is autonomy. “Autonomy is not about removing humans; it’s about removing human error,” explains Haugland. Human factors such as fatigue, miscommunication, and cognitive overload remain major causes of maritime incidents. Autonomous navigation systems, supported by advanced sensor fusion and AI, monitor surroundings continuously, anticipate risks, and act faster and more precisely than human operators.
At Zeabuz, autonomous ferries operate with zero-emission propulsion, docking with millimetre precision, even in dense urban waterways. Haugland notes that over the next decade, “autonomous and remotely supervised operations will become the new normal for short- sea shipping, port logistics, and passenger transport.”
Dual-use platforms, combining civil and defence applications, are also emerging. The ZeaFalcon, a 7-meter uncrewed vessel developed with Damen Shipyards Group, exemplifies how autonomous systems can support both commercial and naval operations, improving safety, efficiency, and profitability.
Digitalization: The nervous system of modern transport While autonomy is the muscle, digitalization acts as the nervous system. Connected ecosystems allow data to flow seamlessly between ships, ports, energy providers, and regulators. Real-time connectivity enables predictive maintenance, route optimization, and digital twins that simulate port operations before vessels even arrive.
Haugland emphasizes, “Digitalization transforms transport from a static timetable into a living, adaptive service,” allowing fleets to respond dynamically to weather, passenger demand, or renewable energy availability.
Electrification: The engine of the future
Electrification complements autonomy and digitalization by redefining vessel propulsion. Battery-electric ships drastically reduce emissions, noise, and maintenance costs.
Cities like Oslo, Stockholm, and Rotterdam are already piloting autonomous electric ferries, demonstrating the viability of zero- emission urban maritime transport. Advances in charging infrastructure and battery technology will enable coastal cargo and logistics fleets to follow suit, driving both sustainability and profitability.
AI: Turning data into foresight AI serves as the brain behind these transformations. Beyond predictive maintenance and obstacle detection, AI is moving toward strategic foresight. It will enable fleet coordination, energy balancing, and real-time optimization of entire transport corridors.
AI-driven route optimization tools, such as OSR-OW, developed by Weathernews and HD Hyundai Marine Solution, have already demonstrated average fuel savings of 5.3% during early trials in 2024. According to Elias J. Makris, Director of European Business Development at Weathernews, “Accurate atmospheric modelling allows captains to navigate efficiently, cutting fuel costs and emissions.”
AI will also transform safety culture, shifting from reactive responses to proactive prevention, much like airbags revolutionized automotive safety.
Wireless intelligence: Safer, smarter ships
The transition to automation and digitalization requires robust connectivity. A recent Thetius- ScanReach report highlights the limitations of wired systems, which
dominate current maritime infrastructure. Wired setups create operational downtime, high costs, and safety blind spots. Wireless mesh networks now allow real- time monitoring of personnel and equipment, reducing risks and improving operational efficiency.
Sven-Eric Brooks, CEO of ScanReach, said, “Integrating people, infrastructure, and assets into one operational data platform enhances safety and simplifies upgrades throughout a vessel’s life.”
Global trade and economic implications AI and digitalization also have broad economic implications. The 2025 WTO World Trade Report estimates that AI could boost cross-border trade by nearly 40% by 2040, increasing global GDP by up to 13%. For developing economies, closing the digital gap could raise incomes by 14–15%. WTO Director- General Ngozi Okonjo-Iweala stresses that inclusive policies, workforce training, and open trade frameworks are essential to ensure equitable benefits.
Cybersecurity: Mitigating digital risks While technology improves efficiency, it also introduces cyber risks. According to Allianz’s “Cyber Security Resilience 2025” report, ransomware remains the top threat, while data exfiltration is rising. Effective detection, response, and crew training can dramatically reduce potential losses. As vessels become increasingly connected, cybersecurity becomes integral to operational resilience.
Towards a more sustainable and smarter future
When autonomy, digitalization, electrification, wireless intelligence, and AI converge, the result is more than efficiency - it is resilience.
The human element will remain central, evolving from manual operation to oversight, analytics, and AI management roles. Crew reskilling, adaptive regulation, and collaboration among shipowners, technology providers, and authorities will be critical.
THE REPORT | MAR 2026 | ISSUE 115 | 139
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