IoT Based Smart Agriculture System Using Sensor and Arduino Mega

Smart agriculture is an rising concept, because IOT sensor are talented of providing information about crop growing field and then act upon based on the user input. Most of Indian land area is agriculture land. Agriculture play major role of India country’s economical improvement. Water source is necessary and important part of human life. Water automatic irrigation system is the one of the best method to supply the water to agriculture land. It is very important to helping the saving water in that area were lack of rain, it is help to growing plant of crops, maintain the water level of the soil. These systems are enhancing the farming field as well as improve the quality of soil. Water scarcity is the main problem for the planet growing headily. The farmer is suffering for lack of water due to this reason automatic water irrigation system is important. Farmer are used more pesticides and fertilizers for growing the plant, due to these increasing the acidity of soil level. Therefore that reason the ph value of the soil is increasing. In the modern techniques are used in agriculture system there are used moisture sensor and ph sensor check the value of the soil and according to that the message is send to the farmer. The moisture sensor sense the water level of the soil and ph sensor is sense the acidity of soil. Smart agriculture is a growing concept, because IOT sensor is capable of Providing information about agriculture field to the farmer mobile phones or computer system. The IOT is fully based upon the new technology, in the IOT technology internet is maim part of the IOT. These sensor readings are sent wirelessly to the cloud over the internet using ESP8266. Thing Speak, IOT Geek, etc. are various IOT cloud platforms on hand on which the readings are displayed, visualized and stored strongly. In this way, sensors reading are stored digitally and is easily accessed and analyzed by the farmer remotely from any part of the world regardless of place, time and device.