Animal Tracking Berbasis Internet of Things

Abstract

Animal husbandry is an activity of breeding and rearing carried out with a cage or a loose system. Loose livestock systems are commonly found in the Nusa Tenggara region, and some areas in Bali. This type of farm is difficult to monitor so it is vulnerable to theft. In addition to the possibility of theft, this livestock grazing system also has many other risks, one of which is the loss of cows either because they are lost or trapped in some places. Therefore, it is necessary to develop a tracking device that is able to monitor the presence of these livestock. This research aims to implement internet of things (IoT) for monitoring livestock or pets using GPS, NodeMCU ESP 8266, Firebase and Kodular. Data in the form of latitude and longitude values obtained by the GPS module will be sent to Firebase via a WiFi network. That data is then displayed in the Kodular application in latitude, longitude coordinates, and markers on maps. In addition, this tracking device that can be worn around the neck of the animal is equipped with an LED light that aims to monitor the position of livestock at night so that the position of them can be seen when it is dark.
 Keywords — Animal Tracking, Firebase, GPS, IoT, Kodular

Utilization of MQTT and Radio GPS in Pet Monitoring

“…Once the coordinate data has been retrieved from the GPS module using the TinyGPS library, the next step is to convert the data into a string form so that it can be sent to ThingSpeak [17].The coordinate data taken from the GPS module is usually numeric values, such as latitude and longitude. In the process of sending data to ThingSpeak, the data must be converted into HTTP URL format or parameters containing coordinate information in the form of strings.…”

Analisis Rancangan Sistem Monitoring Posisi Hewan Menggunakan Lora

“…Penelitian dari Cahyadi arya, dkk (2022) [3] mendapatkan hasil bahwa Animal Tracker yang dibuat dengan Kodular dalam bentuk koordinat latitude dan longitude dan marker pada maps. Hasil pengujian menunjukkan bahwa sistem ini memiliki akurasi yang tinggi dan delay yang sangat kecil.…”