Connected ship market seen hitting $11.28B by 2035

The connected ship market is forecast to rise from $4.05 billion in 2025 to $11.28 billion by 2035, driven by demand for smarter fleets, stronger safety, and lower operating costs. Growth is being fueled by satellite connectivity, IoT sensors, AI, cloud platforms, and smart port expansion across commercial and defense shipping.

Why it matters: - Connected ship technology is becoming a core part of maritime operations, with implications for safety, fuel use, maintenance, cybersecurity and emissions. - The market’s projected growth signals faster digitization across commercial fleets, naval fleets and port infrastructure.

What happened: - The Connected Ship Market was valued at $4.05 billion in 2025 and is projected to reach $4.52 billion in 2026. - The market is expected to climb to $11.28 billion by 2035, representing a 10.78% CAGR from 2026 to 2035. - The forecast comes from a new industry analysis released June 26, 2026.

The details: - Connected ships link onboard equipment, navigation systems, engines, cargo systems and shore control centers in a single digital ecosystem. - The systems enable real-time monitoring of vessel performance, fuel consumption, weather, cargo status and maintenance needs. - Shipping companies are investing in satellite communications, cloud computing, IoT and AI to improve performance and reduce costs. - IoT-enabled sensors are spreading across vessels to collect data from engines, propulsion systems, navigation equipment and cargo units. - AI analytics are being used to optimize fuel use, flag equipment failures before breakdowns, and improve routing and voyage planning. - Cloud-based fleet platforms let operators monitor multiple vessels from onshore control centers. - Satellite communication upgrades are improving ship-to-shore connectivity, crew welfare, cargo tracking and emergency response. - Smart port expansion is driving more automated docking, cargo scheduling, traffic management and logistics coordination. - Cybersecurity investment is rising as connected vessels generate larger volumes of operational data. - The market is split by ship type into commercial and defense. - Commercial ships hold the largest share because operators want lower operating costs, better route planning and more cargo visibility. - The defense segment is expected to grow strongly as navies add secure communications, surveillance and integrated command systems. - By installation type, onboard systems lead the market because vessels are embedding sensors, communications and automation directly into ship design. - The onshore segment is also growing as fleet operators build centralized control centers. - By fit, line fit is the leading segment because new vessels increasingly include connected systems during construction. - Retrofit demand is rising as owners modernize existing fleets. - By application, fleet operations lead the market, while fleet health monitoring is expected to grow strongly and vessel traffic management is expanding with smart ports. - Europe remains a major market because of its established maritime base and early digital adoption. - Asia-Pacific is expected to post the fastest growth, supported by commercial shipping expansion, naval modernization and port development in China and India. - North America remains important because of technology adoption and defense modernization. - The rest of the world is adopting connected ship systems as trade and maritime infrastructure grow. - Major companies in the market include ABB, Emerson Electric, Kongsberg Group, Marlink, Lockheed Martin, RH Marine, Rockwell Automation, General Electric, Schneider Electric, Siemens, Viasat, Wärtsilä, Intelsat, Inmarsat and Hyundai Heavy Industries.

Between the lines: - The strongest demand is coming from operators trying to do more with existing fleets, not just build new ships. - Regulation is also shaping the market, especially as emissions monitoring and maritime safety requirements tighten. - The shift toward digital twins, remote diagnostics and predictive maintenance suggests connected ship systems are moving from optional upgrades to operational infrastructure.

What's next: - Autonomous and remotely operated vessels are expected to increase demand for always-on digital connectivity. - Digital twin tools are likely to expand as operators use simulations to test equipment performance and maintenance schedules before making physical changes. - Emerging economies are expected to generate more demand as they invest in port modernization and shipping infrastructure. - Sustainability pressure should keep pushing adoption of systems that cut fuel use and track emissions.

The bottom line: - Connected ship technology is moving from a niche upgrade to a foundational layer of modern shipping, with growth tied to efficiency, safety and regulatory compliance.