The 'Vibeat' Devices Translate Music into Vibrations
References: 2016.bezalel.ac.il & dezeen
More "bodyphone" than headphone, Vibeat devices are a way for people who are hard of hearing to enjoy music through the sense of touch.
The devices are circular, wirelessly connected nodes that can be worn as necklaces, wristbands or pins and look more like pieces of jewelry than listening technology. Once connected to a music player, they create an "alternative sensory system" that translates sonic frequencies into haptic vibrations that wearers can feel. Different pieces of the Vibeat devices conduct different frequencies, giving consumers a full-body musical experience. Further, the devices are not body part-specific, allowing users to choose where they feel the music.
In creating the Vibeat devices, Israeli designer Liron Gino consulted with hearing-impaired people who had intense connections to music despite their impairment. This included talking with a club DJ with a hearing impairment.
The devices are circular, wirelessly connected nodes that can be worn as necklaces, wristbands or pins and look more like pieces of jewelry than listening technology. Once connected to a music player, they create an "alternative sensory system" that translates sonic frequencies into haptic vibrations that wearers can feel. Different pieces of the Vibeat devices conduct different frequencies, giving consumers a full-body musical experience. Further, the devices are not body part-specific, allowing users to choose where they feel the music.
In creating the Vibeat devices, Israeli designer Liron Gino consulted with hearing-impaired people who had intense connections to music despite their impairment. This included talking with a club DJ with a hearing impairment.
Trend Themes
1. Haptic Technology - Opportunity for integrating haptic technology into various devices and industries to enhance sensory experiences.
2. Wearable Music - Potential for developing wearable devices that allow users to experience music through vibrations, expanding the accessibility of music for various populations.
3. Inclusive Design - Demand for inclusive design principles and products that cater to the needs of individuals with disabilities, creating opportunities for innovation and market growth.
Industry Implications
1. Healthcare - Potential for incorporating haptic technology into assistive devices for individuals with hearing impairments, enhancing their quality of life and enabling new therapies.
2. Entertainment - Opportunity for integrating haptic technology into entertainment devices, providing immersive experiences through touch and vibrations.
3. Fashion and Accessories - Potential for combining fashion and technology to create wearable devices that double as stylish accessories, catering to the needs and preferences of different consumers.
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