Abstract
Observing and describing the world through our eyes is an aspect of existence. Individuals who are blind or visually impaired encounter challenges, in their routines, such as difficulty recognizing objects or people around them. This project aims to develop a real time system that assists these individuals by utilizing a microcontroller to interpret data from sensors and provide feedback through coin vibration motors. By incorporating this technology into a cane, the blind can navigate independently reducing their dependence on others and enhancing their quality of life. The project involves using sensors to detect obstacles with the sensor transmitting this information to the microcontroller for processing. The microcontroller analyses the data to determine proximity, to obstacles and triggers a signal to activate the vibration motor when an obstacle is detected nearby. Key Words: visually impaired, microcontroller, coin vibration motors, cane, obstacles.
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