SSIWM: Smart Secured IoT Framework for Integrated Water Resource Management System

There is a global crisis looming over the world pertaining to the supply of fresh water which draws upon itself the need for developing a system that could cater to it. The developed system needs to be smart enough with use of machine learning so as detect excessive or normal water flow through a pipe, the data must always be end to end encrypted so as to ensure confidentiality and security to the water usage pattern, it must be able to be deployed in a large scale across a state or country for instance wherein each water pipeline must be connected in the network so as to maintain the water resource at large. This would make enough data flow in the connected network that would require for a computational intensive Cloud platform and yet have intelligence or distributed computing facilities in-built in the network to develop and deploy an integrated water resource management system. The basic construct of our design does abide by the aforementioned constraints and does allow for a large scale commercial deployment. There is a scarcity of such an integrated water resource management system in our country as well as abroad and our paper does bring to light an intelligent, low powered and commercial deployable device that could well fill up the void through an array of technologies in the system design which fundamentally lies on an Internet of Things framework.