One of the wonderful aspects of modern technology is that it is helping people with disabilities to better connect to the world around them. The FINGear concept is one such innovation that assists the visually impaired with the perception gap between objects and even written words.
Dongseong Jeong has designed this remarkably compact and sleek device that you simply slip over the tip of your finger. You can use the tongue of the electronic accessory to touch different items and swipe across text; the built-in sensor will use its hi-tech recognition abilities to process what's before you. Next, simply raise the FINGear Scanner to your ear so that it can verbally tell you what it has discovered. It can even produce braille for you to read.
Literal Digital Scanners
The FINGear Brings Object Identification to the Fingertips of the Blind
Trend Themes
1. Assistive Technology for the Visually Impaired - The FINGear concept demonstrates the potential of assistive technology to bridge the perception gap for visually impaired individuals.
2. Compact and Wearable Devices - The FINGear Scanner showcases the disruptive potential of compact and wearable devices in enhancing accessibility for people with disabilities.
3. Object Recognition and Text-to-speech Technology - The FINGear's advanced sensor and text-to-speech capabilities highlight the opportunities for innovation in object recognition and text-to-speech technology.
Industry Implications
1. Healthcare and Rehabilitation - The FINGear has applications in the healthcare industry, particularly in supporting visually impaired individuals in their daily lives.
2. Electronics and Wearable Tech - The FINGear Scanner represents opportunities for innovation in the electronics and wearable tech industry, catering specifically to the needs of visually impaired users.
3. Accessible Education and Assistive Devices - The FINGear's braille output and text-to-speech capabilities open up possibilities for disruptive innovations in accessible education and the development of new assistive devices.