Marine weather & sea state
Multi-model forecasts stitched together with live observations: wind, waves, currents, fronts, and sea ice. This engine runs Vector Weather.
See it in Vector WeatherAI-augmented modelling & forecasting
Models that answer the operational question.
We build forecasting and simulation tools that combine physics, observations, and AI, so a decision about the water rests on more than a single number.
What we model
From the weather to the vehicle.
Vessel-aware decisions
How the forecast meets this vessel: anchoring scope and shelter, leg-by-leg route severity, and operating limits.
AUV mission simulation
Vehicle dynamics, endurance, and navigation drift for a planned mission, run before the vehicle is deployed.
See the AUV simulatorTowed cable & towbody dynamics
Three-dimensional cable models showing cable shape, towbody depth, layback, and tension through speed changes and turns.
Site-specific models
Forecasting and hazard models for a single berth, pass, river mouth, or work site, tuned against your own observations.
AI where it earns its place
Model blending, bias correction against observations, and plain-language briefings. AI augments the physics; it does not replace it.
How we work
Checked against the water, not just the code.
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01
Frame the question
What decision does the model need to support, and how wrong can it afford to be?
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02
Build from physics
Start from the governing physics and the best available data.
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03
Augment with AI
Use AI to blend sources, correct bias, and explain results.
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04
Validate
Compare against observations before the model informs a decision.
Simulation results are provided for planning and information. Where a result informs a design or safety-critical decision, it is reviewed by a partner professional engineer.
Have a question a model could answer?
Tell us the decision, the place, and the data you already have.