Abstract: This paper aims to implement a wireless sensor network to automate greenhouse operations, with the main objective of obtaining an optimal plant. A system for automatic monitoring and control of greenhouse environment parameters using Arduino and IoT is built based on a prototype that requires less. A wireless sensor network. Embedded system based on WSN and ZigBee network implementation. 15.4 for remote control of greenhouse parameters are offered. Greenhouse, This article describes how greenhouse climate control can be represented as an event-based system in combination with wireless sensor networks, where low-frequency dynamic variables need to be controlled and control actions are mainly calculated based on of events produced by external disturbances. Monitoring and Control,An atmospheric environment monitoring system based on,wireless sensor network is proposed which realizes,remote monitoring of temperature, humidity, atmospheric,pressure and PM2. and the monitoring data is real and reliable and the enhanced virtual force algorithm improves the coverage of wireless sensor networks. The greenhouse management system mainly controls the environmental parameters of the greenhouse such as temperature, humidity, light intensity and which are the main factors contributing to the growth of plants. Panwar et al. 2011. However, manual monitoring and control of the microclimate of GMMC greenhouses is a laborious task and,