Borewell Water Level Monitoring for Groundwater Tracking, Recharge Insights and Pump Protection
Jal Jeevan Mission Project
UN SDG 12 - Responsible Consumption and Production
Guwahati, Assam, India
Pain Points
Limited level data caused over-extraction, poor recharge visibility and pump dry-run risks.
Unsustainable Groundwater Extraction
Limited recharge data made it difficult to control pumping and reduce seasonal water scarcity risks.
Manual Water Level Tracking
Manual readings were inconsistent and could not support reliable irrigation or water planning.
Frequent Pump Dry-Runs
Low-water conditions went undetected, increasing the risk of motor damage and maintenance costs.
Our Offerings
Deployed LoRaWAN sensors and thingZmate® for groundwater tracking, alerts and pump protection.
Borewell Water Level Sensors
Industrial sensors continuously measured borewell depth and changing groundwater conditions.
thingZmate® AIoT Platform
A centralized dashboard displayed live levels, historical trends and multi-site borewell data.
Automated Low-Level Alerts
Mobile and email alerts warned teams when water levels reached critical low thresholds.
Long-Range LoRaWAN Connectivity
Reliable wireless links transferred data from remote farms, villages and industrial sites.

Outcomes
Data-Driven Sustainability
Historical trends supported seasonal planning and more responsible groundwater management.
Groundwater Recharge Visibility
Recharge data helped teams adjust pumping schedules and reduce avoidable groundwater stress.
Centralized Remote Oversight
Multi-site monitoring allowed teams to review all borewells through one central dashboard.
Reduced Pump Dry-Run Damage
Low-level alerts and automated cut-offs helped prevent pump damage caused by dry-running.
Precise data collection is the foundation of our sustainable water future
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