Arduino-Based Sensor System for Safe Mobility of People with Visual Impairments

Background: Around 253 million people worldwide have vision impairments, with 36 million blinds. There is a growing desire for novel solutions since standard instruments such as white sticks and guide dogs provide minimal support.Objective: To improve the mobility and security of people who are blind, this article digs into the development and implementation of a sensor-based assistive device utilising the Arduino platform. It aims to boost their feeling of freedom and safety by sensing impediments and providing instant feedback.Methods: The sensor processes information from ultrasonic sensors using the Arduino microcontroller platform. This information is subsequently converted into tactile or aural feedback for the users. The device’s design and optimisation were guided by extensive testing and input from visually impaired persons to meet real-world issues they confront.Results: The deployment of the Arduino-based sensor system demonstrated the ability to inform users of obstructions effectively. Preliminary comments and experiments indicate a significant improvement in navigating ability among visually challenged users, resulting in fewer accidents and disasters. The primary focus of the document is on the need for innovative approaches to assist visually impaired people in navigation, highlighting the high incidence of collisions and falls among blind individuals.Conclusion: Arduino-powered sensors represent a paradigm shift in assistive technology for the visually handicapped. These sensors, which are inexpensive, versatile, and sensitive, have the potential to dramatically enhance the quality of life and mobility of people with vision impairments.