Non-Revenue Water Monitoring

Reduce water loss & maximise revenue with smart monitoring

Detect leaks, prevent theft, and gain full visibility over your water network with real-time data.

Non-Revenue Water Monitoring

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How non-revenue water monitoring works

Track flow and consumption in real time - from city meters to remote pipeline assets - without invasive installs or daily site visits.

1. Install the hardware

Mount a Captis S2 data logger to existing meters or flow sensors across urban, rural, or remote locations.

2. Data is transmitted

Usage and flow data is sent via CAT-M1 or NB-IoT, using internal or external antennas for strong signal in pits, meter boxes, or remote areas.

3. See alerts & patterns

Custom alerts notify you of abnormal consumption or leak events. View live trends in Kallipr Kloud or integrate with SCADA or billing systems.

Do you need help?

FAQs

Got questions about installation, connectivity, or sensor compatibility? We’ve answered the most common ones below to help you get started quickly and confidently.
By detecting leaks, unmetered consumption, and unusual flow patterns, Captis enables proactive intervention, preventing loss before it escalates.
Kallipr devices use market-leading technology to connect via low-power wide-area network technologies (CAT-M1 or NB-IoT) networks globally. Transmission and measurement intervals are fully configurable, letting you balance data accuracy, frequency, and latency with battery life. All data is encrypted, with built-in security features that ensure end-to-end integrity - from device to cloud to the way you use it.
Where data also needs to be sent to additional systems, Kallipr hardware supports multiple endpoint configuration, which is widely used by utilities to route data or alarms directly to SCADA or analytics environments.
Yes, utilities can set custom thresholds that trigger alerts when suspicious consumption, leaks, or flow anomalies are detected.
Yes, IP68-rated enclosures protect against full submersion, heavy rainfall, and debris impact, making them ideal for flood-prone environments or extreme conditions.

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