Thought Leadership Across AI & Maritime Automation at AMT
Industry collaboration and knowledge sharing have never been more important as the maritime sector accelerates its digital transformation journey. Against this backdrop, Nigel Lee represented Robosys at Advanced Maritime Technology (AMT) 2026, being one of the industry’s leading forums dedicated to the future of maritime innovation.
Held in Amsterdam, Netherlands, Advanced Maritime Technology brings together shipowners, vessel operators, ports, naval architects, regulators, technology providers, system integrators, investors and policymakers to discuss the technologies shaping the next generation of maritime operations.
The event combines the heritage of the well-established Autonomous Ship and Electric & Hybrid Marine conferences, creating a comprehensive platform focused on autonomy, automation, digitalisation, electrification and the future of maritime operations.
With a dedicated conference stream focused on autonomy and automation, the event explores practical applications of remote operations, AI-driven decision support, cybersecurity, digital vessel management and the deployment of commercially viable autonomous technologies. The audience represents key decision-makers from across the global maritime sector, all seeking solutions that can improve safety, efficiency and operational performance.
During the event, Nigel shared insights into the evolution of autonomous and remotely operated vessels, drawing on Robosys’ extensive experience developing and deploying advanced vessel control systems through its VOYAGER AI platform.
“The maritime industry is shifting from autonomous experimentation to operational deployment, with AI and intelligent vessel systems delivering measurable benefits today”
As autonomous technologies continue to mature, industry attention is increasingly focused on practical implementation rather than future concepts alone. Topics expected to feature prominently include AI-enabled navigation, intelligent decision support, remote vessel operations, commercial deployment strategies and the regulatory frameworks required to support wider adoption.
Robosys has been actively contributing to this transition through the development of software-defined autonomy solutions that can be integrated into both new-build and existing vessels. VOYAGER AI supports advanced remote control, autonomous navigation, mission planning and intelligent vessel management across a broad range of commercial, offshore, defence and workboat applications.
Recent developments, including the launch of the VOYAGER AI Simulator, offshore vessel retrofit programmes and multiple autonomy integration projects, demonstrate how the industry is moving beyond pilot programmes towards operational deployment. These projects are helping vessel operators reduce risk, improve efficiency and unlock new capabilities through intelligent automation.
The Advanced Maritime Technology conference provided an ideal forum for discussing both the opportunities and challenges associated with maritime autonomy. From regulatory considerations and safety assurance to human-machine collaboration and operational integration, industry stakeholders are increasingly focused on ensuring autonomous technologies deliver tangible benefits while maintaining the highest standards of safety and reliability.
By participating in events such as AMT, Robosys continues to play an active role in shaping the future of maritime operations and advancing the conversation around safe, practical and commercially deployable autonomy.
Driving the conversation around safe and practical maritime autonomy remains central to Robosys’ mission as the industry moves towards a more connected, intelligent and efficient future at sea.
Contact the Robosys team to discuss advanced vessel control, AI-enabled navigation and the future of maritime autonomy.
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