Status: published
Access to clean water is becoming ever more
posing challenges because of population growth,
urbanization, and climate change[l]. The conventional
water resource management regimes have struggled
with inefficiencies such as leaks, consumption, and slow
feedback regarding concerns [4]. Our 10T-Based Smart
Water Management System deals with the
aforementioned challenges by integrating— intelligence
and automation to the water supply network[2] . This
system employs 10T sensors and smart devices to
constantly monitor the water level and quality[6]. In the
event that something goes wrong. incorrect, such as a
"leak" or "contamination"—it is It sends signals
immediately and alerting others via a mobile
application or web dashboard[5]. It assists families in
monitoring their daily water use, promotes
conservation by consumption insights, and helps water
utilities better utilize their resources efficiently. By
integrating physical water infrastructure with digital
technology, this aims at preventing water waste and
costly damage due to leaks, maintain improved water
quality, and ultimately to enable a sustainable use of
this valuable resource. This is one of the steps towards
making the management of water smarter. more
responsive, and more responsible towards the coming
generations.
Keywords: IoT, Water Management System, Flow Sensors, Microcontroller, Cloud Platform, Wireless Connectivity, Data Analytics, Automated Monitoring.