Climate change is creating new challenges — from heavier rainfall and longer droughts to growing pressure on water quality. The upcoming Water Framework Directive will require even stricter limits on toxic substances and nutrient Where water management was once predictable, flexibility is now essential. Today’s conditions push existing water systems to their limits — demanding a smarter, data-driven approach. Think proactive buffer management, automated water discharge, and continuous surface water monitoring.
A new generation of advanced water quality and quantity sensors, powered by intelligent software that collects, analyses, and acts on data instantly.
Our system works seamlessly with virtually any sensor, regardless of brand or application — making integration simple, scalable, and ready for the future.
With additional water quality and quantity sensors, water authorities, provinces, municipalities, and drinking water companies gain valuable insight into water levels and quality parameters. The system is fully wireless and operates on batteries and/or solar power via the IoT network of leading telecom providers.
An advanced platform securely stores all sensor data in a powerful time-series database, enriched with calibration and maintenance records. Smart pattern recognition and anomaly detection instantly highlight what truly matters — so you can act fast and with confidence. All sensor data is clearly organised and prioritised by impact, giving you a complete and actionable overview at a glance
A sea level rise of up to 5 meters is possible, depending on the extent of global CO₂ emissions reductions.
With a sea level rise of 2 meters, half of the Netherlands would be flooded.
Without strong dikes, it could take up to a year to pump flooded areas dry.
CimPro supplies IoT sensors for the following applications in the water sector:

CimPro's CSO loggers are exceptionally robust and specifically designed to operate reliably in the harsh conditions of sewer networks. They deliver accurate, real-time data for regulatory reporting, compliance, and policy development, making them an essential tool for reducing environmental pollution.

The CimPro water level loggers continuously measure water levels using integrated hydrostatic sensors. All measurement data is automatically transmitted, securely stored, and made available for analysis, reporting, and decision-making. Their robust design and low-maintenance operation make them ideal for long-term deployment in demanding field conditions..

CimPro's solar-powered weirs are equipped with high-efficiency solar panels that provide sufficient power throughout both summer and winter. Designed for fully autonomous operation, they can be monitored and controlled anytime, anywhere. The system is energy-efficient, low-maintenance, and perfectly suited for remote locations where reliable water level management is essential.
Sensors are read wirelessly using battery-powered data loggers, eliminating the need for mains power. This enables reliable monitoring at hard-to-reach locations, such as in the middle of a polder, along rivers, or beneath manhole covers.If you'd like, I can also make this version more technical or more marketing-oriented.
Thanks to its intelligent design, the battery provides an operational lifetime of up to 10 years. Every transmitted message includes information about the remaining battery capacity, enabling proactive maintenance and uninterrupted operation.This version is suitable for a professional product brochure or website.
The IoT data loggers support the low-power SDI-12 protocol as well as traditional Modbus and analog sensors, making them suitable for a wide range of monitoring applications.This version reads naturally in technical brochures and highlights the versatility of the data loggers.
Data is transmitted via **NB-IoT** and **LTE-M** networks, which are specifically designed for IoT applications and built on the reliable 4G infrastructure of mobile network operators.
Thanks to the secure, encrypted MQTT protocol, data can be transmitted simultaneously to multiple destinations, including cloud platforms such as Microsoft Azure and Amazon Web Services (AWS), data historians, DCS, and SCADA systems.
How can we help you?
We help you design the optimal configuration and architecture for a reliable, future-proof wireless sensor network.
For low-power applications, we provide expert advice on selecting the right sensors to maximize battery efficiency and ensure a long operational lifetime.
User-friendly dashboards are provided as standard, but we can also develop custom dashboards tailored to your specific requirements and user needs.
Thanks to industry-standard interfaces and an open REST API, sensor data can be easily integrated with existing systems and applications.
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