Scene 1 (0s)
A1-Powered Silent Water Loss Detection System Smart Monitoring for Sustainable Government Infrastructure Lokesh Siginam B.Tech — Artificial Intelligence & Machine Learning IMIB A1 for Sustainability Virtual Internship IBM SkillsBui1d I AICTE.
Scene 2 (11s)
Hidden Water Loss in Public Infrastructure An Overlooked Problem Affecting Sustainable Water Management Leaking Pipes Overflowing Tanks Dripping Taps Undetected System Failures Silent water loss wastes resources without anyone realizing it..
Scene 3 (22s)
Problem Statement How might we use Artificial Intelligence to detect hidden water loss patterns so that water usage in public infrastructure becomes more sustainable?.
Scene 4 (35s)
Sustainable Development Goals Primary SDG Clean Water 6 and Sanitation Contribution Secondary SDG Sustainable Cities 11 and Communities @ Reduce water wastage @ Improve resource efficiency @ Support sustainable cities.
Scene 5 (45s)
Key Stakeholders Governrnent Agencies Public Utilities Local Cornmunities Technology Experts Collaborative solutions for sustainable water management.
Scene 6 (56s)
Current Limitations in Water Management Manual Monitoring Routine checks are inefficient and time- consuming Delayed Responses Leaks often go unnoticed until significant damage occurs High Costs Detecting and repairing leaks incurs substantial expenses Lirnited Insights Lack of real-time data hinders proactive maintenance Traditional rnethods fail to provide timely and accurate water loss detection..
Scene 7 (1m 10s)
A1 Solution Predictive Silent Water Loss Detection o o Monitor Water Usage Data Analyze Hidden Loss Patterns Alert for Early Intervention CJsing A1 to predict and alert silent water loss before it escalates into a rmajor problern..
Scene 8 (1m 22s)
How A1 Worl<s in Detecting Water Loss Data Collection Gather water usage data from sensors and smart meters Anomaly Detection Identify unusual patterns and deviations in water consumption Pattern Recognition Learn to distingsish normal patterns from potential leak signatures Alert & Action Trigger alerts for i ntrediace investigation and repair Leveraging A1 to transforr-n water rnanager-nent and rmitigate losses..
Scene 9 (1m 37s)
System Architecture -o o: Flow Sensor IOT Gateway Cloud Platform Analysis & Alert System IOT Devices A1 Algorithms Notification Services Using A1 in our IT, Bi; and 10-.ce[itfcati..
Scene 10 (1m 49s)
Key Benefits Reduced Water Waste Minimize undetected leaks and save precious water resources Cost Savings Lower maintenance costs through early detection and intervention OQlfl-r Improved Decision Making Optirnize resource allocation with real-time insights and analytics Enhanced Sustainability Support environmental goals and sustainable infrastructure Enhancing governrnent efficiency and resource rnanagernent.
Scene 11 (2m 3s)
o Case Study: Urban Pilot Program Improving water management in a metro city area via A1-povvered detetection Leakage Reduced by 25% Through early detection and intervention Cost Savings of $100,000+ Due to reduced water loss and rnaintenance 300+ Sensors Deployed Monitoring the entire pilot zone ox o 300+ Sensors Deployed Monitoring the entire pilot zone Highly successful trial dernonstrating the effectiveness Of A1 in urban vvater rnanagernent.
Scene 12 (2m 21s)
Thank You! Driving towards a sustainable future in water management Ill 1. Expand Deployment Scale up the solution to more cities and utilities 2. Enhance A1 Model Improve the accuracy and efficiency of A1 algorithms 3. Stakeholder Collaboration 4. Policy Advocacy Promote the adoption Strengthen partnerships of smart water for sustainable management policies.