Fast Ferries Over 10% reduction in MSI and/or fuel consumption. Visualize ship dynamics with customizable dashboards, including heatmaps of acceleration hotspots.
Container Ships Route optimization based on transversal acceleration to enhance safety for containers and general cargo.
Yachts Advanced anchoring solutions identify optimal locations using wave patterns, wind conditions, and local dynamics for maximum stability and comfort.
LNG Ships Optimize routes to minimize boil-off gas by identifying patterns that align with this criterion.
Project Cargo Ships Reduce transversal acceleration at critical points with ship maps highlighting maximum expected accelerations.
Weather Routing
A new non-invasive system based on analyzing ship dynamics using artificial intelligence to measure and analyze vessel movements.
This system enables fuel savings and route optimization based on comfort, safety, and operational efficiency.
The AI-driven system can predict areas of high transversal and vertical accelerations, providing real-time recommendations to reduce passenger discomfort and cargo instability.
By integrating advanced sensor data and weather forecasting, it identifies critical points in the route, offering alternatives to ensure smoother navigation and reduced structural stress on the vessel.
Seakeeping Audit
This system evaluates the ship's dynamic parameters, including:
- Roll.
- Pitch.
- Angular speed.
- Linear acceleration.
The analysis is conducted under various sea conditions to assess the impact of these factors on:
- Fuel consumption.
- Speed.
- Cargo safety.
- Passenger comfort across different areas of the ship.
A report is issued, signed by a naval architect, and real-time data access is provided.
Fuel Consumption Audit
This service examines both the ship’s dynamics and the condition of the main engine and other key components. It includes:
- Thermographic studies.
- Vibration analysis.
- Assessment of hull fouling conditions.
The output is a detailed diagnostic report with corrective measures designed to reduce fuel consumption and improve the vessel’s operational efficiency.