A ship can be wired to the whole world and still know very little about itself.

The connection is a relatively easy purchase. Building the system to process all of the data that gets generated onboard is more challenging.

Bandwidth moves information but only onboard intelligence makes it useful.

Faster satellite capacity is arriving from every direction, and shipowners will soon have more of it to choose from than ever. That is welcome. It is also the easy part.

The harder part is what a vessel does once it is connected. Engines, sensors, cameras and navigation systems generate far more data than shore teams can review. Sending all of it ashore is expensive and most of it carries no useful signal. A ship that only forwards data is a pipe with a large bill.

Frank Pacella, VP Sales, Maritime at Orbius, argues for processing information onboard, flagging anomalies as they happen and sending ashore only what matters. An engineer can then diagnose a developing fault remotely and have parts waiting at the next port. That is the difference between watching a fleet and maintaining one.

Resilience runs through the same argument. As applications move to the cloud, a dropped connection becomes an operational event. Pacella puts it plainly: “Once critical operations move to the cloud, connectivity stops being a luxury and becomes operational infrastructure. Infrastructure can’t have a single point of failure.” Onboard computing lets key workloads keep running while the link recovers, with data synchronised afterwards.

The commercial logic is sharper still. With more LEO constellations entering the market, Pacella expects raw connectivity to become commoditised. Advantage will sit in what is built around the link: routing across several networks, security and local compute. His five-year view is blunt: “Within five years, the connected vessel will function as a floating edge data centre. It will be permanently linked to shore, but capable of thinking for itself.”

This is a supplier’s view and owners should test it against their own fleets. The underlying gap is real, though. Many operators have bought connectivity without buying the capability to use it. Contracts signed now will set what a vessel can do for years. Paying more for capacity while the ship stays blind to its own data is the costliest version of digitalisation.

Cyberattacks, network outages and IT failures can disrupt critical shipboard operations, exposing weaknesses in connected systems and fleet-wide infrastructure. In System Resilience: Six Stages to Reduce Operational Risk, Clarissa Wright examines how shipowners can prepare for disruptions through offline continuity, staged failover strategies and alternative communications paths.

» Download Digital Ship, Data and IT Infrastructure Autumn 2026 «

CMA CGM targets 20 countries with AI sales agent after 4,000 customer calls
CMA CGM plans to expand its AI sales agent across 20 countries by year-end after one-third of more than 4,000 customers contacted in pilot campaigns progressed to active shipping discussions.

Fincantieri invests €100m in robotics and AI for shipyard automation
Fincantieri is deploying robotics, Physical AI and digital twins across 13 shipyards, with almost €100 million committed to improve production, safety and manufacturing quality.

Shipowners seek €33bn EU fund to close maritime decarbonisation gap
European shipowners want the proposed EU maritime decarbonisation fund tripled to €33 billion, arguing that current plans would cover only a third of the support needed for cleaner fuels and technologies.

IMO net-zero rules could unlock green ammonia investment in the DRC
A UCL Energy Institute study estimates green ammonia could cost about $515 per tonne at the proposed Grand Inga hydropower site, with IMO climate rules potentially improving its competitiveness as a marine fuel.

Germany commits €400m to cut shipping emissions through 47 measures
Germany has approved €400 million for 47 measures covering cleaner fuels, fleet modernisation, alternative propulsion and digitalisation to help shipowners reduce emissions across maritime and inland shipping.

» Register your Interest «

Leaving Cargill to Start SeaThrew Marine: Eman Abdalla on How Shipping Can Become More Responsible

Eman Abdalla joins Nick Chubb and Raal Harris to discuss building Seathrew Marine, why ownership matters for safety and seafarer welfare, and what meaningful maritime transformation demands. The conversation spans operational accountability, career reinvention, decarbonisation, collaboration, incentives, technology, and the challenge of turning ambition into everyday practice at sea.

Viking Line has extended its Wärtsilä lifecycle support programme to Viking XPRS, bringing three ferries under a five-year service model aimed at improving engine reliability, maintenance planning and operational efficiency, with potential fuel and emissions benefits.