IWMS Β· LAYER 02 OF 07 Β· 4G/5G IOT & EDGE INTELLIGENCE LIVE MONITORING
EDGE NODE FLOW 24.7 L/s EM METER PRESS 0.9 Bar PIEZO pH/TDS 7.2 Β· 186ppm PROBE TURB 2.1 NTU SENSOR 4G/5G β†’ AWS CLOUD Latency: 48ms JAL MAHAKAAL SHAKTI INFRATECH PVT. LTD. Β· IWMS Β· LAYER 02 Β· 4G/5G IOT & EDGE INTELLIGENCE
// IWMS ARCHITECTURE Β· LAYER 02 OF 07
πŸ“‘ 4G/5G Enabled

4G/5G IoT & Edge Intelligence

High-speed 4G/5G cellular networks capture real-time data on flow, pressure, and water quality (pH, TDS, Turbidity). Edge Computing nodes process data locally for instant leak detection and emergency shut-offs β€” ensuring zero-latency response even during connectivity interruptions.

4G/5G CellularEdge ComputingpH/TDS/TurbidityZero-latencyMQTTModbusSolar Power
// Overview

What This Layer Does

The IoT & Edge Intelligence layer is the nervous system of IWMS. Distributed sensor nodes placed at key network points continuously measure water quantity and quality parameters. Each node has an embedded Edge Compute module that processes sensor data locally, making millisecond-level decisions without waiting for cloud round-trips. Data is then synchronized to AWS in near real time over 4G/5G networks with SIM failover.

// Key Capabilities

Features & Capabilities

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Flow Sensors

Electromagnetic and ultrasonic flow meters measure volumetric flow in L/s with Β±0.5% accuracy. Bidirectional measurement detects reverse flow and NRW anomalies.

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Pressure Sensors

Piezoelectric pressure transducers at every DMA boundary and critical node. Pressure anomalies trigger instant NRW alerts before pipe bursts.

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Water Quality

Multi-parameter probes measure pH (Β±0.02), TDS (Β±1%), and Turbidity (Β±2 NTU) continuously. Quality threshold breaches auto-trigger supply isolation.

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Edge Computing

Embedded ARM processors run anomaly detection algorithms locally. Emergency shut-off commands execute in under 100ms without cloud dependency.

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4G/5G Connectivity

Industrial 4G/5G modems with SIM failover ensure continuous data uplink. Local buffer stores up to 72 hours of data during connectivity loss.

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Solar Power Option

Solar-powered sensor nodes with battery backup enable deployment in remote borewells, canal headworks, and rural distribution points.

Technical Specifications

Flow AccuracyΒ±0.5% of reading
Pressure Range0–16 bar
pH Range0–14 (Β±0.02)
TDS Range0–5000 ppm (Β±1%)
Turbidity0–1000 NTU (Β±2%)
Connectivity4G LTE / 5G NR
Edge Latency< 100ms
Data Buffer72-hour local
ProtocolMQTT / HTTP / Modbus
PowerSolar + Battery / Grid

Use Cases

  • Real-time pipeline pressure monitoring across DMAs
  • Water quality surveillance at OHSR supply points
  • NRW leak detection via flow imbalance analysis
  • Pump station performance monitoring
  • Borewell water level and quality tracking
  • Remote rural sensor deployment (solar-powered)