2024, Vol. 7, Special Issue 10

author(s)
K Nirosha, B Ashwin Kumar, B Nithyasri, B Rajashekar, Dr. B Naveen Kumar, Dr. G Vidya, Dr. G Satish, Dr. P Pravalika, Dr. R Ravi Teja and Dr. K Sushma

abstract
Smart farming encourages precision agriculture with the use of cutting-edge, sophisticated technology and allow farmers to remotely monitor the plants. Harvesting and crop yields are two agricultural activities that benefit from smart farming because the farming labor is now more productive due to the automation of sensors and machines. A technological revolution in agriculture results from the technologies' conversion of conventional farming techniques into automated machinery. To determine the demands of farmers and choose appropriate solutions for their issues, modern ICT technologies including the Internet of Things, GPS (Global Positioning Systems), sensors, robotics, drones, precision equipment, actuators, and data analytics are used. As a result, smart agriculture is defined as precision agriculture advanced by modernization and clever ways to gather different farm activity data that are then remotely managed and supported by appropriate real-time farm maintenance alternatives.