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Broiler chicken farms with a close house cage system have not been able to create the ideal temperature for chickens and cannot be monitored through an application on a smartphone. The implementation of a temperature monitoring and control system in a chicken coop has already been done but the system still uses the SMS Gateway as the notification provider and the temperature is set manually with a button. Therefore, the purpose of this study is to create a temperature-based monitoring and control system based on Internet of Things so that the temperature and humidity in the enclosure can be monitored via smartphone users and the temperature is automatically maintained to be always ideal and equipped with notifications. Then the system is tested with several temperature conditions namely heat, normal and cold. Based on the three temperature conditions, the system responds to heat by dimming the lights and turning the fan quickly. The system response left at normal temperature is that the lamp remains dim and the fan rotates slowly. The system responds to cold temperatures by illuminating the lamp and making the fan spin slowly.