Design and Development of a Smart Sprinkler Device for IoT-Integrated Plants Irrigation

Most people using the Pathway currently find sprinkler watering systems to be inconvenient. In this situation, it is important to monitor sprinklers fixed in the walking area to reduce human foots to water. A practical survey has been done to collect the actual data. They are addressing the applications of the current devices for spraying. A solution to the problem has been presented. The monitoring system could be automated by turning it on and off when a human interruption is nearby. Functioning sprinkler To ensure sustainability, the meteorological and soil factors are also tracked. To measure the heat, humidity and water content, the sensing devices are employed. An IoT-enabled autonomous device activates a sprinkler mechanism. The mechanical pump delivers water to the sprinklers. Although this equipment looks like highly functional, the system requires a effective design to reduce the water supply and energy loss when operated remotely. Two probes on the sensor can be used to calculate the quantity of water. IoT moisture measuring is employed to find moisture content. In this device, sprinkler system to turned on or off, as well as a calibrate, to determine the amount of. The moisture sensor is linked straight into the internet module to present the data in real-time. The user's field's moisture content is displayed on the connected device for them.