Real time data monitoring results in rich data and history that can be converted into insights for decision making. Using IoT technologies, the solution can be extended to install sensors to measure pressure and water levels. This can be used in Network optimization, minimum water flow analysis, time analysis and water balance calculations. Experts at the utility can use the data to undertake hydraulic modeling. If AMI is also used in certain areas to control water flow, the supply in the network can be managed by cordoning off sectors and controlling water supply based on volume/number of consumers in a given sector; it will prevent hardship and ill feelings among the population that certain sectors are preferred over others. Network Investigation and leak analysis can be undertaken on a real time basis by sending alerts to utility staff to flag leakages or abnormalities in the system.

• Measure True loss - Water lost from reticulation network through bursts and leaks.
• Measure Avoidable loss – Detect and measure lost revenue through inaccurate metering, unmetered supplies and theft, implement meter replacement strategies.
• Area wise Supply management - Splitting the network into separate metered areas to assist in ongoing monitoring of water loss, system performance and to ensure sufficient supply pressure so that consumers do not complain. Monitor timings and volume of supply and keep customers happy and informed.
• Outage monitoring - Measuring water loss on a real time basis allowing for rapid response to leaks and busts, leading to substantial water savings.
• Water accounting and audit - calculation of net water loss using analysis of all water inputs and outputs for reporting and detection of faults/losses. Combine automatic data captured with historical data and field surveys to triangulate problems more effectively.
• Pressure management - control of pressure in the system to ensure sufficient supply to all consumers and detect leakages.
• Prepare GIS maps – Prepare and ensure integrity of consumer location and pipe network on google maps for planning purposes and network modelling.

• Reduce non-revenue water - Improve metering and billing efficiency, thus increasing utility revenues.
• Reduction of water consumption and costs - Avoid bill shock to customers.
• Reduce intrusion into private property – improve worker safety, reduce manpower requirement.
• Suitable for dense urban locations like those found in Indian metros, as well as geographically far (like 5 km) and difficult to reach locations.
• MIS – improves network data and visibility to management allowing better decision making.
• Water conservation - Water loss management – Early Network Leak Detection system – conserve precious natural resources – send alerts on SMS to Utility staff to take action.
• Water management - Manage supply sequentially across areas scientifically from the software. Network Optimization can be undertaken.
• Environmentally friendly and sustainable.
• Scalable, sustainable and feasible solution – Designed and Made in India – Low cost.
• Connects with various meter makes/types and makes the solution very flexible.
• Integration with SCADA system in future.
• Asset management – track flow and pressure meters in the system.
• Data is secure, integrity is ensured, and audit trials can be conducted.