There are industries where improvisation is not an option. The naval sector is one of them. Every technical decision, every maintenance task, and every training process has a direct impact on safety, costs, and the operability of vessels that are expected to function for decades in extreme environments. In this context, Extended Reality (XR)—Augmented, Virtual, and Mixed Reality—has moved beyond being a technological promise to become a tangible tool that is already transforming the way work is done in shipyards and onboard vessels.
Today, talking about XR in the naval sector is not about futurism; it is about competitiveness. It is about how naval companies are using new ways to visualize information, train their teams, and reduce errors in increasingly complex systems.
The real challenge: unseen complexity
Anyone who has worked on a ship knows it is far more than floating metal. It is an ecosystem of hundreds of interconnected components, specialized systems, and, above all, knowledge accumulated over decades. Knowledge that has traditionally lived in the minds of a few experts. And that becomes a problem when those experts retire or when rapid training is required.
This is where Extended Reality changes the rules of the game. It turns invisible knowledge into something visual, accessible, and useful at the exact moment it is needed. Those technical PDF manuals that no one reads are now, thanks to XR technology, interactive 3D guides that show you exactly what to do. It’s not magic—it’s technology applied with common sense.
Training: learning by doing (but without risk)
For years, naval training followed the same pattern: you go onboard, learn on the job, and hope you don’t make mistakes. It works, but it is slow, expensive, and risky.
With Virtual Reality, you can train in a virtual engine room that replicates the real one in every detail. You can make mistakes a thousand times, learn from them, and step onto the real vessel knowing exactly what you are dealing with—without pressure, without downtime costs, and above all, without putting anyone at risk.
But that’s not all. Augmented Reality takes training one step further: you learn while you work. Imagine wearing smart glasses that guide you step by step during a maintenance task. Instructions appear overlaid on the real equipment. There’s no need to consult manuals or call an expert—you have all the information you need, exactly when you need it.
Maintenance: less downtime, greater efficiency
In naval maintenance, every minute counts, and every mistake can be extremely costly. Extended Reality makes possible things that were once unthinkable: seeing inside a system without disassembling it, automatically recording every intervention, or receiving assistance from an expert located 5,000 kilometers away.
That last point is crucial. With this technology, a technician in the middle of the ocean can connect with an expert onshore. The expert sees exactly what the technician sees and can guide them in real time, as if standing right beside them. This is Remote Assistance. And in a sector as global as the naval industry, this is not just an advantage—it is a paradigm shift.
Santiago González, CEO of ARSOFT, states that “in training and maintenance, there is no room for doubt. Extended Reality helps people know exactly what to do and when to do it.” And in a sector like the naval industry, that translates directly into safety, efficiency, and cost savings.
Extended Reality in the naval sector is already here
Extended Reality is no longer experimental. It is no longer something that “might be tested in the future.” It is a mature technology that is already delivering results in naval companies around the world.
At ARSOFT, we have been developing XR solutions for complex industrial environments such as the naval sector for years—one of the industries where the impact of these technologies is most clearly felt. Technologies that, once again, we will be showcasing at NAVALIA, because we believe that technological innovation only makes sense when it solves real-world problems.
