A Cyber Physical System Enabled Intelligent Farming System with Artificial Intelligence, Machine Learning and Cloud Computing Diana Moses 1 , T Praveen Kumar 2 , Sharada Varalakshmi 3 and Lavanya Pamulaparty 4 1,2 Associate Professor, Methodist College of Engineering and Technology, Hyd, India 3 Professor, Methodist College of Engineering and Technology, Hyd, India 4 Professor and Head, Methodist College of Engineering and Technology, Hyd, India Abstract—In this proposal, we study the advances of major core technologies and their applicability in creating an Intelligent farming System (IFS). As the world is trending into new technologies and implementations it is a necessary goal to trend up with agriculture also. Cyber Physical System (CPS) plays a very important role in Smart Farming. IOT sensors are capable of providing information about agriculture or Farming fields. We have proposed a Cyber Physical System (CPS) enabled smart agriculture system using different technologies like AI&ML, Data Science and Cloud Computing. This CPS based Intelligent Farming system makes use of sensor networks that collects data from different sensors which as a result develop an Intelligent Village Farming. Several Utilities such as Pest management, Crop Stress management, Nutrient management, Water management and Deep Analysis can be done to suggest the farmer regarding the crop and climatic conditions. This smart agriculture or Smart Farming using Cyber Physical System (CPS) is powered by advances in sensor technology, wireless communication technologies and their applicability to farming Chatbot, Computer vision, technology enabling farming, it consists of sensor followed by technological techniques. Index Terms— Intelligent Farming System, Crop disease detection, Automated irrigation, Yield prediction, Soil nutrition management. I. INTRODUCTION Irrigation was defined as “the application of water supplementary to that supplied directly by precipitation for the production of crops”. Although clearly defined, irrigation has not been clearly identified and separated from the wide-ranging area of water development activities, such as major and minor constructions for water harvesting, storing, conveyance and allocation; the drilling of tube-wells; and pumping. Most of the efforts and investments made in many countries for irrigation development result in water resources development and very few in on-farm water use improvement. The application of improved irrigation methods and techniques on small to large farms is expanding rapidly as a result of the increasing demand for higher irrigation efficiency, improved utilization of water and intensification, diversification & optimization. An irrigation system consists of canals and structures to convey regulate and deliver the water to the farmers. Two basic types of irrigation systems exist: open canal systems and pressurized piped systems. Grenze ID: 01.GIJET.9.1.763 © Grenze Scientific Society, 2023 Grenze International Journal of Engineering and Technology, Jan Issue