End-to-end Voyage Automation with real-time action
We make sure you sail the most efficient voyages possible Optimised for real-time conditions with vessel-specific intelligence. Executed with DNV-approved automation
Creating a real-time operational layer helps improve fuel efficiency while adapting speed and route decisions based on live conditions, vessel behaviour, and commercial priorities.
Weather forecasts change continuously
Speed recommendations can’t be met
Commercial pressure overrides plans
Crews cannot adjust frequently enough
But in real-life operations:
Limited visibility into vessel performance
Manual and inconsistent data collection
Delayed or unreliable reporting
Difficulty scaling digital initiatives across fleets
The Challenge
Shipping Is Data-Rich, But Insight-Poor
Modern vessels generate enormous volumes of operational data, yet much of it remains fragmented across onboard systems, manual processes, and disconnected software tools.
Without a unified digital backbone, operators face, True operational efficiency begins with structured and reliable vessel data.
Modern vessels generate enormous volumes of operational data, yet much of it remains fragmented across onboard systems, manual processes, and disconnected software tools.
Without a unified digital backbone, operators face, True operational efficiency begins with structured and reliable vessel data.
An end-to-end optimisation system
We turn vessel intelligence into continuous operational action. Using vessel-specific models, real-time vessel information and weather data, we calculate optimal speed, route, and ETA, adapt decisions dynamically during the voyage and ensure those decisions are consistently applied onboard through DNV-certified automation.
This allows fleets to move from static planning to real-time optimisation in practice.
What is Voyage Automation?
From decision to consistent execution
Without a unified digital backbone, operators face, True operational efficiency begins with structured and reliable vessel data.
Modern vessels generate enormous volumes of operational data, yet much of it remains fragmented across onboard systems, manual processes, and disconnected software tools.
Neuro
Smart onboard hardware that captures and streams high-frequency vessel data from engines, navigation, and auxiliary systems in real time.
Vessel Core
The vessel's digital data infrastructure — organising, validating, and storing operational data with a vessel-specific data model.
Cassandra
Advanced analytics software that converts raw vessel data into actionable operational insights for performance optimisation.
The Platform
Your Complete Digital Foundation for Vessel Performance
The Vessel Digitalisation Platform combines hardware, onboard infrastructure, and advanced analytics software into one integrated ecosystem.
Instead of deploying disconnected tools, shipping companies gain a complete digital backbone that captures vessel data, structures it, and transforms it into actionable insights.
Without a unified digital backbone, operators face, True operational efficiency begins with structured and reliable vessel data.
Modern vessels generate enormous volumes of operational data, yet much of it remains fragmented across onboard systems, manual processes, and disconnected software tools.
Step 01
The platform establishes a seamless data flow from ship to shore, transforming raw operational signals into meaningful intelligence.
Without a unified digital backbone, operators face, True operational efficiency begins with structured and reliable vessel data.
Capture
Neuro collects high-frequency operational data directly from onboard systems and sensors.
Step 02
The platform establishes a seamless data flow from ship to shore, transforming raw operational signals into meaningful intelligence.
Without a unified digital backbone, operators face, True operational efficiency begins with structured and reliable vessel data.
Structure
Vessel Core saves and organises vessel data into a unified scalable digital infrastructure.
Step 03
The platform establishes a seamless data flow from ship to shore, transforming raw operational signals into meaningful intelligence.
Without a unified digital backbone, operators face, True operational efficiency begins with structured and reliable vessel data.
Analyse
Cassandra transforms structured data into insights on performance, efficiency, and operational trends.
Continuous vessel intelligence accessible across technical, operational, and commercial teams.
Data flow
Without a unified digital backbone, operators face, True operational efficiency begins with structured and reliable vessel data.
A unified yet vessel specific data architecture
The platform establishes a seamless data flow from ship to shore, transforming raw operational signals into meaningful intelligence.
What this enables
Most optimisation solutions stop at recommendations. We ensure optimisation is actually realised.
Without a unified digital backbone, operators face, True operational efficiency begins with structured and reliable vessel data.
Reduced fuel consumption through precise, continuous speed control and reduced CII and ETS impact
Step 01
Fuel & cost impact
The platform establishes a seamless data flow from ship to shore, transforming raw operational signals into meaningful intelligence.
Without a unified digital backbone, operators face, True operational efficiency begins with structured and reliable vessel data.
Lower crew workload and higher adherence to voyage plan
Step 03
Crew
The platform establishes a seamless data flow from ship to shore, transforming raw operational signals into meaningful intelligence.
Without a unified digital backbone, operators face, True operational efficiency begins with structured and reliable vessel data.
Improved voyage economics via TCE optimisation and fully predictable arrival times
Step 02
Operational impact
The platform establishes a seamless data flow from ship to shore, transforming raw operational signals into meaningful intelligence.
Without a unified digital backbone, operators face, True operational efficiency begins with structured and reliable vessel data.
Real outcomes
Voyage Automation: Where the next efficiency gains come from
Most fleets have already captured the easy gains from planning.
The next level of efficiency comes from execution, how consistently optimal decisions are applied onboard. But real-time optimisation is only as strong as the data behind it. And our Vessel Performance provides the trusted foundation that powers optimisation.
Without a unified digital backbone, operators face, True operational efficiency begins with structured and reliable vessel data.
Modern vessels generate enormous volumes of operational data, yet much of it remains fragmented across onboard systems, manual processes, and disconnected software tools.
Supported by maritime expertise
Total efficiency improvement
Up to ~8–10%
Annual fuel savings per vessel
$500k+
CII class improvement
+1
Supported by maritime expertise
We combine technology with our unique team's expertise to turn key insights into consistent action - and results - at sea.
1. Captains
Real-world operational experience to guide effective decision making.
2. Naval Engineers
Hands-on expertise ensuring technical reality onboard matches digital models.
Work with our:
To make sure optimised voyages always deliver, and decisions are executed on board, across the fleet.
Real outcomes
~8–10%
Up to ~8–10% total efficiency improvement
$500k+
$500k+ annual fuel savings per vessel
+1 CII
+1 CII class improvement
Voyage Automation: Where the next efficiency gains come from
Without a unified digital backbone, operators face, True operational efficiency begins with structured and reliable vessel data.
Most fleets have already captured the easy gains from planning.
The next level of efficiency comes from execution, how consistently optimal decisions are applied onboard. But real-time optimisation is only as strong as the data behind it. And our Vessel Intelligence provides the trusted foundation that powers optimisation.
And our Vessel Intelligence provides the trusted foundation that powers optimisation.
Modern vessels generate enormous volumes of operational data, yet much of it remains fragmented across onboard systems, manual processes, and disconnected software tools.
