Agribusiness is the broadest fiscal portion and accepts a basic part in the general monetary change of a country. The world's population is growing additionally; with that improvement we should make greater sustenance. For the immense number of populace, it is extremely hard to guarantee the food. From one perspective to guarantee the sustenance of tremendous populace is troublesome then again it is likewise hard to create sustenance thing for food where less measure of individuals and youthful age is additionally losing their interest on cultivating. The extended age has, as it were, originate from incremental changes in development likewise, economies of scale, however that inclination is going to a level. Standard agribusiness procedures are unsustainable and an adjustment in context is required. The main purpose of our project is to make an advanced agricultural system with the help of IoT application, so that we can easily maintain a farm. We are going to create an automation system which can water the plants of a farm without the help of any human hand. Moreover, it will have the options of planting seeds, measuring soil moisture etc. To implement these features, we will work with robotic hand which will be controlled by computer numerical control with the help of Arduino and Raspberry pi. The arm will move with the help of motor and wheels. There will be a metal rail through which the arm can be moved. Two motors will help the arm to move on both X and Y axis and a stepper motor will be used for moving the arm on Z axis. As the arm can move on three dimensional spaces, we can make the arm work with our target purposes. The following implementation procedure of Farm Automation with IoT application, seeding with the help of seeder with a systematic way, Watering, Temperature measuring, Image processing to identify the soils condition, a big data base, 24-hour automatic monitoring, Collecting and sending data to the users, easy to operate. The main goal of this project is to create a new Agricultural revolution.