Automated Dam Water Level Monitoring with AIoT, Radar Sensors and Early Warning Alerts
State Water Resources Department
UN SDG 13 - Climate Action
South India
Pain Points
Manual readings and limited alerts caused data gaps, delayed response and dam safety risks.
Manual Water Level Recording
Manual measurements caused reporting delays, data errors and safety risks during field inspections.
No Real-Time Dam Visibility
Lack of continuous monitoring limited timely flood assessment, release planning and response.
Limited Early Warning Alerts
Without automated alerts, teams had less time to respond to sudden inflow and extreme weather.
Our Offerings
Deployed an AIoT-based AWLR system for real-time dam monitoring, analytics and early alerts.
Integrated AIoT AWLR Device
A solar-powered unit with embedded radar sensing continuously tracked dam water levels.
Multi-Network Connectivity
Cellular, Ethernet, WiFi and LoRaWAN supported reliable data transmission across varied terrains.
thingZmate® AIoT Platform
A centralized platform enabled role-based monitoring of multiple dams, reservoirs and alerts.
Early Warning Alert System
Configurable mobile alerts notified teams when water levels crossed defined safety thresholds.

Outcomes
Improved Dam Safety
Continuous monitoring enabled faster response during high inflow and emergency conditions.
Higher Operational Efficiency
Automation replaced manual readings and streamlined reporting, inspections and compliance tasks.
Reliable Data Availability
Offline data logging preserved water-level records during temporary network interruptions.
Data-Driven Water Decisions
Historical trends and analytics supported audits, planning and predictive water management.
Real-time monitoring and alerts significantly improved dam safety and operational readiness.
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