Multi-Way Controlled Feedback Oriented Smart System for Agricultural Application using Internet of Things

Indian Agriculture conflates IoT for precision farming with the advent of ultra-low-power and advanced technologies. Assisting farmers in dealing with the problems of unorganized process automation, non-efficient products, non-available resources leading to machine damage, so on is a basic identification to vanquish. The concern discerning is monitoring and control systems, quality improvement, automation of devices, etc. Instead of controlling the level of water, the control of pump handling is given to the farmer so that it prevents the regulation of irrigation virtually being on the agricultural field at that time so to calculate water availability as a feedback oriented system. This paper proposes an IoT-based Smart Agriculture System assisting farmers to deal with the problems by getting Live Data (Temperature, Soil Moisture, Water level) for environment monitoring which enables to increase overall yield and quality of products. Updating each respective requires personal smart devices and controls to handle by enabling notifications of Application, this can be performed multi-way by merging both manual and automation to monitor. In such an occurrence, the farmer perhaps might also desire to forestall the machine without physical contact or routinely. The ultimate farming results need coordination for the sustainability of each vital living or nonliving substance, for which notifying an impetuous person will lead to an infusion. This system has been designed in an IoT environment with sensors like Soil Moisture Sensor, PIR Sensor, DHT11 Temperature and Humidity Sensor, Ultrasonic Sensor with a novel approach. The design methodology, hardware, and software implementations result with IoT cloud interface, sensor, and device controlling Application are discussed in this paper.