Building the global blue economy with cutting-edge robotics.
Test robotics & AI efficiency with Orkney's Blue Robotarium
Building the global blue economy with cutting-edge robotics.
The International Blue Economy Robotarium (Blue Robotarium)
The Blue Robotarium offers a team of 400 service specialists
Discover how Orkney's Blue Robotarium is expanding the global blue economy with innovative robotics, AI & autonomous systems. Join us to explore sustainable solutions that enhance oil & gas, marine and renewables industries through advanced technology and eminent research in partnership with The National Robotarium.
About the Blue Robotarium
Why Orkney
What can our clients expect
What can our clients expect
The Blue Robotarium leverages robotics, data management and AI expertise of renowned Orkney-based companies with global reach. Our founding partners, combined with The National Robotarium, provide practical assets and expertise to allow cost-effective and rapid development of solutions that benefit our blue economy, particularly in the of
The Blue Robotarium leverages robotics, data management and AI expertise of renowned Orkney-based companies with global reach. Our founding partners, combined with The National Robotarium, provide practical assets and expertise to allow cost-effective and rapid development of solutions that benefit our blue economy, particularly in the offshore wind and renewables sectors.
Access to world-leading research, design, development, and test facilities in extreme conditions overcome existing barriers for clients, reducing cost and time to market. Put your robots to the test in Orkney.
What can our clients expect
What can our clients expect
What can our clients expect
Orkney’s unique marine and archipelagic environment, with its strong focus on infrastructure, renewable energy, oil and gas, fisheries, aquaculture, tourism and marine conservation, creates an ideal setting for testing, demonstration and application of robotic, automated and data dependent solutions. Our neighbouring islands and wider ne
Orkney’s unique marine and archipelagic environment, with its strong focus on infrastructure, renewable energy, oil and gas, fisheries, aquaculture, tourism and marine conservation, creates an ideal setting for testing, demonstration and application of robotic, automated and data dependent solutions. Our neighbouring islands and wider network of collaborating communities offer further diversity of condition and opportunities. Our work contributes to global success in sustainable ocean management and coastal community development while fostering local innovation, wider sectoral development and economic growth.
Objectives
Priority Programmes
Priority Programmes
- To deliver an expansive programme of work that explores, develops and applies learning and solutions related to robotics, AI, and data management.
- To provide testing, demonstration & performance validation.
- To provide wider sectoral development and capacity building.
- To facilitate deployment programmes, management and support.
- To
- To deliver an expansive programme of work that explores, develops and applies learning and solutions related to robotics, AI, and data management.
- To provide testing, demonstration & performance validation.
- To provide wider sectoral development and capacity building.
- To facilitate deployment programmes, management and support.
- To grow the rural and island economy, training new skills and creating new jobs.
Priority Programmes
Priority Programmes
Priority Programmes
- Safety and risk management of automation in the Blue Economy.
- Robotics, AI and digitisation in the offshore wind & tidal energy sector.
- Robotics, AI and automation for island resilience and sustainability.
- Geographical digital twinning/simulation and cyber critical infrastructure.
- Robotics & AI in decommissioning & low orbit space
- Safety and risk management of automation in the Blue Economy.
- Robotics, AI and digitisation in the offshore wind & tidal energy sector.
- Robotics, AI and automation for island resilience and sustainability.
- Geographical digital twinning/simulation and cyber critical infrastructure.
- Robotics & AI in decommissioning & low orbit space services.
- Robotics & AI in the sustainable marine sector (fisheries and aquaculture).
The Blue Robotarium Mission
Our Mission
The Blue Robotarium will explore, develop and apply Robotics, AI and Data Management to facilitate the safe and sustainable growth of the global blue economy in ways that bring benefits to all parts of society, particularly island and coastal communities
Our Founding Partners
Robots In Harmony With Humans
Transforming the blue economy
Robotics and automation will continue to revolutionise marine and coastal industries worldwide, whilst helping to protect workers in dangerous environments.
Autonomous Underwater Vehicles (AUVs) and Remotely Operated Vehicles (ROVs)
Advancing ocean exploration, research, and resource management, particularly in offshore wind, reduces risks to staff.
Data collection and management
Robotic systems assist operators gather vital data, which, when combined with AI-driven analytics, enhances marine ecosystem monitoring, pollution detection and aquaculture management.
Collaborative Robotic Solutions
Our collaborative robotic solutions work alongside human workers to improve productivity and safety in various industries. They are easy to program and can be integrated into existing workflows.
Robotics & AI Adoption In Orkney
Marine Robotics & Autonomous Systems
Marine Robotics & Autonomous Systems
Marine Robotics & Autonomous Systems
Unmanned Surface Vehicles (USVs) and Autonomous Underwater Vehicles (AUVs) are being used for seabed mapping, environmental monitoring, and infrastructure inspection. Companies like NOV are advancing remote and AI-driven operations for marine applications.
Offshore Renewable Energy Support
Marine Robotics & Autonomous Systems
Marine Robotics & Autonomous Systems
Robotics and AI assist in turbine inspection, cable-laying operations, and environmental impact assessments. Orbital Marine and Aquaterra pioneer robotic solutions for maintaining floating and tidal energy platforms.
Aquaculture & Marine Conservation
Marine Robotics & Autonomous Systems
Underwater Infrastructure & Subsea Engineering
Robotics is improving fish farm monitoring and reducing environmental impact by automating feeding and waste management. Green Marine and Leask Marine are integrating remote-operated solutions for maintaining effective marine operations.
Underwater Infrastructure & Subsea Engineering
Underwater Infrastructure & Subsea Engineering
Underwater Infrastructure & Subsea Engineering
Remotely Operated Vehicles (ROVs) are commonly used for underwater repairs, surveys, and salvage operations. Companies like Green Marine and Leask Marine deploy ROVs for marine construction and decommissioning projects.
Maritime Transport & Logistics
Underwater Infrastructure & Subsea Engineering
Maritime Transport & Logistics
Autonomous shipping and smart port technologies are under exploration to optimise ferry routes and offshore logistics.
Research & Innovation Support
Underwater Infrastructure & Subsea Engineering
Maritime Transport & Logistics
Heriot-Watt University, The National Robotarium, and EMEC are leading research into robotics applications for ocean monitoring, energy efficiency, and environmental sustainability in Orkney. The Blue Robotarium project further integrates robotics into the global blue economy.