IoT Based Location Alert and Controlling System for Animal Belts via Mobile Devices

Abstract

Traditional pet control methods like leashes are often cumbersome and ineffective in ensuring pets remain within designated areas, presenting a challenge for pet owners. The primary goal of this research is to empower pet owners with control over their pets' movements and whereabouts. This paper presents Animal Belt with a system that employs geofencing technology to monitor pets' locations relative to predefined boundaries. Upon breaching the geofence, the belt initiates vibration, triggers prerecorded voice commands, and notifies the owner via a mobile application with a Google Maps link pinpointing the pet's location. Testing revealed the system's reliability with a geofence radius of 300 meters, consistently activating when pets exceeded the boundary. Empirical data confirmed the system's effectiveness, with it remaining inactive within the boundary and activating when breached. Notable results included accurate geofence enforcement and effective vibration feedback prompting pets' return. The system demonstrated a significant enhancement in pet safety and control, replacing traditional leashes with customizable settings tailored to pets' specific needs. The pet belt system effectively ensures pets remain within designated boundaries, utilizing vibration feedback and prerecorded voice commands. This system provides convenience and peace of mind for pet owners, reducing the need for constant monitoring and enhancing pet safety during outings. Future improvements may include solar-powered components and real-time health monitoring for optimized performance and sustainability.