Posts by Hannah W
VOYAGER AI Showcased within BMT DISC Simulator
VOYAGER AI Showcased within BMT DISC Simulator for Autonomous Navigation As defence organisations accelerate the adoption of autonomous and uncrewed maritime systems, the ability to rapidly test, validate and deploy new capabilities has become a critical operational requirement. Digital twin technologies are increasingly playing a central role in this transformation, enabling operators and developers to…
Read MoreVOYAGER AI High Speed Autonomy Trials In Stiletto Program
Robosys Automation’s VOYAGER AI software has successfully completed a series of autonomous navigation and collision avoidance trials as part of the Naval Surface Warfare Center Carderock Division (NSWCCD) Joint Prototyping and Experimentation Maritime (JPEM) Stiletto Program. The trials were conducted aboard the 88.6ft (27m) M80 Stiletto vessel in the challenging operational environment of the Chesapeake…
Read MoreRobosys Advances Integrated Subsea Autonomy at UDT
Undersea Defence Technology (UDT) once again brought together military leaders, naval operators, defence innovators and technology providers to explore the technologies shaping the future maritime battlespace. As one of the world’s leading undersea and maritime defence events, UDT provides an important forum for discussing emerging operational challenges, future capability requirements and next-generation autonomous systems. Representing Robosys Automation at this…
Read MoreSeaward Automation Announces Command™ Collaboration with Robosys
PRESS RELEASE | Seaward Automation, in partnership with Robosys Automation, today announced the launch of enhanced functionality for its Command™ software platform at the Palm Beach International Boat Show, introducing integrated Remote Command and Autonomous Navigation capabilities powered by Robosys Automation’s VOYAGER AI. Command™ delivers a single, intuitive interface for complete vessel operations, presenting all…
Read MoreNew Robosys VOYAGER AI Simulator Is Launched at Oceanology
ANNOUNCEMENT At Oceanology International 2026, Robosys Automation unveiled its new VOYAGER AI Simulator, a powerful new maritime simulation environment designed to work with the VOYAGER AI Autonomous Navigation System. The VOYAGER Simulator enables advanced testing, validation, and mission planning for autonomous and remotely operated vessels by creating a Digital or Virtual Twin of a vessel…
Read MoreRobosys To Showcase Award-Winning VOYAGER AI at Oceanology
At the upcoming Oceanology International exhibition, Robosys Automation will be exhibiting at stand A170 and the team will be on hand to demonstrate the company’s flagship VOYAGER AI maritime autonomy and vessel control suite. VOYAGER AI is an award-winning, AI-powered suite that transforms existing vessels or new builds into safe, efficient, and autonomous surface vessels…
Read MoreRobosys Expands OEM Propulsion Control with New Sleipner Thruster Integration
PRESS RELEASE | Robosys has announced the expansion of its multi-OEM propulsion control capabilities with the integration of Sleipner (Side-Power) Thruster Systems into its flagship VOYAGER AI autonomy and remote vessel control software suite. Robosys Automation is already recognised for its extensive compatibility with major engine, gearbox, propulsion and steering control manufacturers, offering seamless integration…
Read MoreRobosys Supports Maritime Autonomy Ecosystem & Ocean Tech Hub in U.S. Expansion
Image credit: ©Rhode Island Commerce PRESS RELEASE | Quonset, Rhode Island, USA Robosys Automation Backs Growth of Rhode Island’s Maritime Autonomy Ecosystem and Region’s Ocean Tech Hub in Strategic U.S. Expansion Robosys Automation, a global leader in maritime autonomy and smart-shipping software, is deepening its commitment to Rhode Island and the region’s rapidly growing Ocean…
Read MoreWhat’s Next for Robosys Automation
Robosys enters the year with a strong order book and proven technology. Beyond deployments and product launches, Robosys Automation developed international research and commercial collaborations, These initiatives expanded Robosys’ ecosystem, enabling rapid autonomy integration across newbuild and retrofit naval craft, commercial vessels, and research platforms. Through projects supporting offshore energy, environmental monitoring, hydrographic and oceanographic…
Read MoreRobosys’ Strategic Growth & Cross-Sector Impact
Beyond individual customer deployments and product launches, Robosys Automation has strengthened its long-term foundations and expand its role within the wider maritime autonomy ecosystem. Robosys is leading Project ORACLES, an innovative venture which will transform the environmental consenting process for offshore wind farms (OWFs). The Project ORACLES consortium includes MSEIS, Plymouth Marine Laboratories, ACUA Ocean, and the Offshore…
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