Published Paper Details:

In recent trends, there's an rising strain regarding the provision of clean, consumable water. This problem especially arises in pastoral areas due to the ineffectiveness of the governments and the adding population in the country. Thus, this particular design aims to descry and display real- time physicochemical quality of the water in a much further cost effective manner, as opposed to the current styles which involve slice and laboratory styles, through its wireless,multi-sensor network. It takes into consideration multiple factors and presents this real- time quality through the IOT (internet of Things) of its EC (electrical conductivity), TDS (Total Dissolved Solids) as well as temperature of water that's being tested. Also, this remote controlled boat is especially designed for lakes, budgets, gutters etc. where we can not cover water quality in similar complicated scale water surroundings by just using a stationary system because water parameters vary at every single position. To avoid this, we selected a boat which can float and move on the water simply by 2.4 GHZ protocol. This structure is designed as a housing shape which minimizes the resistivity of water inflow and this shape also maintains the stability of water. This water quality monitoring boat includes an GPS (Global Positioning System) which gives the position of the point wherever boat hovers in the reservoir & simultaneously sends the live location of boat via GSM (Global System for Mobile Communication). All the results are generated and displayed with their readings and their graphical analogue measures through the opensource IOT platforms like Blynk/Thing speak, on with water's contaminations limitation points and its dangerous position announcement.