth windows and vessel turnaround, agent-to-agent with Transport and Equipment, in real time.
Inventory
Tracks container and cargo stock across the yard as it moves through customs.
Equipment
Schedules and dispatches cranes, gates and yard trucks the moment a berth opens.
Transport
Routes trucks and rail to the right slot, on time, without a dispatcher on the phone.
Agents talk to each other, not just to you.
A coordinating Synthesiser routes work between the six agents, resolves conflicts and returns one explainable decision, live in production today.
- Deployed and consuming production work, not a demo.
- One Synthesiser resolves conflicts across the SWARM.
- Live with Gulf and European terminal operators, anonymised under NDA.

The same architecture, live in production, reconfigured for the yard.
AI agents for logistics and ports, asked and answered.
Is the ports and logistics architecture just a concept?
No. It is the same production pattern we run for connected devices and real estate, reconfigured with six named agents: Vessel Ops, Inventory, Equipment, Transport, Commercial and KPI.
Who is this proven with?
The underlying SWARM runs live in production at ASSA ABLOY, and the reconfigured version is deployed with Gulf and European terminal operators, kept anonymised under NDA.
What is a SWARM, exactly?
A coordinating Synthesiser directs specialised agents that collaborate on one task, each calibrated to its slice, and return one explainable answer with sources and a confidence level.
Bring six-agent orchestration to your terminal.
Start with a conversation about your toughest coordination problem.