Rising connectivity across fleets is exposing weak points, from cyber risk to fragmented emissions tracking, while geopolitical pressure is testing how digital systems perform in real conditions.

Shipowners are being pushed to rely on data not just for efficiency, but for access, compliance and resilience, as seen in Australia’s live S-100 bridge trial bringing real-time navigation data into daily operations. Today’s stories show how digitalisation is shaping decisions across cybersecurity, fleet operations and navigation in constrained and high-risk environments. They also point to how decarbonisation is being handled through data, from electric vessels to verified emissions across entire supply chains.

— Arnel Murga

Cyber risk and other ransomware incidents continue to affect vessel operations and business systems. Legacy onboard technology and weak internal practices are leaving fleets exposed. The industry is urged to treat cybersecurity as a daily operational priority.

The maritime industry is changing faster than at any time in recent history. New fuels, new technologies, and new regulations are reshaping how ships are designed, built, and operated.

Bureau Veritas Marine & Offshore positions itself as a long-term partner,  supporting clients beyond individual projects. With global reach, deep expertise, and a commitment to shaping a better maritime world, shipowners are supported in making decisions that stand the test of time.

The path to 2050 will not be linear. But with the right guidance, it can be navigated with confidence.

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Australia has begun live trials of S-100 digital navigation data on operational cruise vessels in Sydney Harbour. The project places real-time tidal and current information directly on the bridge, giving crews greater awareness in constrained waters. This offers a practical look at how data can support safer navigation and more informed decision-making. Early feedback from crews is expected to shape how these systems are adopted across fleets.

Vessel tracking data shows how AIS was used as a live communication tool to secure passage through the Strait of Hormuz. Around a third of ships altered destination fields to declare identity or cargo in real time. The system worked until enforcement broke down, raising concerns over reliability.

An autonomous electric ferry in Fredrikstad is providing a working example of low-emission urban transport. The project combines digital vessel control with short-route operations in a real environment. It offers insight into how smaller vessels can support cleaner transport networks.

A new service in Singapore links shipping, port and landside operations to deliver verified emissions reductions. The model allows cargo owners to account for Scope 3 emissions through measurable data. It provides a structured way to connect operational decisions with decarbonisation targets.

A new bulk carrier design using ammonia fuel has received early-stage approval, including a novel tank configuration. The development adds another option for shipowners considering zero-carbon fuels.