Artificial intelligence has become inseparable from modern robotics, with physical systems increasingly managed by algorithms capable of complex decision-making. Between 2010 and 2019, annual installations of industrial robots more than tripled, reaching 381,000 units globally. This rapid growth reflects a broader technological trajectory, where advances in symbolic programming have enabled high-level problem-solving and expert reasoning in structured domains—conditions well suited to workplace automation.
In the United Kingdom, research and entrepreneurial activity have converged on applications that blend AI with mechanical autonomy. One notable project involves autonomous robots designed to identify and repair potholes on UK roads. Complementing such initiatives, the £22.4 million National Robotarium in Edinburgh is set to become a hub for innovation, while London-based Karakuri is applying robotics to food preparation with its robot chef canteen.
Edinburgh’s Touchlab has engineered an electronic skin that grants robots a human-like sense of touch. Thinner than human skin, it can be wrapped around varied surfaces to detect pressure and location, functioning underwater or on land. Earlier this year, the student-led Creator Fund selected Touchlab for its first investment, joined by Techstart Ventures. The capital is being directed toward collaboration with VR/AR specialists to refine human-avatar interaction.
London’s Recycleye is tackling waste management through computer vision and robotics. The company’s system identifies and recovers useful materials from refuse streams, addressing what it views as one of this century’s most pressing challenges. In December, it secured £1.2 million in seed funding led by MMC Ventures and Playfair Capital, with additional support from Atypical Ventures, Creator Fund, eolos, Innovate UK, and the European Union.
Cambridge-based Dogtooth focuses on agricultural automation, producing AI-powered robotic harvesters for soft fruit. These machines can identify, pick, grade, and navigate between crop rows autonomously, operating even at night or in low temperatures. The technology relies on computer vision for both grading and navigation. In 2016, Dogtooth received £60,000 from the Eastern Agri-Tech Growth Initiative to advance its harvesting platform.
Automata, headquartered in London, has developed Eva, a compact and affordable desktop robotic arm. Innovations include a redesigned gearbox and proprietary control software called Choreograph. In 2019, Automata raised $7.4 million in Series A funding from Hummingbird Ventures, firstminute Capital, Hardware Club, LocalGlobe, ABB, and Entrepreneur First, aimed at expanding the team and scaling production.
Bristol’s Open Bionics is redefining prosthetics with its low-cost, lightweight robotic hand, known as the ‘Hello Arm.’ Fabricated via 3D printing, it senses muscle contractions and variations in movement, performing tasks akin to a natural hand. In 2019, the company raised $5.9 million in Series A funding from Foresight Williams Technology EIS Fund, Ananda Impact Ventures, and Downing Ventures.
Zoa Robotics in London develops highly mobile legged robots for inspection tasks. Its tele-operated systems reduce human exposure, cut engineer travel, and improve deployment flexibility. Competing with platforms like Boston Dynamics’ Spot, Zoa’s robots aim to automate routine inspections. Three years ago, the company secured £85,000 in seed funding via Britbots to enhance load capacity and autonomy.
Moley Robotics, also based in London, has built a robotic kitchen equipped with oven, hob, sink, and two dexterous arms capable of cooking and cleaning. Target markets include restaurants, airlines, kitchen developers, and chef training institutions. In 2016, Moley raised £920,000 from nearly 200 investors through crowdfunding, with an initial goal of £1 million for its chef robots.
Flare Bright specialises in ultra-light unmanned aerial systems, notably its SnapShot platform, designed for single-button aerial imaging. In January, the company won two Innovate UK Future Flight grants totaling £418,000. These projects, part of the £30 million Future Flight Challenge funded through the Industrial Strategy Challenge Fund, began in late 2020 and are scheduled to run for 18 months.