The 'Syrinx' wearable voicebox concept has been designed by Ahn Jaesol as an artificial intelligence (AI)-powered solution for those who require an electrolarynx for verbal communication without changing their voice dramatically. The unit works by being positioned onto the throat and will go to work interpreting the vibrations to convert them into a naturally sounding voice. This is completely different from other electrolarynx products on the market that require users to press the unit against their throat with their hand, while also highlight a hands-free functionality.
The 'Syrinx' wearable voicebox concept operates automatically and could help to drastically enhance the communication needs of those who have lost their vocal cords due to cancer or another illness.
AI-Powered Voicebox Wearables
The 'Syrinx' Wearable Voicebox Concept Restores a User's Voice
Trend Themes
1. AI-powered Voicebox Wearables - The 'Syrinx' wearable voicebox concept demonstrates the potential of AI-powered wearables for enhancing verbal communication for individuals without vocal cords.
Industry Implications
1. Medical Devices - The 'Syrinx' wearable voicebox concept presents an innovative solution for the medical device industry to cater to the communication needs of individuals who have lost their vocal cords.
2. Artificial Intelligence - The AI technology used in the 'Syrinx' wearable voicebox concept showcases the disruptive potential of AI in revolutionizing assistive communication devices.
3. Wearable Technology - The 'Syrinx' wearable voicebox concept highlights the possibilities of wearable technology for enabling seamless and hands-free communication for individuals without vocal cords.