Smart hencoop based on narrowband iot to care and improvement of livestock productivity

Abstract

Narrowband IoT (NB-IoT) are currently developing so rapidly. This can encourage the creation of many innovative and implementable products that are very useful in everyday life. One of these products is the use of NB-IOT for monitoring cage conditions, maintenance and increasing livestock productivity amid difficult conditions to control and know the state of the cage manually. In this study, an automated system will be designed that can keep the cage ideal including the temperature of the cage, humidity, levels of ammonia (NH3 and CO2) as well as feeding/drinking foals automatically and periodically. This research was compiled using a combination of several sensors that are assembled on a microcontroller such as temperature sensors, humidity sensors, ammonia sensors, water level sensors and pH sensors. The program is connected to a panel and through the internet network control and monitoring can be carried out via mobile devices and desktop devices. From the overall test, it was found that the results of easy control of the chicken coop for owners and workers, maintained poultry health and maximum yield of livestock products.