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Use cases

The same sensor,
everywhere water matters.

Public networks, analysis laboratories, industrial processes, tertiary points of use: the versatility of a single platform, demonstrated in real conditions.

Trusted by

Several sectors, not just one.

Beyond public water networks, the platform is now deployed across very different sectors: proof of a competence that reaches beyond a single market.

Food industry

Biscuiterie Jeannette

Rendering & industrial effluents

EVA Équarrissage

AgTech & biostimulants

VeraGrow

Accredited laboratory

Laboratoire Labéo

Industrial engineering

Electron Industrie

Social housing & tertiary

CDC Habitat

Deployments

Proven in real conditions.

Metropolitan utility

Utility / metropolitan area

Metropolitan utility

Deployment in a public drinking-water environment: communicating reading, leak detection and quality vigilance on a single fleet.

Yield Leaks Quality
City: public water service

Urban public network

City: public water service

Sectorisation and reliable pressure and leak detection from day one, on a dense network.

Sectorisation Pressure ILP
Labéo laboratory

Analysis laboratory

Labéo laboratory

Sensor, laboratory, observatory chain: sentinel vigilance directs accredited analyses, without replacing them.

Vigilance Targeted analyses Observatory
Processes & agri-industry

Industrial sites

Processes & agri-industry

Measurement robustness in an industrial process: leak reduction, performance optimisation, analysis of rinsing and process water.

Process Rinse water Performance
Tertiary sites

Tertiary key accounts

Tertiary sites

Monitoring of quality and use at the point of consumption, in a tertiary environment.

Point of use Quality Use
Tap module: last metre

Point of use

Tap module: last metre

Decentralised treatment and quality vigilance closest to the user, on the most compact module of the platform.

Last metre Sobriety Tap

Anonymized references. The contexts described are representative of ongoing deployments and disclose no confidential information.

Concrete examples

From one matrix to the next, one platform.

Typical, illustrative cases, from one matrix to the next. Orders of magnitude are established context by context.

Network

A sector of subscribers

A dense acoustic mesh: leak detection time drops from several weeks to the scale of a day, even before it surfaces.

Drinking

A resource under PFAS pressure

VizO aggregates sanitary control and laboratory bulletins: at-risk points are prioritised for 2026 compliance, and drinking water is secured at the point of use by the Tap module.

Surface

A raw-water intake

Trend and early warning on the resource: an upstream degradation is seen before it reaches the treatment line.

Wastewater

A plant near its load limit

Continuous inlet/outlet monitoring: overloads and by-pass detected early, treatment yield and self-monitoring made reliable.

Shellfish

A production area

Microbiology and weather context: the contamination episode is anticipated, the close/reopen decision protects the classification.

Pools

An aquatic centre

Disinfectant and by-products monitored 24/7: bather comfort and compliance, without manual rounds.

Value levers

What the data changes.

The mechanisms through which the platform creates value, whatever the matrix. Orders of magnitude are specific to each context and established jointly.

01

Continuous compliance

The regulatory verdict no longer depends on the sampling calendar: compliance is tracked continuously and drift is seen before the exceedance.

02

Early warning

Leak, exceedance, contamination, drought: the trajectory is anticipated. You act before the crisis, not after the bulletin.

03

Targeted analyses

Sampling directed by the sentinel effect, instead of systematic rounds: analytical effort concentrated on what is useful.

04

Losses & yield

Fast leak detection and inlet/outlet steering: fewer losses, a reliable yield (distribution or treatment) without flat-rate estimation.

05

Sovereignty

Portable data, standard protocol, models in escrow: the value created stays yours, for the whole duration.

06

Predictive maintenance

Vibration listening to assets (pumps, valves): better-targeted interventions, longer electromechanical life.

Method

From pilot to generalisation.

Deployment proceeds in stages: a sectorised pilot phase validates performance in real conditions (yield, data-return rate, sentinel specificity) before any generalisation. Value is measured before mass commitment.

1

Scoping

Technical workshop, water reference signature, interface specification.

2

Pilot

Sectorised phase, in real conditions, on a controlled perimeter.

3

Measure

Validation of performance and data-return rates before extension.

4

Generalisation

Controlled rollout, integrated into the renewal programme.

Your network

And on your territory?

A network audit or a demonstration on a reference site will give you the concrete measure of the value.