Electrochemical signature
The water signature is monitored continuously. The sensor identifies deviations from a jointly established reference and directs (without replacing) accredited laboratory analyses.
Technology
One sensor.
All the depth.
A common electronic core, declined according to the point in the network and access to water. The same 55 mm disc carries quality, hydraulics and metering: you activate what matters.
Anatomy
The sensor, layer by layer.
Hover or select each layer to isolate it. An industrialised design (multilayer electronics, a robust composite housing) built to last on the network.
06 couches
- 01Composite housingHardened packaging
Use-specific packaging, resistant and durable, with excellent acoustic conduction.
- 02Active electronicsEmbedded analysis
Analysis microcontroller, modular power (mains, solar or battery), expansion via modular add-ons as needed.
- 03LoRaWAN radioStandard protocol
Natively LoRaWAN communication: integrable into the public network, with no proprietary intermediary.
- 04Acoustic listeningUltra-low-noise
Ultra-low-noise vibration sensing, capturing pressure waves through the pipe wall.
- 05Common electronic coreMotherboard
The motherboard shared by every capability: one architecture, one coherent data set.
- 06Electrochemical faceBare electrodes
Bare electrodes in contact with water for electrochemical measurement: signature-based quality vigilance.
Hardware platform
One electronic core, every measurement.
Every capability rests on the same board. This pooling cuts cost, simplifies maintenance and guarantees data coherence across uses.
01
Electrochemical measurement
Several complementary electrochemical methods, combined to track the water’s multi-parameter signature and detect its deviations.
02
Acoustic / hydraulic listening
Ultra-low-noise vibration sensor with a high sampling rate, capturing the solid conduction of pressure waves in the pipe.
03
Embedded analysis & AI
Local signal processing and learning models: anomaly detection, leak pre-location, embedded virtual sensors, no internet dependency.
04
Form & dimensions
55 mm disc, multilayer electronics, active face and electrochemical face, modular add-ons as needed.
Measurement principles
From physics to data, on board.
Vibration listening
The accelerometer captures solid conduction of pressure waves in the wall: leaks, flow, water hammer. Pre-location happens at the scale of a day.
Embedded intelligence
Models run on the sensor, closest to the signal: robustness, low latency, resilience even offline. Raw data stays controlled locally.
Deployment formats
The right format, in the right place.
The sensor is declined according to the point in the network and access to water. A sensor in contact carries quality; a sensor on a pipe carries hydraulics.
On-pipe node
On-pipe mounting, rigid coupling, no water access.
Hydraulics
Water-access node
Chamber, tapping, reservoir, main connection.
Quality & Hydraulics
Meter module
At the delivery point, on the subscriber meter head.
Metering & services
Tap module
At the point of use, at the user: compact, long-life battery.
Quality at the last metre
Industrialisation
An industrialised design. Built to endure.
The reliability of a partner is judged as much by its technology as by its ability to produce, deliver and endure over time.
Production quality control · illustration Industrialised design
Multilayer electronics, robust composite packaging, built for series production.
Controlled supply chain
Established suppliers, safety stocks on critical parts.
Sized capacity
Qualified electronics manufacturer (EMS) to absorb ramp-up.
Managed obsolescence
Backward compatibility and proactive obsolescence management.
Next
See the capabilities at work.
Quality, hydraulics, metering: discover what each capability changes in the field.