British Researchers Innovate Smart Flooring for Elderly Safety
London, Thursday, 2 October 2025.
Smart flooring technology, developed by British researchers, aims to reduce fall risks among the elderly, offering significant safety improvements and potential healthcare cost savings.
Pioneering Technology in Elder Care
In a groundbreaking initiative, researchers at the University of Surrey have developed smart flooring technology designed to significantly reduce fall risks for elderly individuals. This innovation involves the use of advanced sensor technology to monitor movement and provide real-time feedback, enhancing safety in both home and healthcare settings [1][2].
Collaborative Efforts and Research
The smart flooring project is part of a larger initiative under the UK Engineering and Physical Sciences Research Council (EPSRC), involving collaboration with the University of Portsmouth and commercial partners in the flooring and sensor industries. This interdisciplinary effort aims to translate research data into practical applications, ultimately improving the quality of life for seniors [1][4].
Impact on Healthcare and Cost Savings
The adoption of smart flooring could potentially alleviate the financial burden on healthcare systems by reducing the number of fall-related hospital admissions. In England alone, there were 219,000 fall-related emergency hospital visits among individuals aged 65 and over in 2023/24, highlighting the urgent need for preventative measures [5]. The NHS spends approximately £435 million annually on fall-related injuries, underscoring the potential economic benefits of this technology [5].
Future Directions and Implementation
As the technology develops, the focus will be on integrating smart flooring into various environments, including hospitals, care homes, and private residences. The long-term vision includes flooring that remains firm under normal use but softens upon impact to cushion falls, minimizing the risk of serious injury [5]. Such innovations are crucial as the global population continues to age, requiring adaptive solutions to enhance elder care [3][5].