Published Paper Details:

Regarding Agriculture Monitoring based on land or crops in the modern agricultural system, networking technology has been crucial. Since farmers can control their activities even more readily than before, it is possible to make choices even when farmers are not present. This also applies to water management in irrigation systems. The Internet of Things (IoT) keeps track of real-time data analysis from every agricultural crop that is gathered by sensors and devices. The agriculture is required rather than traditional farming since better resource management benefits farmers and eventually raises the Gross domestic product of the nation. Where agriculture is predominately centered on the unorganized sector, are ineffective and frequently result in needless water waste. A system that can offer an effective and deployable solution is therefore required. Using data on soil moisture, the automatic irrigation system we present in this study can water fields on its own. The goal is to conserve water and only provide it to the crop when it absolutely needs it. Utilizing artificial intelligence and the Internet of Things, irrigation system control via smartphone is now possible. An intelligent system that selectively irrigates crop fields only when necessary, depending on the weather and current soil moisture levels is created by the system's prediction algorithms, which analyze historical meteorological data to identify and forecast rainfall patterns and climatic changes. With an accuracy rate of 80% during testing in a controlled setting, the technology effectively addresses the issue. All aspects of agricultural production need to include technology. Given the increasing demand and poor crop supply, there is a need to enhance agricultural production. The paradigm and framework for the irrigation system are suggested in this essay. In this paper, we present a smart irrigation system using solar powered and ESP-32 microcontroller. The idea of the Internet of Things has been used. Using the soil sensor, the irrigation system measures the soil's temperature and humidity before watering the plants accordingly. Additionally, the system will send an information with all pertinent plant information, such as temperature and humidity, anytime the plants are being watered. The idea that we've employed is quite straightforward and easy to apply. Both manpower and time will be saved.