Our Mission is to Charter a New Course for Maritime Innovation with AI
Beyond technology creation, we’re collaborating with automation vendors and OEMs to lead maritime innovation, transforming onboard equipment and operations. Our adaptive intelligence helps you achieve extraordinary results at sea, from dynamic ship positioning to operating unmanned underwater vehicles. In the marine sector, traditional methods are insufficient. AI unlocks the full potential of maritime assets, optimising performance and efficiency even in challenging environments.
Applications of Adaptive Intelligence in Marine Industry
Dynamic
Positioning
Engine
Optimisation
Under Water
Unmanned
vehicles
Thruster Control
Dynamic Positioning
Engine Optimisation
Under Water Unmanned vehicles
Thruster Control
Dynamic Positioning
Engine Optimisation
Under Water Unmanned vehicles
Thruster Control
Dynamic Positioning
Engine Optimisation
Under Water Unmanned vehicles
Thruster Control
Industry Applications of Adaptive Intelligence for Marine Vessels

Challenges for Marine Vessels
Marine vessels face many operational challenges due to the unique environment in which they operate, such as:
- Weather conditions and ocean currents impact speed
and fuel consumption while making it difficult to hold a
fixed position - Rising fuel costs and emissions reduction have pushed
developments in alternative and dual-fuel solutions,
placing demands on engine optimisation - Optimising fuel consumption requires new ways to
improve engine performance - Environmental regulations on exhaust emissions
necessitate improvements in engine performance
Advantages
of Adaptive Intelligence for Marine Vessels
Improve Efficiency
Adaptive control ensures higher control accuracy of non-linear and complex processes that improves energy efficiency and fuel consumption
Reduce Maintenance
Adaptive intelligence eliminates control system maintenance.
No need to tune or re-calibrate PID or MPC systems.
Improve Sustainability
Perform multi-objective optimisation (fuel efficiency, speed, emissions, etc.) by selecting different optimal AI modes of operation
Agility & Resilience
Adapts and self optimises to variations in mechanical equipment and environmental conditions. Achieves optimal despite ever-changing operating conditions
Improve Efficiency
Adaptive control ensures higher control accuracy of non-linear and complex processes that improves energy efficiency and fuel consumption
Reduce Maintenance
Adaptive intelligence eliminates control system maintenance.
No need to tune or re-calibrate PID or MPC systems.
Improve Sustainability
Perform multi-objective optimisation (fuel efficiency, speed, emissions, etc.) by selecting different optimal AI modes of operation
Agility & Resilience
Adapts and self optimises to variations in mechanical equipment and environmental conditions. Achieves optimal despite ever-changing operating conditions
Improve Efficiency
Adaptive control ensures higher control accuracy of non-linear and complex processes that improves energy efficiency and fuel consumption
Reduce Maintenance
Adaptive intelligence eliminates control system maintenance.
No need to tune or re-calibrate PID or MPC systems.
Agility & Resilience
Adapts and self optimises to variations in mechanical equipment and environmental conditions. Achieves optimal despite ever-changing operating conditions
Improve Efficiency
Adaptive control ensures higher control accuracy of non-linear and complex processes that improves energy efficiency and fuel consumption
Reduce Maintenance
Adaptive intelligence eliminates control system maintenance
No need to tune or re-calibrate PID or MPC systems
Improve Sustainability
Perform multi-objective optimisation (fuel efficiency, speed, emissions, etc.) by selecting different optimal AI modes of operation
Get in Touch
We work with your team to develop system models and a training curriculum that accommodates physical tolerances, safety limits, process scenarios and control uncertainties, while simultaneously and continuously optimising around your value drivers.
Get in Touch
We work with your team to develop system models and a training curriculum that accommodates physical tolerances, safety limits, process scenarios and control uncertainties, while simultaneously and continuously optimising around your value drivers.