AI-driven robotics: powering the UK
As the UK sets out its ambitious plans to rapidly expand its AI capabilities, The National Robotarium, the UK’s centre for robotics and Artificial Intelligence, is powering the ambitions for the ‘arms and legs of AI’: robots.
Now, as part of the centre’s ongoing commitment to drive the national adoption of robotics and AI, The National Robotarium is working closely with NVIDIA to leverage cutting-edge robotics and AI frameworks and create a robotics and AI ecosystem to enable growth and leadership in the UK.
The UK’s hub for robotics innovation
From its home at Heriot-Watt University in Edinburgh, The National Robotarium is widely recognised as the UK’s hub for robotics innovation; supporting cutting-edge, practical research, helping early-stage businesses grow, and fast-tracking new technologies that can transform people’s work, health and lives.
The model has attracted significant recognition within the UK and Scottish Governments, whose support via the Edinburgh and South-East Scotland City Region Deal was instrumental to launching the facility – as a partnership between Heriot-Watt and The University of Edinburgh – in September 2022. Building on this momentum, the Scottish Government recently backed a new initiative to help deep tech companies in Scotland anchor and scale – and fast-track robotics adoption within their operations – marking an encouraging step-change in policy that positions emerging technologies, including robotics and AI, as a key driver for economic growth.
A new era of AI sovereignty
This comes at a pivotal moment as the UK lays the groundwork for a new era of AI sovereignty, with an unprecedented £2 billion recently committed by the UK Government to build the robust, sustainable and secure infrastructure required to physically deploy advanced AI across the country. The opportunity for industry experts at the cutting-edge of digital technologies is substantial. Working with NVIDIA and other leading technology companies can help fully realise the UK’s potential for digital transformation through AI.
Celebrating the UK’s AI ecosystem
At a special UK ecosystem event this week, the National Robotarium Head of Robotics Dr Ingo Keller will lend an expert voice on AI-powered robotics, which are transforming healthcare delivery, supporting offshore energy maintenance, and driving manufacturing innovation, all crucial for delivering the UK Government’s vision.

Dr Ingo Keller is Head of Robotics at The National Robotarium
Coinciding with the event, TechUK, the UK’s technology trade association and champion of The National Robotarium, has announced the launch of a dedicated robotics programme within its Tech and Innovation portfolio. By acting as convenor between industry, government and academia, it will provide a platform to advance the UK’s global leadership in robotics, and help towards realising The National Robotarium’s ongoing mission to create a national robotics strategy.
Dr Ingo Keller said: “This is a pivotal time for technological advancement in the UK and the rapid pace in which government are working in collaboration with the private sector, trade associations and other industry experts is driving real progress in delivering a digital infrastructure that can support the UK’s economic and productivity goals.
“However, to fully realise the UK’s ambitions in AI and innovation, it is essential to include robotics – the physical embodiment of AI – as a core component of the national strategy.
“In just three years, The National Robotarium has emerged as a leading force in UK robotics, championing the economic and societal value of building a strong robotics ecosystem. By harnessing AI and supercomputing to power intelligent machines, our work is helping to transform manufacturing, create high-value jobs, and deliver smarter public services.
“As the UK continues to invest in AI and digital transformation, robotics will play a vital role in shaping a future that is not only more efficient and productive, but one that drives growth and global competitiveness.”

The National Robotarium is working with NVIDIA to leverage cutting-edge robotics and AI frameworks to create a robotics and AI ecosystem in the UK
Examples of AI-powered robotics at The National Robotarium include:
- Crover, an agritech company who have created a range of smart portable robot drones that can ‘swim’ through industrial grain silos. Crover utilise AI to gather and transmit data on the integrity of the grain and, when needed, deploying the robot’s burrowing function to optimise the grain’s storage, reducing waste and improving staff safety.
- Frontier Robotics, a spinout from Heriot-Watt based at The National Robotarium, Frontier Robotics have developed advanced visual sensing and autonomy technology for subsea robots. Their unique, state-of-the-art camera, which can be mounted onto remotely-operated vehicles (ROVs), uses NVIDIA AI technology to take true-to-life imagery of offshore assets, such as wind turbines and floating offshore wind platforms, and simulate virtually ‘real’ assets.
- Smartrawl, an intelligent fishing system that utilises NVIDIA technologies to detect and reduce bycatch. The brainchild of Professor Paul Fernandes, Bicentennial Research Leader at The Lyell Centre, Heriot-Watt University’s global research institute for Earth and marine sciences, Smartrawl’s underwater stereo camera system rapidly processes a fish species AI algorithm to identify and safely release unintended catch using an automated gate system developed with Robotics Engineers at The National Robotarium.
- Touchlab Limited. Creators of the world’s thinnest synthetic e-skin, Touchlab uses cutting-edge haptic technologies to allow robots to ‘feel’ texture and perform challenging tasks such as grasping fragile objects or using tools. In collaboration with The National Robotarium’s engineering team, they have further developed their robotic touch systems embedding tactile sensors through HaptX gloves. Using the revolutionary technology, remote operators can gain real-time feedback, helping them to undertake a wide range of tasks, such as safe healthcare delivery in infection-control areas.
























