IoT-based location alert and controlling system for animal belts via mobile devices.

Abstract

Traditional pet containment methods often lack efficiency and ease of use, posing significant challenges to maintaining pets within designated boundaries. This study presents the Animal Belt, an innovative geofencing-enabled pet management system designed to monitor and control pets' movements. The system utilizes GPS technology to establish virtual boundaries, triggering vibratory feedback and pre-recorded voice commands when the pet breaches the defined geofence. Additionally, owners receive real-time alerts via a mobile application, including a Google Maps link for precise pet location tracking. Experimental evaluations validated the system’s performance within a 300-meter geofence radius, demonstrating consistent activation of feedback mechanisms upon boundary violations. The results underscore the system’s ability to enforce geofence limits effectively, leveraging feedback mechanisms to prompt pets' return. Key features include customizable operational settings and a user-friendly interface, offering a modern alternative to traditional leashing methods. The proposed system enhances pet safety, minimizes owner intervention, and provides a reliable solution for outdoor pet management.