Development of IoT Enabled Aqua Pond Monitoring System to Increase the Livelihood of the Aqua Farmers

This research study aims to eliminate the invasion of the Aqua-life. The proposed system monitors the levels of parameters($\mathrm{pH}, \mathrm{DO}$, etc.) by using IoT devices, such as D18B20 water temperature, which can indicate the temperature of the water body, DO sensor by DFRobot, used to display the dissolved oxygen levels in the lake, turbidity sensor to find the dust dissolved in the water, and finally the pH sensor that can tell us about the nature of the pond/lake, whether it is basic in nature or acidic in nature. All of these sensors are connected to a microcontroller, which is Arduino rev2, that collects the data and sends it to the Blynk, where the data is stored and displayed to the user. The data, that is collected will be the analog values and those values, which are between $0-1023$ will be converted to voltage, where the range will be between 0V and 3.3V or 0V and 5.5V, range will depend on the voltage supplied to the particular sensor. After obtaining the voltage values for the data, which includes the values of pH, DO, turbidity and temperature, these values again undergo a process of conversion, that gives out the sensor’s particular value. All of these sensors or can say the system will be placed on the boat, which can controlled by using a mobile or a computer. Making the boat rover over the water can get us the data, to show that the water body is safe for the aqua-life or it is not. Based on this piscators will take the measurements required to save the harvest, that will be yielded soon or later.