A cheap robot in the form of a braille dicta-teacher could be the answer to helping India's impoverished visually impaired population. Project Mudra hopes to improve literacy in Indian slums where 8 million blind people reside. While there are many resources for the blind that use braille, knowledge of braille can be a gap in developing countries. Created by computer science students, the $150 braille display will provide access to information and contact with the outside world.
The braille dicta-teacher has a browse feature that takes vocal input and translates it to tactile text. In auto mode, the user can learn through a 'predetermined, sequential audio-tactile output.' Project Mudra technology uses a combination of braille hardware, raspberry pi and python.
Robotic Braille Dicta-Teachers
This Cheap Braille Display Will Improve Literacy in Indian Slums
Trend Themes
1. Affordable Braille Technology - The development of affordable braille technology presents disruptive innovation opportunities in improving literacy and accessibility for the visually impaired.
2. Technological Solutions for Developing Countries - Creating technological solutions specifically designed for developing countries can address the gaps in access to information and education for marginalized populations.
3. Integration of Voice Recognition and Tactile Feedback - The integration of voice recognition and tactile feedback technologies in braille displays opens up possibilities for more intuitive and user-friendly interfaces.
Industry Implications
1. Assistive Technology - The assistive technology industry can capitalize on the demand for affordable braille devices that enhance literacy and improve the quality of life for the visually impaired.
2. Education Technology - The education technology industry can provide innovative solutions to bridge the educational gap by creating accessible platforms and tools for visually impaired students in developing countries.
3. Hardware Development - The hardware development industry can explore opportunities to improve the functionality and accessibility of braille displays through advancements in materials, design, and manufacturing processes.