With pilot trials launching this year, Sensore introduces a breakthrough pressure-ulcer prevention system combining smart fabric sensing, continuous real-time monitoring, and AI-driven risk alerts into one simple, practical solution. It features a discreet, flexible sensor mat designed to integrate into any wheelchair, seating system, or bed, paired with an intuitive app that turns complex pressure data into clear, actionable guidance.

Instead of waiting for early signs of tissue damage, Sensore works proactively. It monitors pressure distribution 24/7 and provides personalised early-warning alerts before an injury begins to form. Users gain a reliable layer of protection that reduces uncertainty, improves safety, and removes much of the daily anxiety associated with long periods of sitting or immobility. For wheelchair users, Sensore offers something powerful: peace of mind. The system supports independence while silently maintaining a watchful eye on pressure hotspots.

For carers and healthcare professionals, it brings consistency, accuracy, and relief from the burden of manual checks - making prevention easier to deliver, document, and standardise. At provider level, Sensore helps strengthen compliance, reduce avoidable harm, and contribute to meaningful cost savings. With pressure-ulcer treatment costing the NHS an estimated £2.6 billion annually even modest improvements translate into measurable operational benefit. Over time, anonymised data captured by Sensore will support new research pathways into pressure-injury reduction and personalised care.

Backed by clinical experts and early pilot partners, Sensore represents a practical, scalable leap forward. As one NHS Consultant Clinical Scientist noted: “Sensore has the potential to transform how we prevent and manage pressure ulcers, improving patient outcomes and elevating the standard of care.”
Sensore signals a future where pressure-ulcer prevention is no longer reactive - but intelligently automated, always-on, and designed around the people who need protection most.