Oyster mushroom is a type of mushroom that is widely cultivated, the temperature and humidity in the mushroom house greatly affect the yields of oyster mushroom farmers. The ideal temperature is 22-26 ℃ while for humidity 80-90%
RH. In this research, we designed and implemented an Internet of Things (IoT) based temperature and humidity monitoring system to help oyster mushroom farmers in Sukamiskin Village, Bandung. This final project is to create a temperature and humidity control system for oyster mushroom cultivation using exhaust fans, sprayers, DHT11sensors, which are controlled by WeMos D1 mini
and connected to WeMos D1 mini. The goal of this final project is to be able to create a temperature and humidity control system for oyster mushroom cultivation to keep it in a stable state. the test results found that the use of a temperature and humidity control system in oyster mushrooms can increase efficiency in controlling temperature and humidity. Percentage of temperature reading errors read by the DHT11 sensor. Implementation of this system is done by using hardware and software components.
Keywords: WeMos D1 mini, DHT11, Blynk, Arduino IDE, Oyster Mushroom
Cultivation, IoT, Temperature and Humidity.