Quub satellite platform. Photo: University of Wolverhampton

Space technology could be used going forward to detect water leakage throughout the U.K. thanks to an interesting new project called ‘Space Eye.’ Researchers at the University of Wolverhampton, alongside South Staffordshire Water believe ‘Space Eye’ could transform how water leakage is detected across the U.K., using next-generation satellite technology to deliver faster, more accurate and cost-effective monitoring. The University of Wolverhampton revealed details of the project on May 20.

By merging advanced AI techniques with high-resolution satellite imagery, the team’s solution aims to revolutionize water leakage detection — reducing economic losses, improving operational efficiency, and supporting the U.K.’s long-term environmental sustainability goals.

Alongside partners, Professor Mohammad Patwary and Dr Rahul Mourya, based in the University of Wolverhampton’s Digital Innovations and Solution Centre (DISC), have obtained 1.3 million pounds ($1.73 million) in funding from Ofwat’s Innovation fund to build, launch and operate a fleet of six Low-Earth Orbit (LEO) microsatellites, aimed at detecting water leakage and unaccounted-for water. The proposed solution uses the Quub satellite platform.

The funding, awarded as part of a successful application to Ofwat’s Water Breakthrough Challenge 5, which has allocated up to 40 million pounds ($53.4 million) to highly collaborative water-sector innovations, aims to deliver benefits for customers, society and the environment.

“This Ofwat-initiated opportunity marks a major innovation leap for the U.K.- enhancing the water industry’s efficiency and infrastructure longevity, while creating a platform for critical sectors like energy, transport, and telecom, positioning the U.K. as a leader in LEO satellite-driven innovation and productivity,” Professor Mohammad Patwary, Director of the University’s Digital Innovation and Solution Centre (DISC), and the Academic Lead of the project said in a statement.