This work presents the entire system for the remote control of greenhouse irrigation. It offers a solution for managing the cultivation of plants in greenhouses in the face of climate change. The system comprises software support, a server, a control module, sensors, and a database. The software support enables the monitoring of automatic operation, thus enabling the monitoring of the conditions in the greenhouse. Thanks to the server, the entire communication of all system components takes place. The control module is based on Arduino technology and is responsible for managing sensors and implementing actions such as opening a window or turning on a pump. With the help of sensors, the system can monitor the air temperature and humidity of the soil in the greenhouse, while the database serves so that the user can see the data for the previous period in addition to the current data from the sensors. Also with the possibility of monitoring values ​​from sensors, there is the possibility of manual management of the entire system in such a way that the user on the interface selects the appropriate action that the control module executes. Integration of modern technologies that enable automation and remote management of irrigation systems, the goal of the project was to make it easier for users to grow plants in extreme weather conditions, and by optimizing water consumption to contribute to environmental protection and cost reduction.