Reactive maneuvers, speed variability, and unnecessary deviations increase engine load and fuel consumption. By enhancing navigational safety and enabling earlier decision-making, Orca AI supports steadier navigation and more controlled voyages end-to-end.
Learning from real navigational events using recorded footage and operational data.
Reinforcing consistent standards and safer behaviors through fleet-wide event review.
Supporting junior officers and strengthening decision-making through structured debriefs.
Continuously identify and monitor targets to surface CPA/TCPA risks in advance and reduce reactive avoidance maneuvers.
Log and analyze acceleration, deceleration, and speed-change events to expose unstable speed profiles.
Get live and upcoming route alerts powered by the global Orca AI fleet and enriched weather, traffic, and regulatory data to anticipate risks before reaching them, helping crews avoid late deviations and fuel-intensive rerouting.
Compare executed routes against planned routes and analyze historical behavior to improve future voyage efficiency.
Orca AI helps avoid last-minute navigational corrections, which on ships of this scale come with a real fuel cost. Slowing down, maneuvering, and speeding back up all burn fuel. Avoiding that has directly reduced our fuel consumption.
Torsten Holst Pedersen
COO, Seaspan
We saw the safety impact first. Then the fuel savings and cost reduction made Orca AI a clear partner of choice, with real potential to drive a safer, more sustainable industry.
Colin Gillespie
Global Head of Loss Prevention, NorthStandard
