 Hello everyone, I am Damini. I am going to talk about an IoT application, FarmMind. It is an IoT application which focuses on farm automation system. So basically the main aim of this project is to have precision agriculture, which means basically focusing on farm management concepts like observing and providing the necessary nutrients to the farm fields and other necessary things. And secondly, mobile force and cloud force. So this is going through operating the farm fields through your mobile phone. And the data is being collected to the cloud which can be later on used for certain AI predictions for better farming experience. And it's a farm automation system and IoT application. So yeah, the farm is a new field, it's a new office and your data will be driving all the work over there. So few basic concepts which have come up, which I want to include in the farm automation system. Soil moisture control, automatic irrigation. So depending on the soil moisture, the irrigation system will be operated. And the soil and crop health, where the SDT levels and the pH levels of the soil is being detected and according to the fertilizers and pesticides are being given to the field. And weather notification, so it will be predicting the climatic conditions beforehand and give the notifications to the farmer. And farm view, you can view the farm, the map of the farm and check out what is happening over there. So I have worked on soil moisture control system as of now. So this is the hardware prototype I have used Raspberry Pi Model 2 and MCP-3008 ADC converter and certain other things like cemento mesh jumpers and all. So this is the fix and certain software requirements, SPI Python wrapper which I need in order to take the record from the sensors and add up from Python library for the SDT thing and control my Pi library. This is being used for displaying your content on the UI well. It's a control panel system. So yeah, that's the output. And quickly I will be showing the basic flow which I have thought and there will be certain sensors into the farm like pH sensor or moisture control and there will be a processor which keeps on collecting the data and pushing it towards your devices and constantly indicating what is happening in your field so that the farmer can check out based on the levels over there. He can give a indication that this is the time when you can go water my plants or you can give certain amount of this amount of pesticide over there. So search activities are being used here and weather notifications for a better agriculture we can avoid certain destroy to the farm and cloud collecting the data so that we can use it for further future applications and the other future scope. Not only these little features we can also integrate more other features so that without any presence in the farm, we can make it automated completely and reach out to more farmers make feeling a better experience farming. Thank you. So now you can go to the YouTube page over there and look over what's going on there. Thank you.