University of Washington Students Develop Gloves That Translate Sign Language Into Speech
University of Washington Students Develop Gloves That Translate Sign Language Into Speech
University of Washington Students Develop Gloves That Translate Sign Language Into Speech
Two students from the University of Washington have invented SignAloud, a pair of lightweight, sensor-equipped gloves designed to translate American Sign Language (ASL) into speech and text in real time.
The gloves use built-in motion sensors to track hand movements and finger positions, transmitting the data via Bluetooth to a connected computer or device. The system then instantly converts the gestures into spoken words and on-screen text, allowing smoother communication between sign language users and non-signers.
Designed with comfort and everyday use in mind, SignAloud focuses on ergonomics and accessibility, ensuring the gloves are easy to wear without restricting natural hand movement. The creators say the technology is intended to bridge communication gaps for the deaf and hard-of-hearing community by turning a complex visual language into a practical digital interface.
The innovation has drawn attention for its potential to make conversations more inclusive and accessible, while highlighting how student-led research can deliver real-world solutions that improve everyday life.
University of Washington Students Develop Gloves That Translate Sign Language Into Speech
