The maritime sector’s ambition to build smarter, more connected vessels is accelerating, but the results are falling short of expectations, according to maritime technology company SmartSea.
Despite years of heavy investment by shipowners in sensors, artificial intelligence tools, voyage optimisation platforms and onboard connectivity systems, many vessels still operate with fragmented digital ecosystems that do not communicate effectively with each other.
SmartSea argues that the core issue is no longer data scarcity, but the industry’s inability to properly integrate, process and utilise the vast amount of information already being generated onboard ships.
“The industry is not short of data ships are already collecting huge amounts of it every day,” said Kris Vedat. “The real problem is that too little of that data is being harvested, connected and analysed in a way that supports better decisions.”
He added that many so-called “smart ships” still require crews to manually cross-reference information across multiple disconnected systems.
“If crews still need to piece together information from multiple platforms, then the ship is not smart, it is just more complicated,” he said.
The warning comes at a time when shipowners are under increasing pressure to improve fuel efficiency, reduce emissions, and maintain operational reliability, all while facing tighter environmental regulations and rising operating costs.
Across the industry, operators have deployed a wide range of digital solutions covering engine monitoring, predictive maintenance, fuel optimisation, routing and performance analytics. However, many of these tools were developed independently and often operate in isolation from one another.
According to SmartSea, this has resulted in critical operational data being dispersed across multiple dashboards and software environments, reducing its effectiveness for both onboard decision-making and shore-based management.
The company also highlighted the operational burden this creates for seafarers, who are increasingly required to navigate overlapping systems that may generate inconsistent or conflicting information.
SmartSea believes this growing fragmentation is widening the gap between the industry’s digital ambitions and day-to-day operational reality at sea.
As a result, key decisions related to vessel speed, fuel consumption, maintenance planning and voyage optimisation are still frequently being made without a fully integrated view of vessel performance data.
Rather than adding more standalone digital tools, the company argues that the industry should prioritise system integration, enabling existing technologies to function within a unified operational layer that connects ship and shore more effectively.
“Shipping does not need more dashboards or more raw data, it needs better use of the data it already has,” Vedat said. “That only happens when information is connected, analysed properly and presented in a way that people can actually use.”
The broader debate around maritime digitalisation has intensified in recent years as shipowners seek to balance efficiency gains with decarbonisation targets and regulatory compliance.
Operators have invested heavily in voyage optimisation software, predictive maintenance platforms and AI-driven analytics to reduce fuel consumption and improve fleet performance. At the same time, regulators and charterers are demanding increasingly precise operational and emissions data.
However, industry stakeholders have increasingly warned that the rapid deployment of digital tools has created a patchwork of systems rather than a truly integrated digital operating environment.
SmartSea argues that the next phase of maritime digitalisation will depend less on generating new data streams and more on transforming existing information into real-time, actionable intelligence.
Without stronger integration, the company warns, the industry risks creating vessels that are more technologically complex without becoming meaningfully more efficient in practice.
That challenge is expected to remain central as shipowners continue investing in smart shipping technologies while navigating commercial pressures, regulatory demands and rising expectations around fleet performance.
