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sSMART WATER SYSTEMS

What is sSMART WATER SYSTEMS?

A Smart Water System is an AI-driven, sensor-enabled, digital water management platform that monitors, predicts, optimizes, and automates the entire water lifecycle—from source, storage, treatment, distribution, consumption, recycling, and wastewater management. Modern smart water systems increasingly use IoT, Digital Twins, AI, predictive analytics, and autonomous control to reduce water loss, improve water quality, lower energy costs, and strengthen climate resilience. 

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Why Build sSMART WATER?

Water Challenges

Utilities

  • Non-revenue water (leakage)
  • Aging infrastructure
  • High pumping costs
  • Water scarcity
  • Compliance reporting

Cities

  • Population growth
  • Flooding
  • Droughts
  • Water quality incidents

Agriculture

  • Excess irrigation
  • Water waste
  • Low crop-water efficiency

Industry

  • High consumption
  • Regulatory pressure
  • Sustainability targets

 

Benefits

Operational

  • Leak detection
  • Predictive maintenance
  • Pump optimization
  • Automated operations

Financial

  • Reduced water loss
  • Lower energy consumption
  • Lower maintenance costs

Environmental

  • Water conservation
  • Reduced emissions
  • Improved resilience

Governance

  • Regulatory compliance
  • ESG reporting
  • Sustainability tracking

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How sSMART WATER Works

Phase 1: Monitor

Phase 2: Analyze

Phase 3: Predict

Phase 4: Optimize

Phase 5: Automate

 

sSMART WATER Architecture

 

                sSMART WATER CLOUD

 

 sAI ENGINE             

 Demand Forecasting        

Leak Detection        

 Water Quality AI       

Asset Prediction    

 

  sDIGITAL TWIN      

Network Simulation       

Hydraulic Modeling       

Scenario Planning      

 

 IoT PLATFORM     

 Sensors     

 Smart Meters     

Edge Devices   

Physical Water Assets  

Pipes        

 Reservoirs      

 Pumps       

Treatment Plants  

 

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Example Use Case

Smart City Water Utility

Current State

Population:

  • 1 million residents

Network:

  • 2,500 km pipelines

Annual Water Supply:

  • 120 million m³

Leakage:

  • 18%

 

After sSMART WATER

KPI

Before

After

Water Loss

18%

7%

Pump Energy

100%

82%

Leak Detection Time

7 Days

15 Minutes

Service Interruptions

100/year

18/year

Maintenance Cost

$12M

$8M

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