07-10-2024 (updated on: 19-05-2026) – Fugro, a global leader in Geo-data, has partnered with VSTEP to enhance training capabilities for remote operators of uncrewed surface vessels. The acquisition of VSTEP’s NAUTIS Simulator allows Fugro to train personnel on their USV fleet using a fully customised simulation solution, further solidifying VSTEP’s position as a trusted provider in the rapidly expanding unmanned surface vessel training sector.
Overview of the Project
The ability to seamlessly integrate Fugro’s GSAVI (Global Situational Awareness Via Internet) software with NAUTIS was pivotal to this collaboration. GSAVI is Fugro’s proprietary platform for real-time situational awareness during remote vessel operations. By connecting GSAVI directly to the NAUTIS simulator, the training environment accurately replicates the actual interface and data flows that operators use when controlling a real uncrewed surface vessel from a Remote Operations Centre.
This level of integration means trainees are not learning on a generic simulator. They are practising on a digital replica of the exact system they will operate in the field.
“The addition of a proven simulator to Fugro’s Remote Operations Training capability will allow our Technical Trainers to safely, sustainably and effectively conduct comprehensive USV and Remote Operations training for the current and future workforce, at the world-class Fugro Academy Training Centre in Plymouth, UK.”
– Wayne Reynolds, Global Technical Training Manager at Fugro
Why Simulator Training Matters for USV and Remote Operations
Operating an unmanned surface vessel remotely presents challenges that are fundamentally different from conventional bridge operations. Remote operators rely entirely on sensor data, video feeds and situational awareness software rather than direct physical presence on the vessel. Decision-making must be fast, accurate and based on interpreted data rather than direct observation.
Training remote operators in live conditions is costly, operationally disruptive and carries real safety risk. Simulator-based training addresses all three of those constraints. Operators can practise handling complex scenarios including adverse weather, sensor limitations, collision avoidance and emergency procedures without any operational impact or risk to personnel or equipment.
“We are excited to collaborate with Fugro on this innovative project, tailoring our NAUTIS simulator to meet the specific demands of their remote operations. This partnership presents a significant opportunity in the rapidly expanding USV sector, leveraging the world-class facilities at the Fugro Training Centre.”
– Alexios Limnios, Business Development Team Lead | EMEA at VSTEP
Strategic Impact and Future Development
Fugro intends to use this customised NAUTIS solution as a benchmark that will continue to develop alongside their growing uncrewed surface vessel fleet. As Fugro expands its range of USV classes, the training programme built on NAUTIS provides a scalable foundation that can be adapted to new vessel types and operational requirements without requiring a completely new training infrastructure.
This collaboration also reflects a broader trend in the maritime industry. As unmanned surface vessel technology matures, the demand for structured, simulator-based operator training is growing in parallel. Organisations deploying USVs at scale need training programmes that keep pace with fleet expansion and evolving operational complexity.
The simulated USV will be controlled using GSAVI, thus providing a realistic simulation of actual operations. This will allow for enhanced training, practicing of scenarios and project preparation, for USV Operators and Remote Operations Centre personnel.
NAUTIS USV training solution: Key capabilities
| Capability | Description | Training benefit |
|---|---|---|
| GSAVI software integration | Direct integration of Fugro’s proprietary situational awareness platform | Trainees practise on the exact interface used in real operations |
| Custom scenario development | NAUTIS scenarios tailored to specific USV classes and operational routes | Training directly relevant to the operator’s actual deployment environment |
| Remote Operations Centre simulation | Replicates the data feeds and controls used by remote operators | Prepares operators for the specific demands of shore-based vessel control |
| Adverse condition training | Simulates sensor limitations, adverse weather and emergency situations | Safe exposure to high-risk scenarios without operational impact |
| Scalable solution | Simulator adapts as fleet grows and new vessel classes are introduced | Training infrastructure grows with the organisation |
| Sustainable training | No fuel consumption, no vessel wear, no operational disruption | Cost-effective and environmentally responsible operator development |
Interested in simulator solutions for USV or remote operations training? Explore the NAUTIS Simulator or contact the VSTEP team to discuss your requirements.
About VSTEP
VSTEP creates innovative simulation software for professional organizations worldwide. We are a team of 60 explorers who are always up for challenges. We are not constrained by standards and are flexible in our approach to fulfilling the mission: enable learning by simulation.
We are all dedicated to the same vision: ensure that at least one-third of the maritime industry has obtained their skills through our simulation technology. Hence, we strive to make a great contribution to creating a more sustainable world. We invest in continuous R&D of our software and work passionately as a team to get there.
What is uncrewed surface vessel (USV) simulator training?
USV simulator training uses a maritime simulation environment to prepare remote operators for the specific demands of controlling unmanned surface vessels from a Remote Operations Centre. Unlike conventional bridge training, it focuses on sensor interpretation, situational awareness software and remote decision-making rather than physical vessel handling. Simulator training allows operators to practise complex and emergency scenarios safely before working with real vessels.
Why is simulator training important for remote USV operators?
Remote operators of uncrewed surface vessels rely entirely on digital data and software interfaces rather than direct observation. This creates training challenges that cannot be fully addressed through classroom instruction alone. Simulator training provides hands-on practice with the actual systems and interfaces operators use, including adverse condition scenarios and emergency procedures, without the cost or risk of live vessel operations.
How does NAUTIS integrate with existing USV operator software?
NAUTIS supports integration with third-party systems and software. In the case of Fugro, NAUTIS was integrated with GSAVI, Fugro’s proprietary Global Situational Awareness Via Internet platform, enabling the simulated USV to be controlled through the same interface used in real operations.
What types of organisations benefit from USV simulation training?
Any organisation operating uncrewed or remotely controlled surface vessels can benefit from USV simulator training. This includes offshore energy companies, hydrographic survey firms, port authorities, defence organisations and environmental monitoring agencies. As USV fleets grow in scale and operational complexity, structured simulator-based training becomes an increasingly important component of safe and efficient operations.
Updated on 09-08-2026.
Remote operation is becoming a defined role
When this project started, remote operation of uncrewed vessels sat largely outside international rules. That is shifting. The IMO adopted a non-mandatory Code for maritime autonomous surface ships in May 2026, in force since 1 July 2026, with remote operations named among its subject areas (IMO). A framework describing how remote operations should be conducted implies people who are trained and assessed to conduct them.
There is not yet a dedicated international certification standard for remote operators comparable to STCW for seagoing officers. In its absence the practical route is the one taken here: build competence on a simulator that reproduces the operator’s own interface and data feeds, so moving to a live vessel changes the stakes rather than the workflow. That is why USV simulator training is increasingly specified around the operating software rather than around a generic bridge.
Training for remote operations
Read how the same thinking applies to autonomous vessel simulation with Captain AI, explore our maritime training solutions and the NAUTIS ships simulator, or book a demo to discuss a remote operations centre setup.
