As maritime and heavy logistics industries transition toward decarbonisation, engineering teams are deploying increasingly complex hydrogen-powered systems across vessels, trucks, and industrial equipment. Ensuring these systems operate safely, efficiently, and reliably at scale requires continuous visibility into real-world performance.
The ODOS CAN-to-Cloud data platform enables organisations to monitor hydrogen-powered assets across global fleets, capture high-resolution CAN data, and gain real-time insight into system behaviour across diverse operating environments.
Installed across vessels, trucks, generators, and mobile equipment, ODOS loggers capture detailed data from engines, hydrogen systems, sensors, and control units. This data is securely streamed to centralised platforms, enabling engineering and operations teams to monitor performance, detect anomalies, and optimise systems in real time.
The transition to hydrogen-powered fleets introduces several complex challenges:
Without a unified data strategy, organisations face operational blind spots, increased downtime, and slower optimisation of new technologies.
ODOS provides a scalable CAN-to-Cloud platform designed to unify data capture and monitoring across diverse fleets.
ODOS loggers are deployed across asset types, from complex hydrogen-powered vessels requiring high-resolution data capture to more cost-sensitive equipment such as trucks and auxiliary systems. Data is streamed securely via API into centralised dashboards, enabling fleet-wide visibility and detailed asset-level analysis.
Through the ODOS CloudSoft platform, engineering teams can remotely configure devices, deploy updates over the air, and continuously optimise monitoring strategies without requiring physical access to assets.
This enables organisations to move from fragmented, reactive monitoring to a unified, data-driven approach to fleet performance.
ODOS supports a range of maritime and logistics engineering and operational activities:
Fleet-Wide Monitoring of Hydrogen Systems
Gain real-time visibility across vessels, trucks, generators, and mobile equipment.
Performance Optimisation and Calibration
Use real-world data to refine hydrogen system performance and improve efficiency.
Early Fault Detection and Proactive Maintenance
Identify performance degradation and anomalies before they result in downtime.
Cross-Asset Data Correlation
Compare operational data across different asset types to support engineering insight and validation.
Remote Device Management and Updates
Configure and update logging systems remotely across global fleets.
ODOS solutions are supporting global leaders in maritime and logistics as they scale hydrogen-powered fleets.
A global maritime and heavy logistics organisation deployed ODOS CAN-to-Cloud monitoring across its hydrogen-powered vessels, trucks, generators, and supporting equipment.
By implementing a scalable, asset-specific logging strategy, the organisation was able to:
The result was a transition from reactive risk management to proactive performance control, enabling improved reliability, scalability, and speed to market for hydrogen technologies.
👉 Read the Maritime & Heavy Logistics Case Study to learn how ODOS supports hydrogen fleet development.
ODOS enables engineering and operations teams to monitor hydrogen-powered assets at scale, optimise system performance, and reduce downtime through real-time data.
If you are deploying hydrogen systems across vessels, vehicles, or industrial equipment and need reliable visibility across your fleet, ODOS can help.
Turning Machine Data into Engineering Insight
Across maritime and heavy logistics operations, engineering and operations teams need reliable access to real-world data to ensure system performance, optimise operations, and scale new technologies with confidence.
ODOS provides a complete CAN-to-Cloud data platform that combines rugged data loggers, secure connectivity, and powerful cloud analytics in one integrated system. From individual asset monitoring to fleet-wide performance optimisation, ODOS enables organisations to capture the data that matters, across vessels, vehicles, and industrial equipment operating globally.
With ODOS, organisations gain real-time visibility into fleet performance, reduce downtime, accelerate system optimisation, and make better engineering and operational decisions based on real-world data.
Contact us today to discuss your project or visit our contact page to get in touch.
