Optimize Vessel Design
Evaluate alternative vessel configurations under identical environmental scenarios to pinpoint the most efficient design.
Solutions for Ship Design
Predicting vessel behaviour in changing seas is hard.
Our ship simulation software builds high-fidelity digital ship twins, runs virtual voyages in realistic environmental conditions, and delivers precise fuel-, motion- and performance insights for optimised vessel design and fuel-efficient operations. Get your simulation software licence today and start making better design decisions.
Solutions
Performance Predictions
Model the baseline vessel and an EST-enhanced configuration side by side. High-fidelity simulations quantify fuel and emissions savings on every route and in any sea state—delivering audit-ready proof of your energy-saving technology’s performance.
Optimize Service Margin
Similate the actual environmantal loadcases that a vessel will experience and refine the service margin.
Validate
Get feedback on how the ship design really performed by using noon reports or any fuel consumption data and check if vessel performed as expected.
How it works
Here’s a visual overview of how our software works.
Features
Digtial Ship
Supplying principal dimensions—or a complete ship designl—enables creation of a digital twin calibrated to the fidelity demanded at each design stage. Early concepts gain models for rapid trade-off analysis, while detailed engineering benefits from full-resolution physics. Multiple variants can then be evaluated under identical sea-state scenarios, enabling side-by-side comparisons of fuel use, motions and emissions to identify the optimal configuration with confidence.
Virtual Voyage
Simulate any voyage for your digital vessel — using AIS tracks, port-to-port routing, or voyage optimization. Choose from statistical weather data, historical conditions, or real-time forecasts to match your scenario.
Accuracy
Our models offer a reliable representation of real-world vessel behavior.
When actual vessel data is available, it can be used to further refine and enhance model accuracy. If fuel consumption data is available for an existing vessel, we provide validation services to help ensure your digital twin closely matches real-world performance. Alternatively, you can perform the validation yourself using our built-in tools.
For example, by uploading historical AIS tracks and fuel consumption logs, you can compare simulated and actual performance, fine-tune model parameters, and improve accuracy — all directly within the platform.
Technology
Built to Scale. Built to Last.
Cloud-native SaaS
All digital ship models reside on a resilient, auto-scaling cloud platform, delivering 24/7 access for teams anywhere in the world.
Plug-and-play interfaces
Standards-based GraphQL endpoints and ready-made Jupyter notebooks slot into existing workflows in minutes.
Enterprise-grade security
End-to-end encryption, granular role-based permissions and industry-leading multi-factor authentication keep your data protected and accessible only to authorised users.
High-performance physics engine
A containerised micro-service engine powers digital-ship simulations at scale—from a single model build to fleet-wide runs—with every result fully reproducible.