Archives: tech

Parts delays in shipping rarely come from one dramatic failure. More often, they build through slow identification, fragmented approval chains, incomplete technical data, piecemeal ordering, weak inventory logic, and last-minute logistics that leave owners...

The cyber risk picture on ships is getting harder, not easier, because more vessel functions now depend on digitalization, integration, automation, and network-based systems. IMO’s revised 2025 maritime cyber risk guidance says that shipping’s...

Ship automation is basically the vessel’s nervous system for monitoring, control, alarms, and fast operational response. In modern commercial ships, that usually means a combination of alarm and monitoring, power and energy management, machinery...

Shipping companies are not short on AI ideas. What they are short on is confidence about which ones deserve real money. Recent maritime AI research shows a market that is interested but selective: 82%...

Predictive maintenance in shipping is no longer just a concept pitch. Major maritime players now market it around real-time vessel data, anomaly detection, and lower unscheduled maintenance, while class and research bodies frame data-driven...

The strongest maritime tech savings often come from connecting systems that already sit close to the money, rather than adding one more isolated dashboard or niche app. Current vendor and class examples point in...

Better emissions data is no longer just a reporting chore. In 2026 it is increasingly tied to freight negotiations, carbon-cost allocation, FuelEU pooling decisions, customer transparency, and fleet strategy. The reason is simple: EU...

Ship operators are buying more software, sensors, dashboards, and AI layers, but a lot of ROI still breaks before the technology itself has a fair chance to work. The recurring cause is weak shipboard...

The maritime AI projects attracting real budget are usually not the broadest or most futuristic ones. They are the ones tied to visible workflow pain, measurable delay, or repeated manual effort in chartering, operations,...

Digital twins tend to create the most owner value when they stop being treated as futuristic visual models and start functioning as decision tools tied to fuel, uptime, inspection timing, maintenance planning, and retrofit...

A vessel connectivity upgrade tends to pay back faster than owners first assume when the ship is already losing money or time because of weak shore links, poor traffic control, slow troubleshooting, survey friction,...

Maritime tech report Buyers now want cyber platforms that can see the vessel not just scan the office network The strongest purchasing pattern in maritime cyber is moving toward tools that can understand shipboard...

Shore-to-ship connectivity buying has moved well beyond the old question of whether a vessel should keep a GEO VSAT terminal or bolt on a new LEO antenna. The real market shift is toward layered...

Maritime companies are not adopting AI evenly across the whole business. The fastest testing lanes right now are the ones that attack messy, high-friction work: searching email and attached documents, extracting usable data from...

Planned maintenance is still the backbone of shipboard control because fleets need documented intervals, class alignment, manufacturer compliance, and a system crews can execute reliably under pressure. But predictive maintenance is becoming harder to...

A lot of maritime technology looks cleanest in a newbuild presentation because the vessel is treated like a blank sheet. Real fleet economics are messier. In 2026, many of the investments drawing the most...

A maritime signal-integrity problem rarely stays inside the bridge electronics lane. Once trusted inputs start drifting, degrading, or contradicting each other, the impact can move outward fast into slower decisions, wider safety margins, berth...

Air lubrication has moved well beyond concept-stage marketing. Lloyd’s Register said in 2025 that Silverstream’s system was installed on more than 100 vessels and had logged more than a million hours of in-service monitoring,...

Disrupted navigation environments do not only expose weak signals, bad position data, or interference. They also expose the way people and systems struggle together when confidence starts breaking down. The pattern is usually familiar:...

PNT and sensor integrity are no longer narrow bridge or electronics topics. They now sit closer to the center of fleet resilience because more navigation, reporting, optimization, maintenance, remote support, and commercial decision-making depends...