Sea-Air-Space 2026 & Rapid Integration on Ghostworks MUT USVs

Sea-Air-Space 2026 provided an outstanding opportunity for Robosys Automation to engage with defence leaders, naval operators and industry partners at one of the world’s leading maritime defence exhibitions. With autonomous and uncrewed systems continuing to shape the future of naval operations, this year’s event showcased a remarkable range of innovative Uncrewed Surface Vessels (USVs) and emerging maritime technologies.

For Robosys, the highlight of the week was seeing our VOYAGER AI Maritime Autonomy System operational onboard a pair of Ghostworks Marine Multi-Use Tactical (MUT) USVs.

Displayed at Sea-Air-Space only weeks after installation commenced, the project demonstrated the speed and flexibility with which advanced maritime autonomy can be integrated onto modern defence platforms.

The successful deployment was the result of close collaboration between the Robosys and Ghostworks Marine teams, enabling installation, integration and commissioning to be completed within an exceptionally short timeframe.

The achievement highlights a growing requirement across defence markets for autonomy solutions that can be rapidly fielded without lengthy platform redesigns or complex integration programmes.

VOYAGER AI delivers assured autonomous navigation, mission execution and vessel control capabilities, providing operators with a scalable autonomy framework suitable for a wide range of military and security missions. Designed to be platform agnostic, the software can be integrated onto both new-build and existing vessels, helping defence organisations accelerate the deployment of autonomous capability across their fleets.

Sea-Air-Space also provided valuable opportunities to meet customers, partners and industry stakeholders, with Robosys CEO Aditya Nawab and Project Manager Kedrick Swain supporting customer engagements throughout the event.

Discussions consistently focused on the growing importance of maritime autonomy, contested logistics, force protection and the operational advantages that autonomous systems can deliver.