Abstract

Swiftlet nest cultivators must maintain stable temperature and humidity in swiftlet cages to maintain the swiftlet population, and as a job, that is not easy for swiftlet breeders to make happen. So it is not surprising that previous researchers emphasized the need for continuous efforts to tame the swiftlet so that it feels comfortable nesting in its home. This study aims to develop a control system to regulate the temperature and humidity stability of the Internet of Things (IoT) based swallow cage using the ESP32 microcontroller. The research approach used is a combination of experimental and qualitative research approaches. The results of this study indicate that the system built successfully controls the temperature and humidity of the swiftlet house at the desired temperature and humidity by achieving 93.33% accuracy. In addition, testing the control system, which was built qualitatively, was very satisfying for the swiftlet's nest breeder.

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