Paper Contents
Abstract
Greenhouses are controlled environments for growing plants. Due to their inherent limitations, the greenhouse plants of today cannot be operated automatically and instead need direct intervention using a variety of forms. For plants to thrive in the proposed system, environmental factors like temperature, wetness, soil humidity, light intensity, etc., must be constantly monitored and adjusted. The study presented above demonstrates an IoT-powered nursery management technique. The humidity, soil submersion, temperature, fire proximity, light intensity, etc., are all things the System may test for. The ESP32 transmits all characteristics of its surrounding environment to the cloud. The related actuator is activated if a parameter goes over the threshold. The microcontroller activates the motor if the Earth variable is below the set threshold. The user may see and adjust settings on their desktop computer or mobile device.Keywords: Greenhouse, IoT-powered system, nursery management, temperature monitoring, moisture detection, soil humidity, light intensity, fire proximity, ESP32, cloud monitoring, actuator control, microcontroller, automation, remote monitoring, smart agriculture, sensor-based system.
Copyright
Copyright © 2025 Dheeraj. This is an open access article distributed under the Creative Commons Attribution License.
