Nottingham Trent University

The new creation combines efficiency with comfort and is much smaller than older alert systems.
Researchers at Nottingham Trent University have unveiled a prototype of a smart pillow cover designed to improve nighttime safety for deaf and deafblind people.
Innovation, led by Theo Hughes-Rileywas recently presented at the CHI Conference on Human Factors in Computing Systems in Barcelona.
The device aims replace older alert systems and bulky pillows that users have traditionally placed under their pillows, which often call into question the comfort and quality of sleep. In contrast, the new design integrates seamlessly into a thin textile cover which fits over a standard pillow, allowing users to rest more comfortably while still receiving critical alerts, explains .
“This intelligent design represents a significant step towards inclusive emergency alert systemssaid Hughes-Riley. According to the research team, users emphasized the need for a solution that balances effectiveness and comfort.
Developed as part of Malindu Ehelagasthenna’s PhD research at Nottingham School of Art & Design, the cover incorporates four miniature haptic actuators embedded in a thread-like fabric. These components are small enough to remain undetectable during sleep, but can generate strong vibrations when triggered, ensuring that even heavy sleepers are alerted.
The system connects wirelessly to home alarms via a microcontroller and can also be synced with a smartphone. Users can customize vibration patterns to distinguish between different alerts, such as fire alarms, intruder alarms or incoming calls.
Durability was also a key focus in development. The cover was subjected to multiple wash cycles to ensure it withstands daily use without compromising performance, addressing a common concern with wearable or textile electronics.
While similar technologies exist, the cushion cover aims to fill a critical gap: nighttime safety. The team is now refining the prototype and looking for industry partners to bring the product to market.