AquaHarmony operates by deploying IoT sensors throughout urban water infrastructure, including supply sources, distribution networks, and consumption points.

These sensors continuously collect data on various metrics such as water quality, flow rates, and pressure levels.

This data is then processed through advanced analytics and a machine learning platform which predicts demand patterns, identifies potential issues like leaks or blockages, and optimizes distribution in real-time.

The system integrates with existing infrastructure by using open APIs to ensure all legacy systems can connect seamlessly.

Users, such as municipal water authorities and urban planners, can access a centralized dashboard for insights, alerts, and remote management capabilities.

By transforming isolated water management systems into an integrated network, AquaHarmony enables improved resource efficiency, reduced wastage, and proactive infrastructure management.

This leads to sustainable water supply strategies that handle urban growth and climate volatility more effectively.

Technologically feasible with existing IoT and data analytics advancements.

However, requires significant coordination with municipal authorities and potential regulatory navigation due to ingrained legacy systems.

Initial high setup costs may be a barrier, but long-term savings and sustainability potential justify investment for forward-thinking cities.