Paper Key : IRJ************456
Author: Ranjith Kumar S,Prasanna Mery K,Siva S,Pavankalyan G
Date Published: 01 Apr 2025
Abstract
This project enhances an existing smart shoe system by integrating improved automation and energy efficiency to bolster women's safety. The accelerometer is programmed to recognize unusual motion patterns, such as sudden falls or struggles, triggering an emergency response without requiring manual activation. To ensure continuous functionality, a piezoelectric sensor embedded in the sole generates backup power from walking or running, reducing reliance on external charging and maintaining the operation of essential components like the GPS and GSM modules. Additionally, a built-in self-defense mechanism delivers a non-lethal electric shock when activated in critical situations, providing an immediate deterrent against potential threats. These advancements make the system more autonomous, reliable, and user-friendly, reinforcing its effectiveness as a safety device in various real-world scenarios.