AI INFRASTRUCTURE FOR WATER OPERATIONS
AI Infrastructure for
Water Operations
No longer suffer from network failures: anticipate problems before they occur and significantly reduce your water losses.
Stop wasting your water.
A GLOBAL OBSERVATION
Freshwater: a limited resource...
THE EARTH
1 083 320 000 000 km3
ALL THE WATER ON EARTH
1 386 000 000 km3
ALL THE LIQUID FRESH WATER
10 633 450 km3
...and yet exploited by infrastructures often managed blindly
What does this imply?
Decisions based on intuition
Without reliable data, it is impossible to measure consumption, identify deviations, or optimize water supply.
Reactive management rather than predictive
Without a connected solution, each adjustment requires a trip. This leads to wasted time, reduced responsiveness, and higher operational costs.
Invisible losses and reactive maintenance
Leaks, overconsumption, pump failures... Without real-time alerts, anomalies are detected too late, directly impacting performance.
Stop wasting your water
OUR SOLUTION IN 3 STEPS
Take control of your water network management
Connect
Integrate your sensors and centralise your data.
Model
Simulate your water networks to gain visibility and anticipate issues.
Orchestrate
Manage and control your hydraulic operations using AI to make informed decisions.
AI INFRASTRUCTURE FOR WATER OPERATIONS
A resource that should no longer be managed blindly
We do not just perform statistical detection.
Our intelligence understands:
Hydraulic constraints
Pressure balances
Dynamic behaviours of the network
Energy impacts
Environmental interactions
PROOF OF ROBUSTNESS
Validation from the most demanding sector: agriculture
Why Agriculture?
Agriculture is the sector that consumes the most water, with 69% of global water withdrawals dedicated to it.
How?
Thanks to a modular, interoperable, and action-oriented OS
Modular
It allows you to activate only the useful features: Supervision, Automation, Resource Management, Operational Monitoring, Performance Analysis
Un manque de vision consolidée des réseaux
Sans données fiables, il est impossible de mesurer les consommations, d’identifier les dérives ou d’optimiser les apports en eau. Les décisions restent basées sur l’intuition plutôt que sur des indicateurs précis.
Un manque de vision consolidée des réseaux
It does not just centralize data; it transforms it into decision-making levers. Intelligent alerts, automated scenarios, operational management tools.
With whom?
We work with major global agricultural producer groups to help them improve their hydraulic operations management.
What result?
30%
Water saved on your irrigation
10%
Cost related to network maintenance
30%
Energy savings on water pumping
Discover IrrigEasy
Let's build your future smart water infrastructures together.
Stop wasting your water
AI INFRASTRUCTURE FOR WATER OPERATIONS
AI Infrastructure for
Water Operations
No longer suffer from network failures: anticipate problems before they occur and significantly reduce your water losses.
Stop wasting your water.
A GLOBAL OBSERVATION
Freshwater: a limited resource...
THE EARTH
1 083 320 000 000 km3
ALL THE WATER ON EARTH
1 386 000 000 km3
ALL THE LIQUID FRESH WATER
10 633 450 km3
...and yet exploited by infrastructures often managed blindly
What does this imply?
Decisions based on intuition
Without reliable data, it is impossible to measure consumption, identify deviations, or optimize water supply.
Reactive management rather than predictive
Without a connected solution, each adjustment requires a trip. This leads to wasted time, reduced responsiveness, and higher operational costs.
Invisible losses and reactive maintenance
Leaks, overconsumption, pump failures... Without real-time alerts, anomalies are detected too late, directly impacting performance.
Stop wasting your water
OUR SOLUTION IN 3 STEPS
Take control of your water network management
Connect
Integrate your sensors and centralise your data.
Model
Simulate your water networks to gain visibility and anticipate issues.
Orchestrate
Manage and control your hydraulic operations using AI to make informed decisions.
AI INFRASTRUCTURE FOR WATER OPERATIONS
A resource that should no longer be managed blindly
We do not just perform statistical detection.
Our intelligence understands:
Hydraulic constraints
Pressure balances
Dynamic behaviours of the network
Energy impacts
Environmental interactions
PROOF OF ROBUSTNESS
Validation from the most demanding sector: agriculture
Why Agriculture?
Agriculture is the sector that consumes the most water, with 69% of global water withdrawals dedicated to it.
How?
Thanks to a modular, interoperable, and action-oriented OS
Modular
It allows you to activate only the useful features: Supervision, Automation, Resource Management, Operational Monitoring, Performance Analysis
Un manque de vision consolidée des réseaux
Sans données fiables, il est impossible de mesurer les consommations, d’identifier les dérives ou d’optimiser les apports en eau. Les décisions restent basées sur l’intuition plutôt que sur des indicateurs précis.
Un manque de vision consolidée des réseaux
It does not just centralize data; it transforms it into decision-making levers. Intelligent alerts, automated scenarios, operational management tools.
With whom?
We work with major global agricultural producer groups to help them improve their hydraulic operations management.
What result?
30%
Water saved on your irrigation
10%
Cost related to network maintenance
30%
Energy savings on water pumping
Discover IrrigEasy
Let's build your future smart water infrastructures together.
Stop wasting your water
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AI INFRASTRUCTURE FOR WATER OPERATIONS
AI Infrastructure for
Water Operations
No longer suffer from network failures: anticipate problems before they occur and significantly reduce your water losses.
Stop wasting your water.
A GLOBAL OBSERVATION
Freshwater: a limited resource...
THE EARTH
1,083,320,000,000 km³
ALL THE WATER ON EARTH
1,386,000,000 km³
ALL THE LIQUID FRESH WATER
10,633,450 km³
...and yet exploited by infrastructures often managed blindly
What does this imply?
Decisions based on intuition
Without reliable data, it is impossible to measure consumption, identify deviations, or optimize water supply.
Reactive management rather than predictive
Without a connected solution, each adjustment requires a trip. This leads to wasted time, reduced responsiveness, and higher operational costs.
Invisible losses and reactive maintenance
Leaks, overconsumption, pump failures... Without real-time alerts, anomalies are detected too late, directly impacting performance.
Stop wasting your water
OUR SOLUTION IN 3 STEPS
Take control of your water network management
Connect
Integrate your sensors and centralise your data.
Model
Simulate your water networks to gain visibility and anticipate issues.
Orchestrate
Manage and control your hydraulic operations using AI to make informed decisions.
AI INFRASTRUCTURE FOR WATER OPERATIONS
An AI grounded in physical reality
We do not just perform statistical detection.
Our intelligence understands:
Hydraulic constraints
Pressure balances
Dynamic behaviours of the network
Energy impacts
Environmental interactions
PROOF OF ROBUSTNESS
Validation from the most demanding sector: agriculture
Why Agriculture?
Agriculture is the sector that consumes the most water, with 69% of global water withdrawals dedicated to it.
How?
Thanks to a modular, interoperable, and action-oriented OS
Modular
It allows you to activate only the useful features: Supervision, Automation, Resource Management, Operational Monitoring, Performance Analysis
Interoperable
It easily integrates with your existing equipment and systems. This guarantees technological continuity of your installations, without disruption.
Action-oriented
It does not just centralize data; it transforms it into decision-making levers. Intelligent alerts, automated scenarios, operational management tools.
With whom?
We work with major global agricultural producer groups to help them improve their hydraulic operations management.
What result?
30%
Water saved on your irrigation
10%
Cost related to network maintenance
30%
Energy savings on water pumping
Discover IrrigEasy
Let's build your future smart water infrastructures together.
Stop wasting your water