Accurately predicting vessel behaviour in dynamic seas is notoriously difficult. Our Digital Ships combine vessel data with physics-based simulation to deliver precise fuel, motion and emissions forecasts for every voyage—you can optimise routes, verify retrofit savings and stay compliant. Request your Operations licence today and start saving on the next sailing.
A high-fidelity digital twin of a vessel is the basis of effective use of the weather. The optimisation engine can calculate the lowest-cost route, speed and engine settings for any departure window and forecast—unlocking immediate bunker savings and minute-level ETA precision.
Stream noon logs or high-frequency sensor data straight into the digital twin; the model re-calibrates on the fly, flags fuel-stealing hull or propeller fouling, and alerts you to sensor drift or engine anomalies. A live dashboard rolls everything into up-to-date CII/EEXI scores and clear KPIs, so superintendents can act before efficiency—or compliance—slips.
Our monitoring suite verifies actual savings of energy saving technology. A baseline digital twin is locked in; power and fuel data are then compared against it, accounting for weather and load. Dashboards can show verified fuel and CO₂ reductions, variance to guarantee thresholds and pay-back progress—giving owners, charterers and OEM partners one audit-ready source of truth.
Modern web-based infrastructure includes rapidly scalable computing resources and flexible integration with client data and/or services. Bespoke preconditioners and plug-ins available.
All digital ship models reside on a resilient, auto-scaling cloud platform, delivering 24/7 access for teams anywhere in the world.
Clean GraphQL endpoints ensure seamless integration into your existing vessel management software.
End-to-end encryption, granular role-based permissions and industry-leading multi-factor authentication keep your data protected and accessible only to authorised users.
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.