The Operating System of the Vessel.
Brings the vessel's machinery and electrical systems into one monitoring and control system.
A central platform that connects all the ship's mechanical and electrical systems into one interface. SCADA, PLC and IoT data unified into a clean, modern UI with real-time graphs and alerts. Digital twins for every sub-system — propulsion to HVAC. One pane of glass. Total visibility.
Capabilities
Physics-based models mirror every physical asset, enabling simulation before action.
Single IP backbone converges automation, safety and navigation into one network layer.
Operator workstations present all sub-systems in one coherent, context-aware interface.
Rule-engine driven automation handles routine sequences without operator intervention.
Regulatory context
The international and class requirements that shape how an integrated automation system is specified and approved.
For reference only. What applies to a vessel depends on its flag, class society, type and contract date.
Also explore
PMSPower managementControls how power is generated and shared between generators and loads on board.
ESSEnergy storageBattery systems that store energy on board for peak loads, backup and hybrid operation.
AutonomyAutonomous systemsSensing, navigation and remote-operation systems for crewed and uncrewed vessels.Tell us about the vessel and the system. We'll come back with what we'd look at first.
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