Project Keywords:
Assistive Technology, Navigation, Wearables, Smart Mobility, Disability Support
Project Summary
Academic Area:
Project Medium:
Wearable Navigation System for the Visually Impaired This smart mobility solution assists visually impaired individuals by providing real-time navigation through an in-shoe vibration device paired with a smartphone application. The system processes motion sensor data, GPS, and satellite positioning to generate step-by-step guidance. By offering vibration-based directional cues, it enables safe navigation without disrupting auditory awareness, allowing users to reach their destinations with greater independence and confidence.
Project Achievements
Project Inspiration
Project Social Impact
By providing a hands-free, discreet navigation solution, this system enhances independence and mobility for visually impaired individuals. The in-shoe vibration feedback offers a seamless way to navigate daily environments, reducing reliance on external assistance. Additionally, by incorporating real-time GPS and motion sensing, it ensures precise route guidance, improving safety and confidence for users. This innovation promotes inclusivity by making independent travel more accessible, ultimately contributing to a more equitable and navigable world.
Project Market Demand
By providing a hands-free, discreet navigation solution, this system enhances independence and mobility for visually impaired individuals. The in-shoe vibration feedback offers a seamless way to navigate daily environments, reducing reliance on external assistance. Additionally, by incorporating real-time GPS and motion sensing, it ensures precise route guidance, improving safety and confidence for users. This innovation promotes inclusivity by making independent travel more accessible, ultimately contributing to a more equitable and navigable world.