Vessel Movement Intelligence

Optimise vessel operations with localised AI

Solutions

Cut vessel idle time and fuel costs, optimise vessel operations, and prepare for autonomous vessels with localised AI.

Our region-specific models capture local factors and vessel type behaviours to deliver clear, precise and reliable vessel trajectory, ETA and passage plan predictions. To see what models are available, see our Coverage.

Generate predictions via Pathfinder, our no-code browser-based interface, or directly via our low-code APIs. To find out more, visit our Documentation.

  • Trajectory API - predict the trajectory of a vessel to a destination.
  • ETA API - predict the trajectory and get the ETA with data-driven confidence bounds.
  • Plan API - predict the trajectory and produce a passage plan optimised for fuel efficiency and a desired transit time.

Contact us to Request Access.

Localised AI

Our region-specific models capture local complexity and vessel behaviour, outperforming global one-size-fits-all alternatives.

AIS-Powered

Our AIS-driven models produce accurate vessel trajectories, serving as the foundation for reliable ETA and passage plan predictions.

Effortless Integration

Access predictions in the way that best fits your needs via our no-code interface or low-code APIs with minimal technical overhead.

Always Current

By ingesting the latest AIS data, our models keep pace with any changes, allowing you to respond confidently to shifting dynamics.

Example prediction using Pathfinder.

Coverage

See the coverage of our currently deployed models and those under development.

If you require a region that is not listed below, contact us to Request a Region.

Regional Models

Models optimised for regional predictions, capturing local traffic patterns and vessel behaviour.

English Channel

LIVE
Coverage

East: Strait of Dover
West: Celtic Sea

Vessel types
Cargo or Tanker (50m-150m, >150m) High speed (<50m) Maintenance (50m-150m) Passenger (<50m, 50m-150m, >150m) Port service (<50m)

Humber

LIVE
Coverage

Humber Estuary, North Sea
North: Flamborough Head (UK)
South: Norfolk (UK)
East: 30nm offshore

Vessel types
Cargo or Tanker (50m-150m, >150m) High speed (<50m) Port service (<50m)

Liverpool Bay

LIVE
Coverage

Liverpool Bay, Irish Sea
North: Calf of Man (UK) and Isle of Walney (UK)
West: Holyhead (UK) and Calf of Man (UK)

Vessel types
Cargo or Tanker (50m-150m, >150m) High speed (<50m)

Los Angeles

LIVE
Coverage

Southwest California coastline and northwest Mexico coastline
North: Point Arguello (US)
South: Punta Santo Tomás (MX)
West: 50nm offshore

Vessel types
Cargo or Tanker (>150m) Maintenance (<50m) Passenger (<50m, >150m) Port service (<50m)

North Channel

LIVE
Coverage

North: Torr Head (UK) and Bennan Head (UK)
South: Greenore (IE) and Calf of Man (UK)
East: Point of Ayre, Isle of Man (UK)

Vessel types
Cargo or Tanker (50m-150m)

Salish Sea

LIVE
Coverage

The Salish Sea (US, CA)

Vessel types
Cargo or Tanker (<50m, 50m-150m, >150m) Maintenance (<50m) Passenger (<50m, 50m-150m, >150m) Port service (<50m)

Southern Bight

LIVE
Coverage

Southern Bight, North Sea
North: Norfolk (UK) and Texel (NL)
South: Strait of Dover

Vessel types
Cargo or Tanker (<50m, 50m-150m, >150m) High speed (<50m) Maintenance (<50m, 50m-150m) Passenger (<50m, 50m-150m, >150m) Port service (<50m, 50m-150m)

Bristol Channel

PENDING
Coverage

The Bristol Channel (UK)

Firth of Forth

PENDING
Coverage

The Firth of Forth (UK)

Local Models

Models optimised to capture fine-grained local nuances and traffic patterns in great detail for maximum precision.

Rotterdam-Antwerp

LIVE
Coverage

The Port of Rotterdam (NL), the Port of Antwerp (BE), and surrounding inland waterways

Vessel types
Cargo or Tanker (<50m, 50m-150m, >150m) Maintenance (<50m, 50m-150m) Passenger (<50m, 50m-150m, >150m) Port service (<50m)

About

We are a UK-based startup with expertise in geospatial data science and AIS data processing, building bespoke region-specific models that learn from historic vessel movements to generate precise trajectories. This improves ETA accuracy, enhances planning, and supports the future of autonomous shipping.

Our trajectory, ETA and passage plan predictions are powered by advanced algorithms trained on comprehensive, region-specific AIS datasets. This allows us to deliver highly accurate and reliable vessel movement predictions by learning the navigational decision-making of vessel types captured in AIS data.

  • While other providers prioritise global coverage and global accuracy, these models neglect local factors such as traffic patterns, navigational constraints, and regional conditions - insights that can have a significant impact on prediction accuracy.
  • By learning vessel behaviour and local complexities, our models can accurately predict trajectories between two locations, outperforming other approaches.
  • By prioritising local accuracy and precision, our models are an ideal complement to global models that provide long-distance predictions. We deliver tailored, precise and actionable insights for final-approach decision-making when accuracy matters.
  • We continuously collect and process AIS data through our efficient, custom-built pipeline, producing high-quality transit data that ensures model accuracy while enabling timely updates to existing models and expansion into new regions.
Processed AIS data for the Port of Rotterdam (NL), used for model training.