Designing of Real-time Communication Method to Monitor Water Quality using WSN Based on IOT

Data accuracy has always been the essential and foremost requirement of any communication. A Real-time Water quality-monitoring system (WQMS) needs high-level data to process water perfectly for desired usage in specific purpose. Exponential growth man-made processes, human activities, Industrialization, economic along with depleting safe resources made pollution issue a threat survival civilisation as whole. The Conventional WQMS lacks providing while testing analysing samples at sites due improper transmission, intervention, instrument node working calibration issues. Therefore, monitoring quality is prime focus on through proper testing, analysis transmission methods provide real-time accuracy. In this research work, an IOT-based wireless sensor network (WSN) proposed that uses mesh networking connect nodes message queuing telemetry transfer (MQTT) protocol send acquired cloud server ADDA Fruit IO. ESP32 standalone microcontroller in-built Wi-Fi used transceiver master nodes. As far power concerned, self-adapting generation incorporated using solar energy harvesting techniques. are calibrated per WHO standards deionized buffer capsules. Five random collected from river water, pond Borewell R.O Municipal committee analyse system’s test done statistical tools sample measurements by node, same compared actual certified instrument, hardware manual-based measurement, Laboratory value check transmitted Cloud Server. designed measure various WQM parameters i.e. Total Dissolve Solid (TDS), pH, Temperature turbidity ensure