Design and Implementation of a Real-Time Monitoring System for Bird Tracking Applications

Bird tracking has become increasingly important in both ecological studies and behavioral research, especially for species that cover wide areas during flight. This study presents the development and evaluation of a GPS-based monitoring device designed to track birds in real time, offering a solution applicable to both scientific and behavioral studies. The system integrates a lightweight GPS module, microcontroller, and GSM-based transmission to relay location data to a web-based interface. Once activated, the device automatically transmits the bird’s geolocation to a cloud platform with Google Maps integration using a preformatted messaging protocol. Experimental testing showed that the device consumes an average of 7.8 watts, allowing for approximately 4.1 hours of continuous operation per full battery cycle. Accuracy tests revealed a mean positional error of 10.23 meters, while data transmission latency averaged 0.2 seconds from data transmission to display in the dashboard. Although the system was tested on drones which represent birds, the device’s portability and reliability make it suitable for a broader range of bird monitoring applications in conservation. These results demonstrate that the proposed system offers an effective and scalable approach to real-time bird tracking and habitat observation.