Fall Detector Device for Improved Safety and Independence

Abstract

This paper provides an overview of a Fall Detector Device aimed at improving the safety of individuals with limited mobility, particularly the elderly and vulnerable populations. The device utilizes advanced sensors, including gyroscopes and a Vibration Motion Shock Sensor, to ensure accurate fall detection with minimal false alarms. Its user-friendly wrist-worn design enhances comfort and daily integration. Real-time alerts via a dedicated Android application enable timely notifications to caregivers or emergency services. While the project shows promise in potentially saving lives by addressing the critical need for prompt assistance, certain limitations, such as reliance on the Android application and considerations regarding device placement and user acceptance, need attention for optimal effectiveness. Addressing these issues will enhance the device's utility in supporting individuals with limited mobility and their caregivers, ultimately improving safety and quality of life. This paper provides an overview of a Fall Detector Device aimed at improving the safety of individuals with limited mobility, particularly the elderly and vulnerable populations. The device utilizes advanced sensors, including gyroscopes and a Vibration Motion Shock Sensor, to ensure accurate fall detection with minimal false alarms. It’s user-friendly wrist-worn design enhances comfort and daily integration. Prototype testing of the Fall Detector Device demonstrated successful integration of hardware and software components, while effectively transmitting real-time alerts to designated contacts via the Android application. This successful integration of technology culminates in a user-friendly and reliable fall detection system that effectively addresses the need for timely assistance and enhanced safety for individuals at Kompleks Penyayang Jejawi.