Method for automating Smart Green House using IoT

Method for automating Smart Green House using IoT The optimization of land area and people in the agricultural sector is a difficult undertaking that all farmers must do. It is due to a lack of information and communication in the agricultural industry that the costs and time required to establish a farming operation with all of the essential natural resources are not correctly calculated. The majority of farmers continue to use traditional agricultural methods to cultivate their crops, with only a small number of them adopting cutting-edge techniques in recent years. The Internet of Things (IoT) is the framework that is utilised to give automated control over agricultural land and monitoring through the use of sensors on plants. Perhaps sensors are used to collect data from the entire plant, which is then transferred to a centralised controller for analysis, allowing farmers to make more informed decisions. In the event of short-term plant culture, the effects on plant growth are not noticeable for a considerable period of time. In order to address this issue, the Smart Green House concept has been established in the agricultural area in order to promote plant development within a specified time period. By utilising an Internet of Things-enabled framework that is controlled by a Smart Green House Intelligence Decision Support System (SGHIDSS), it is feasible to improve the overall quality of the system. The system is comprised of a number of sensors that are strategically placed throughout a greenhouse and that automatically make decisions about actions such as water supply and nutrition level. In an automated environment, all of the sensors and control systems are in full operation, allowing the greenhouse technique to be successful for small farms. For small-scale farmers and people, this invention gives a framework or model that they can utilise to quickly and easily deploy the smart greenhouse in their own areas. Additionally, it supplies less workforce and a smaller number of natural resources for the development of agricultural production and production. Ventilation -1 Unit Temperature LightIntensity Uni. & Humidity j sensor GSM Alarm sensor Smoke/Gas Cooling Fan Soil~tumsensor |Buzzer Sensor ExhaustFan Ultra sonic Arduino Micro o ContingSoftware Sensor Controller Water Pump pH sensor LCSdisplay Motor LDR sensor system PIR sensor Light bulbs Cloud Mobile App Storage Figure 1: Automated Smart Green House Architecture