Robosys Brings Maritime AI Expertise to Ocean Economy Series
As the offshore renewable energy sector continues to expand, the role of autonomous systems, artificial intelligence and intelligent vessel operations is becoming increasingly important in supporting safer, more efficient and more sustainable offshore activities.
Reflecting this growing industry focus, Aditya Nawab, CEO and Founder of Robosys, will be participating in the New Bedford Ocean Economy Conference Series (NBOECS) on 14 July, contributing to discussions on the future of offshore renewable energy and the technologies helping to shape the sector’s next phase of growth.
With offshore wind projects increasing in scale and complexity, operators are seeking innovative ways to improve operational efficiency, reduce costs and minimise risk. Maritime autonomy is emerging as a key enabler, supporting everything from offshore surveys and environmental monitoring to crew transfer, inspection, maintenance and security operations.
Robosys has been actively supporting the offshore renewables sector through its VOYAGER AI maritime autonomy platform, which enables remote control, advanced autonomous navigation and intelligent vessel operations across both crewed and uncrewed vessels. Designed to integrate with a wide range of propulsion systems and vessel types, VOYAGER AI supports offshore support vessels, crew transfer vessels, survey craft, patrol boats and other specialist marine platforms operating in challenging offshore environments.
The company’s experience in this sector extends beyond vessel autonomy. Robosys is leading Project ORACLES, a collaborative initiative focused on transforming the environmental consenting process for offshore wind farms through the use of advanced marine robotics, autonomous systems and digital ocean technologies. The project aims to streamline environmental monitoring and accelerate the delivery of future offshore wind developments.
Robosys has also been involved in innovative projects supporting offshore inspection and maintenance activities, including collaborative autonomy programmes that combine uncrewed surface vessels (USVs) and remotely operated vehicles (ROVs) to improve the efficiency of offshore asset inspections while reducing emissions and operational costs.
More recently, the company secured a landmark offshore wind vessel retrofit contract involving the integration of VOYAGER AI onto a Damen Crew Transfer Vessel, further demonstrating the growing demand for practical autonomy solutions within the renewable energy sector.
As offshore wind and the wider blue economy continue to evolve, Robosys remains committed to developing technologies that support safer operations, enhance sustainability and unlock new efficiencies across the maritime sector.
The New Bedford Ocean Economy Conference Series provides an important opportunity for industry leaders to exchange ideas, share lessons learned and explore how emerging technologies can support the future growth of offshore renewable energy worldwide.
Let’s meet to discuss advanced vessel control and maritime autonomy.