Cyber resilience is becoming a test of how well a ship management company actually runs its fleet. One ship manager’s approach treats cyber monitoring as part of technical management while giving owners room to work with systems they already trust.

That matters because digital tools have to work within the realities of ship operations. Technology only matters when the systems around it are ready to make it work in everyday fleet operations.

What happens after the technology is installed? If it creates more work for crews and managers, its value quickly becomes harder to justify.

Anglo-Eastern’s cyber decision deserves the lead because it deals with a problem that sits inside the daily business of third-party ship management. A manager looking after more than 720 vessels for more than 100 shipowners cannot build a separate cyber regime around every owner's preferences and still expect the system to work efficiently across the fleet. Yet imposing one rigid system can create its own problems when owners have already spent money on security infrastructure.

The important part of Anglo-Eastern’s approach is the attempt to make those two realities work together. CyberOwl’s system is being integrated with existing endpoint protection, firewalls and network monitoring rather than replacing them. The result is intended to give the manager a common view of cyber risk while leaving room for differences between owners and vessels.

That has a direct operational consequence. A cyber alert at sea cannot be treated in the same way as an alert on a corporate network. Connectivity can be intermittent, crew changes can produce legitimate variations in system activity, and a Master may need to override a control to keep the vessel operating. A security system that creates too much noise can become an operational nuisance rather than a useful safeguard.

That is why the story matters beyond cybersecurity. It shows what happens when a digital system is designed around the realities of ship management rather than added alongside them.

For third-party managers, that may be the harder standard to meet. Digital capability has to work across different owners, different vessels and different operating conditions while still giving people enough information to act.

The compliance timeline for S-100 is settled, the operational question isn't. What changes for the master on watch, the superintendent reviewing a voyage plan, or the shore team suddenly seeing what the bridge sees? Teledyne Raymarine Commercial's latest thought leadership explores what the 2029 transition really demands: managing a flood of dynamic new data, redesigning bridge-shore workflows, and choosing a navigation partner built for the long term, not just the next chart subscription. The next 18–24 months will decide which fleets are ready.

>> Read the full piece <<

How much more can shipowners see when coastal AIS coverage improves? BigOceanData’s Asia-Pacific test tracked 137,075 unique vessels compared with 55,171 previously, while median position age fell from 9.5 hours to 5.4 hours, giving fleet teams a fuller and more current picture of coastal traffic.

What happens when autonomous navigation can recognise targets that conventional bridge sensors may miss? SEA.AI and Anschütz are integrating optical and thermal machine vision into the Autonomics Navigation Suite, adding classified detection of small vessels, buoys, floating debris and people in the water to the navigation picture.

Can battery power become easier to fit around the way ships actually operate? AYK Energy’s Cosmos containerised system can be transported, swapped between voyages or permanently installed, giving shipowners a way to tailor battery capacity to individual voyages without a dedicated battery room.

Can offshore carbon storage avoid some of the infrastructure normally required between capture and injection? MacGregor’s new Bow Transfer System uses 79% field-proven bow-loading technology to connect LCO₂ carriers directly with offshore injection sites, with prototype testing and demonstration planned for 2027.

» Register Now «

» Register Now «

» Secure your Delegate Pass «

» Register your Interest «

Nicolas Timpelis of Ionic argues that Greek shipping will invest in AI only when reliable data, measurable results and human judgement make its recommendations trustworthy enough for real operational decisions.