Conducted aboard a feeder containership sailing between Gioia Tauro and Marsaxlokk, the trial placed the AI system in dense traffic, port approaches, and narrow passages. It ran in parallel with radar, AIS, and standard bridge watchkeeping, while a Lloyd’s Register specialist monitored both system outputs and how crew engaged with the technology.
The results point to a practical role for AI on the bridge. Rather than replacing decision-making, the system acted as an additional layer of awareness. It was particularly effective at identifying smaller or low-visibility targets, especially at night or in crowded shipping lanes where conventional systems can fall short.
The trial didn’t stop at detection accuracy. Equal weight was given to how the system fits into real workflows—an area that often determines whether new tech actually gets used.
Measured against standard navigation references, the platform delivered strong precision and recall, capturing most relevant targets while limiting false alerts. It also maintained consistent uptime across the voyage, suggesting reliability under operational pressure.
Crew input played a central role in the evaluation. Structured feedback sessions and onboard workshops were used to capture how seafarers interacted with the system in real time. This user-focused approach reflects a broader shift: technology validation is no longer just about performance metrics, but also about usability in demanding environments.
Beyond the voyage itself, the collaboration introduced a more structured way to assess AI-driven situational awareness. By combining technical benchmarks with human-factor insights, the framework offers a more complete picture of readiness for deployment.
That matters as the industry faces overlapping pressures—from decarbonization targets to tighter regulations and gradual steps toward autonomy. AI navigation tools are increasingly positioned as part of the solution, offering incremental gains in safety and efficiency rather than a wholesale overhaul.
With Orca AI systems already in use on more than 1,200 vessels, the focus is shifting from trial phases to scaled adoption. The key question is no longer whether the technology works, but how to integrate it responsibly. That includes maintaining human oversight, aligning with regulatory expectations, and ensuring systems support—not complicate—the realities of bridge operations.
