Sustainable development in both rural and urban areas requires reliable water supply which is one of the crucial challenges. The events like pipe failure, leakage, fire demand and natural disaster causes low pressure scenarios in the pipe supply network and disrupts water availability and prevents consumers from receiving a reliable water supply. The United Nations has launched initiatives for the digital transformation of water distribution systems, focusing on sustainable management to address those issues. In real life network neither required pressure nor minimum pressure is uniform at all junctions. The focus of the research is simulating water distribution network for different required and minimum pressure at different junctions during low pressure scenarios. The study will establish key prerequisite for optimization, real time behavior and monitoring and efficient operational and maintenance strategies by utilizing Artificial Intelligence (AI), Advanced Information and Communication Technology (ICT), Internet of Things (IoT). The research study proposes solutions to improve the efficiency, resilience, and sustainability of water distribution networks by integrating this study with smart technologies.