Discover how marine telematics drives the industry into the 21st century, improving fleet management, safety, and sustainability in the global supply chain.
Marine telematics is an integrated system that combines onboard sensors, Global Positioning System (GPS), communication networks, and data analytics to monitor vessel performance and operations in real-time. This technology enables shipping companies to track engine health, fuel consumption, route efficiency, cargo conditions, and compliance with maritime safety and environmental regulations.
The field of marine telematics has been shaped by decades of technological progress. It began to take form with the development of GPS, a project initiated by the US Department of Defense in the 1960s and officially launched in 1978. This breakthrough, along with subsequent advancements in satellite communication, radio, and onboard electronics, paved the way for modern connected maritime solutions.
The capabilities of this technology now far surpass outdated methods like celestial navigation and manual logbooks. Today, every major shipping operator recognizes its critical role in boosting maritime safety, environmental performance, and profitability. This shift is clearly reflected in the market, with the global marine telematics industry projected to grow from $19 million to over $80 million in the next decade.
Marine telematics is a broad field, but it can be broken down into specific applications, each with its own set of functions and technologies. Here are some of the most common:
Delivering immediate and measurable impacts, this application has become the most prevalent in offshore operations. Here are some specific technology under this application:
Video telematics are used to monitor operations, crew behavior, and potential hazards.
GPS tracking sensors provide real-time vessel location, ensuring better visibility across the operations.
Weather routing technology integrates live weather, wave, and wind data to steer vessels along the most efficient and safe paths.
Engines, pumps, and generators have telematics sensors installed on them to monitor temperature, vibration, and other key indicators. The data is then analyzed by an AI-powered system that can predict potential component failures. International shipping company Vroon offers a prime example, successfully preventing costly downtimes by streamlining its data collection and analysis.
Some ways marine telematics help with predictive maintenance include the following:
Early warning devices detects anomalies in equipment performance
Component lifecycle surveys check asset health, leading to better planned replacements and overhauls.
Proactive scheduling facilitates more organized planning of maintenance tasks, preventing costly and unsafe downtimes at sea.
With most sea freight journeys lasting anywhere from 20 to 45 days, ensuring the safety and quality of cargo is a major challenge. This application provides continuous visibility, strengthening supply chain reliability and building customer trust. Common telematics devices that help are the following:
Temperature and humidity sensors are critical for perishable and sensitive goods.
Container weighing systems measure cargo weight and distribution.
Supervisory Control and Data Acquisition (SCADA), RFID, and IoT-enabled tags are attached to containers and pallets, reducing loss, theft, and misplacement.
Many global freight companies use comprehensive cargo monitoring systems to ensure products arrive safely to their destination.
Vulnerable to attacks, maritime vessels are equipped with real-time alerts and communication to minimize the risk of accidents, piracy, and extreme weather. These are some examples:
Automatic Identification System (AIS) Transponders track vessel positions to prevent collisions and aid in search and rescue.
Emergency Position-Indicating Radio Beacons (EPIRBs) automatically send distress signals when activated.
IoT-enabled engine and hull monitoring sensors detect early signs of mechanical failure, breaches, and flooding.
Regardless of a vessel’s size or purpose, safety and security are fundamental to all maritime operations, whether for large commercial fleets or small charter and recreational boats.
Shipping is a significant source of global pollution, responsible for about 3% of the global greenhouse gases, 13% of the global NOx, and 12% of SOx. The following digital tools help reduce these numbers:
Continuous Emissions Monitoring Systems (CEMS) track SOx, NOx, CO₂, and particulate matter in real-time.
Fuel flow and bunker monitoring systems detect excessive emissions linked to inefficient fuel use.
Ballast water monitoring systems ensure discharged ballast water meets standards.
Commercial shipping companies and oil and gas marine operators can benefit from these telematics devices, especially in monitoring and enforcing environmental protection standards.
The marine telematics market serves a wide range of clients, from government naval forces and commercial shipping companies to individual yacht owners. It offers them the ability to enhance safety, improve efficiency, and ensure compliance with the following regulations:
Considered the backbone of maritime safety, the SOLAS Convention by the International Maritime Organization requires ships to meet specific standards for construction, equipment, and operation. It is focused on fire safety, lifesaving appliances, navigation systems, and emergency preparedness. All merchant ships and maritime organizations are required to comply with these regulations, and with telematics, it can be easier to do so.
MARPOL is also created and managed by the International Maritime Organization. As the core global regulation on marine environmental protection, MARPOL establishes emission standards to prevent oil, chemical, sewage, garbage, and air pollution from ships—which telematics can help with. With the world constantly changing, this convention is subject to changes and additions regularly.
The ISPS code is also part of the SOLAS convention. Critical for maritime security and anti-terrorism measures, the ISPS Code establishes security assessments, access controls, and monitoring for ships and ports. This enhances global port and vessel security, especially against piracy and terrorism.
This defines the qualifications and training standards for seafarers worldwide, ensuring the safe manning and professional competency of those at sea. STCW involves the regulation of training hours, rest requirements, and certifications for crew. Marine telematics can be helpful for ensuring compliance with all the standards associated with these.
Essential for maritime communications and distress signaling, the GMDSS requires ships to have communication systems or telematics for search and rescue, distress alerts, and navigational warning. It is an internationally recognized safety communication system that has been in place for several decades.
Especially relevant for passenger ships, ferries, and cruise liners, ISO 27991 supports the safe and organized egress of workers and commuters during emergencies. It involves evacuation planning, crew training, passenger safety, and emergency drills. Telematics for safety can help ensure compliance and certification with this.
Known as the “Seafarers’ Bill of Rights, the MLC focuses on the over 1.5 million mariners’ fair working conditions, contracts, wages, hours of rest, onboard living conditions, and occupational health and safety. This regulation was made by putting together 37 different Conventions and their related recommendations into one comprehensive document. Made by the International Labour Organization (ILO), this convention is to be followed worldwide as well.
Marine telematics helps seafarers make smart decisions that improve efficiency and safety. Maritime platforms take it a step further, enhancing operational excellence, risk management, and regulatory compliance in the industry. Some benefits of marine telematics include:
Improved safety – Real-time alerts for route hazards, anti-theft notification, and automatic distress assistance safeguard vessels, its assets, cargo, and crew. Safety equipment inspection checklists and digital workflows also ensure emergency preparedness per SOLAS and ISO 27991 guidelines.
Enhanced visibility – Mariners can make better decisions with IoT and sensors that continually track parameters like cargo temperature, engine vibration, and ballast water levels. With advanced analytics dashboards, companies can make evidence-based choices about their operations.
Boosted operational efficiency – Predictive analytics, smarter scheduling, and automated inspections reduce inefficiencies across fleets. Arrival and departure checklists, for instance, streamline port operations and minimize turnaround times.
Lower emissions and corresponding operational costs – Optimizing routes and ship speeds is the best way to lower fuel consumption and decrease emissions. Conducting environmental inspections with SIRE checklists supports efficient operations with minimal ecological impact.
Guaranteed compliance with regulations – Digital logs, automated monitoring, and accurate reporting, ensuring adherence to the different maritime requirements. Compliance templates like port state control checklists simplify audits and ensure regulatory readiness.
Scalability is key as maritime telematics rapidly evolves with new technologies. Stay ahead by choosing software solutions that can seamlessly integrate with AI-driven predictive analytics, expand IoT sensor connectivity, and automate compliance reporting for emerging green shipping regulations.
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