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Home » Grow » Sector Growth » Essex Tech 50 » Essex Tech 50 – 2026 » Versatile RobotX
Versatile RobotX develops and deploys cost-effective, multifunctional, field-ready robots that automate repetitive and physically demanding agricultural tasks. By harnessing robotics and AI, we address critical societal challenges including food security, labour shortages, and environmental sustainability.
Our vision is twofold: to transform how food is produced and to improve how people work in agricultural environments.
In 2025 we focused on advancing both our technology and commercialisation activities.
Technically, we conducted extensive field testing of our second-generation low-cost robotic platforms, while developing industrial-grade and food-safe crop interaction tools, improved operator interfaces, and visualisation systems to support practical farm deployment.
On the business side, we secured support through Freeport East and the Innovate UK Launchpad programme, initiated our first investment round, and further developed the Robotics-as-a-Service (RaaS) business model underpinning the deployment of our versatile agricultural robots.
In 2026 our focus is on scaling deployment and expanding the team. This includes strengthening engineering, business development, and farm integration capabilities to support robot deployment and on-field maintenance while also helping farms upskill their workforce.
We plan to run additional pilot trials across multiple growers and crop types, further validating our platform in real farming environments.
We are also collaborating with GyroPlant to explore robotic automation for substrate-free growing systems, currently being trialled for more than 50 crop varieties.
In addition, our collaborative work with growers has been shortlisted as one of the three finalists in the 2026 UKRI AI & Robotics Research Awards (Best Industry Collaboration), and we look forward to attending the awards ceremony.
Essex is an excellent place for a business like ours. The region offers access to innovative growers and early adopters, which is essential because agricultural robotics must be tested extensively in real farm environments.
Working closely with growers allows us to refine system design, functional specifications, and operational workflows based on real feedback, which is critical for developing commercially viable solutions.
We have also benefited greatly from the support of the University of Essex, which has been instrumental in our journey from research to commercialisation.
Versatile RobotX focuses on automating the most labour-intensive and repetitive tasks that require direct and complex interaction with crops.
Our robotic systems help address the industry-wide labour shortage while providing growers with greater operational resilience. Automation increases productivity and yield, reduces waste, and supports more sustainable local food production by lowering carbon footprints, reducing food miles, and decreasing reliance on imports.
Over the next five years we expect major advances in:
We also anticipate technology transfer into other sectors that involve “dull, dirty, and dangerous” work, such as waste recycling, low-volume manufacturing, nuclear operations, and construction.
Working within the University of Essex ecosystem was critical to the development of our initial minimum viable product and ultimately enabled the company spin-out.
The University enabled us to access state-of-the-art robotics and hardware laboratories, skilled technical staff, research funding, commercialisation support, and a strong pipeline of talented robotics and computer science students and researchers. These resources were essential in reaching our current stage of technological and commercial development.
Our current focus remains firmly on agri-food, where the need for automation and the potential societal impact are particularly significant.
However, many of the technologies we are developing—such as adaptive robotics, embodied AI, and robust field autonomy—have clear potential applications in other sectors in the longer term.
Key technical skills include:
Equally important are strong teamwork, communication, critical thinking, and problem-solving skills, as developing and deploying robotics systems requires close collaboration across disciplines.
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