Discover Data-Driven Maritime Sustainability
We are the powerhouse of maritime net-zero technological development, pushing the boundaries of what's possible.
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Research & Technology
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AI for Design
No hand-coded parameterisation
Instantaneously create millions of design alternatives while seamlessly augmenting their features.
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AI for Simulation
Accelerate design validation.
Speed up time-consuming simulations by 100x, eliminating the need for physical testing in comprehensive design validation.
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AI for Optimisation
Generate optimised designs.
Perform large scale and multi-objective optimisation to explore vast design space for globally optimised solutions.
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Use Cases of NeuralShipper™
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Hull Form Optimisation
NeuralShipper™ optimises hull designs to improve fuel efficiency and overall performance. Achieve superior hydrodynamics for lower operational costs and environmental impact.
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Propeller Design
Design and refine high-efficiency propellers tailored to specific vessel requirements. Maximise thrust and minimise energy consumption with AI-powered optimisation.
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Hydrofoil Design and Optimisation
Leverage AI to create cutting-edge hydrofoils that enhance speed and stability. Optimise lift and drag ratios for greater vessel efficiency and performance.
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Wind Propulsion Concept Development
Develop innovative wind propulsion systems that reduce fuel reliance. NeuralShipper™ helps design eco-friendly, energy-efficient vessels by harnessing wind power.
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Newsroom
HP Powers Compute Maritime's NeuralShipper™
Jan 2024
Compute Maritime Ltd is excited to announce the accelerated development of NeuralShipper™, the world’s first generative AI tool for maritime design, simulation, and optimization. Powered by the advanced computational performance of Z by HP AI workstations, NeuralShipper enables faster, more efficient, and sustainable ship designs, redefining the standards for maritime engineering.
Explore how Z by HP fueled the computational power needed for the development of NeuralShipper™. Check out the attached case study to dive deeper into the full story.
Professor Panagiotis Kaklis as our technical advisor
Jun 2024
We are pleased to welcome Professor Panagiotis Kaklis from the University of Strathclyde as our technical advisor. Professor Kaklis brings a wealth of experience in both shape optimisation and geometric modelling. The approaches developed through this collaboration enable our generative models to produce smooth and fair CAD surfaces using NURBS (Non-Uniform Rational B-Splines), ensuring the highest level of precision achieved with NeuralShipper™.
We are expanding into NeuralAuto™ and NeuralSpace™
August 2024
Compute Maritime Ltd is thrilled to announce our continued innovation in the maritime sector while simultaneously exploring opportunities in other industries, such as automotive and aerospace.
"It is inspiring to witness the growing interest in our technology from other sectors. While our core focus remains on maritime, this cross-industry engagement opens new horizons and exciting opportunities."
— Junaid Awan, CTO, Compute Maritime
Compute Maritime is leveraging its expertise to revolutionize the automotive and space industries by introducing new tools like NeuralAuto™ and NeuralSpace™. Stay tuned for further updates as we embark on this transformative journey.
CLM Welcomes first two customers of NeuralShipper™
June 2024
We are excited to announce our first two customers: a leading simulation software company and a top design office. Both are pioneers in adopting generative AI within their design and optimization pipelines, delivering energy-efficient vessel designs and the most advanced Energy Saving Devices (ESDs) to their clients, driving the maritime industry toward greater sustainability.
Partnering with ATHENA research centre, Athens, Greece
Aug 2024
We are collaborating with researchers from Athena to develop physics-informed generative models that not only go beyond human perception but also incorporate expert knowledge. This approach ensures the resulting designs are not only innovative but also practically feasible.
Professor Panagiotis Kaklis as our technical advisor
Jun 2024
We are pleased to welcome Professor Panagiotis Kaklis from the University of Strathclyde as our technical advisor. Professor Kaklis brings a wealth of experience in both shape optimisation and geometric modelling. The approaches developed through this collaboration enable our generative models to produce smooth and fair CAD surfaces using NURBS (Non-Uniform Rational B-Splines), ensuring the highest level of precision achieved with NeuralShipper™.
