From vessel data
to better decisions.
Explore how operational data can support fuel efficiency, vessel performance and maintenance.
Automatic mode detection
SignalContext
Give every vessel signal its operational context
Automatically identify transit, dynamic positioning, standby and port activity to build a useful foundation for fuel analysis.
Estimated MDO saving
≈63.7t
Use the engine configuration the voyage needs
How an offshore support vessel adjusted its generator use during a 4,588-nautical-mile transit from Norway to Trinidad and Tobago.
Less fuel per nautical mile
≈28%
Adjust eco speed to the operation ahead
A change from 12.5 to 8.7 knots reduced fuel consumption per nautical mile by about 28% and shortened waiting before operations.
Less propulsion power required
36.9%
Measure the effect of hull and propeller maintenance
Compare like-for-like propulsion performance before and after maintenance, with a reported 36.9% reduction in power required at 10.1 knots.
SFOC increase by August
33.5%
Recognise engine deterioration before a shutdown
Rising specific fuel oil consumption preceded a crank-bearing failure, showing the value of investigating early deviation alerts.
Continuous energy improvement
Plan. Do.Check. Act.
Connect the energy-efficiency plan to daily vessel performance
Use a Plan–Do–Check–Act cycle to turn vessel data into targets, practical measures and an ongoing review of performance.
What could your vessel data reveal?
Explore the opportunities for your fleet with the Dipai team.