IoT Based Oyster Mushroom Cultivation Monitoring and Controlling System

This project intends to create an Internet of Things (IoT) Based Oyster Mushroom Cultivation Monitoring and Controlling System. This project is aimed to monitor the growth�affecting variables such as temperature, humidity, light intensity, and carbon dioxide. This project requires NodeMCU ESP8266, DHT22, LDR, and MQ-135 in terms of hardware and a laptop to upload the program into ESP8266. In terms of software, this project needs Blynk IoT and Arduino IDE. To maintain the environmental conditions of the mushroom farm, controlled equipment such as a humidifier, lamp, and ventilation fan are employed. The sensor value is presented on the remote monitoring application Blynk. Rapid Application Development (RAD) approach is used to construct this project due to its shorter duration of development. The system's functionality and performance are evaluated through rigorous testing, yielding informative results on its ability to detect and notify unusual efficiency conditions. Furthermore, this project highlights potential future improvements, such as implementing additional connection such as Bluetooth connection and the implementation of automation controlling system