An intelligent system to utilize internet of things (IoT) to monitor crops in an agriculture field and further enables a farmer to manage the crops and the agriculture field in real-time. The intelligent system comprises sensor units, a wireless unit, a server unit, computing device, and software application. The sensor units configured with the crops to periodically detect parameters pertaining to the crops and the agriculture field. The parameters comprise temperature and humidity around the agriculture field, an obstacle in the agriculture field, soil condition and predefined vibrations frequencies. The wireless unit transmits the detected data to a remotely placed server unit via a communication network. The server unit is configured with a database to store the detected data. The computing device receives the detected data from the server unit. The software application is integrated with the computing device to provide indicators pertaining to crops and weather forecast.
