The 'Music Bond' Headset Offers Auditory Feedback for Visual Stimuli
Michael Hemsworth — August 3, 2017 — Tech
References: yankodesign
The 'Music Bond' Headset provides wearers with the ability to map their surroundings using sensors in order to turn visual data into auditory information to help those with visual impairments navigate their environment with better efficiency.
The headset utilizes enhanced object recognition technology in order to ensure that everything in an area is accounted for when a person is trying to navigate their way through. This could include outdoor fixtures or items within indoor space to ensure that the person can feel more confident about navigating on their own.
The 'Music Bond' Headset utilizes bone conduction technology in order to transmit the sound data to the wearer to keep them hearing the information without restricting their hearing. The headset is the design work of Danil Tsytkin and Alexandra Postnikova.
The headset utilizes enhanced object recognition technology in order to ensure that everything in an area is accounted for when a person is trying to navigate their way through. This could include outdoor fixtures or items within indoor space to ensure that the person can feel more confident about navigating on their own.
The 'Music Bond' Headset utilizes bone conduction technology in order to transmit the sound data to the wearer to keep them hearing the information without restricting their hearing. The headset is the design work of Danil Tsytkin and Alexandra Postnikova.
Trend Themes
1. Visual Impairment Aid - The 'Music Bond' Headset is an example of the latest advancements in visual impairment aids, opening opportunities for the development of better and more efficient assistive technologies.
2. Object Recognition Technology - The enhanced object recognition technology used in the 'Music Bond' Headset creates a trend for the use of similar technology in other industries, such as home automation, security and robotics.
3. Bone Conduction Technology - The use of bone conduction technology in 'Music Bond' creates promising opportunities for the development of safer and more convenient forms of auditory communication, such as noise cancelling headphones or headsets for industrial workers.
Industry Implications
1. Assistive Technology - The 'Music Bond' Headset caters to people with visual impairments, highlighting the need for continuous innovation in the assistive technology industry.
2. Healthcare - The 'Music Bond' Headset creates a disruptive innovation opportunity in the healthcare industry for the development of custom equipment for patients with visual impairments, autism and other sensory disabilities.
3. Consumer Electronics - The integration of bone conduction and object recognition technology in the 'Music Bond' Headset opens new opportunities and ideas for the development of innovative and practical consumer electronics solutions.
2.8
Score
Popularity
Activity
Freshness
