Use Case
Monitor your water infrastructure anywhere, even in remote areas without network coverage
Pipelines, dams, pumping stations: monitor your water infrastructure in real time with satellite IoT, even in remote areas without terrestrial connectivity.
At a Glance
Challenge
Remote water infrastructure: no network means no data. Undetected leaks, manual inspections, blind decision-making.
Solutions
Sensors connected to Kinéis satellites transmit data directly, even from remote sites.
Impacts
Fewer field interventions, up to 30% water loss avoided, optimized operations, and truly targeted maintenance.
Challenge
Monitoring water infrastructure in remote areas remains a major challenge
Mountain reservoirs, buried pipelines, forest pumping stations: these assets are essential… yet often invisible.
Without connectivity, there is no data. And without data, there are no alerts.
Consequences:
- Undetected leaks
- Costly manual inspections
- Blind decision-making
Why is monitoring hydraulic infrastructure still an operational blind spot?
Because these assets are often beyond the reach of traditional terrestrial networks.
Monitoring still relies on:
- Long and imprecise field visits
- Reactive maintenance
- No prioritization of interventions
Result: late anomaly detection, high costs, degraded performance.
Costly and inefficient inspections
A single site visit can cost up to €1,000. In many cases, nothing is detected.
The result: wasted time, teams exposed in remote areas, and budgets spent more on logistics than prevention.
Without remote monitoring:
- Leaks are detected too late
- Interventions become reactive
- Operational costs increase significantly
Invisible but massive water losses
Up to 30% of water can be lost in some networks.
Globally:
- 126 billion m³ of water lost each year
- Equivalent to $39 billion in losses
These losses are directly linked to a lack of continuous monitoring.
Behind these figures: wasted resources, damaged infrastructure, and increasing budget pressure.
In a context of growing water stress, these inefficiencies are becoming critical.
Lack of connectivity in critical areas
Many infrastructures are located where terrestrial networks are unavailable: rural areas, mountains, deserts, forests.
This lack of coverage:
- Limits traditional IoT
- Prevents alert transmission
- Makes remote operations impossible
Even long-range radio or cellular solutions fail in these environments.
Less than 15% of the globe is effectively covered by terrestrial networks suitable for industrial IoT.
Result:
- No data collection
- No alerts
- No remote control
Undetected losses
Up to 30% water loss due to late leak detection. 126 billion m³ lost annually worldwide — $39 billion
Increased intervention costs
Up to €1,000 per inspection visit, often without detecting anomalies.
Lack of Connectivity
Less than 15% of the globe covered by terrestrial networks. No data, no alerts, no control in remote areas.
A global challenge: modernizing water networks
Worldwide, water infrastructure modernization has become a strategic priority, driven by regulation, climate change, and the need to reduce non-revenue water.
Monitoring is becoming a global priority:
- Over 30 million km of water networks to monitor (ESSEC study, 2026)
- A fast-growing smart water market (+12.5% per year)
- Increasing regulatory requirements (Europe, US)
Operators must shift from maintenance-based approaches to data-driven operations.
Solutions
Monitor your water infrastructure anywhere with satellite IoT
Seamless satellite connectivity
Direct data transmission without cellular relay or terrestrial gateway.
Automatic incident alerts
Alerts triggered when thresholds are exceeded (pressure, flow, level)
Secure and accessible data
Encrypted data sent to cloud platforms and integrated into business tools.
Predictive maintenance enabled
Earlier leak detection, anomalies identified without physical inspections.
A key solution in high water-stress regions
Regions with the greatest monitoring needs:
Latin America (e.g. Brazil)
- Hundreds of thousands of wells and infrastructures
- Many located in rural areas without network coverage
- Agricultural IoT market exceeding $2 billion
Middle East (e.g. Saudi Arabia)
- Over 80% of land in arid zones
- Strong reliance on groundwater
- Massive investments in infrastructure and smart metering
Africa and parts of Asia
- Limited terrestrial connectivity in rural areas
- Isolated critical infrastructures
- Growing need for reliable autonomous monitoring solutions
Satellite connectivity is particularly suited to ensure continuous monitoring in these environments.
A broader approach: water resource management
To optimize infrastructure, monitoring the resource itself is essential.
Sensors can also track:
- Groundwater levels
- Pressure and recharge
- Water quality (pH, nitrates, conductivity)
This enables combined analysis of network and resource data for better water management, especially in stressed areas.
Impacts
Immediate benefits for your water remote networks
Less Loss, less fieldwork, more impact
Sensors detect anomalies as soon as they occur (leaks, overpressure, flow variations).
Teams know exactly where and when to act.
No more unnecessary field visits: every intervention is targeted and efficient.
- Up to 30% operational savings.
Predictive maintenance at last
Alerts are automatically triggered when critical thresholds are exceeded.
Teams intervene at the right time with the right tools.
Results:
- Early anomaly detection
- Reduced failures and incidents
- Optimized human and technical resources
Audit-ready data
Accurate, timestamped, and actionable data:
- Documents your actions
- Simplifies reporting
- Ensures regulatory compliance
Less loss,
more savings
Up to 30% water savings.
Targeted & safer maintenance
Fewer unnecessary interventions
Seamless
monitoring
24/7 data, even without network
Compliance & traceability
Documented thresholds and event history.
FAQ
Satellite IoT and water infrastructure
Gain visibility on your remote networks
Whether managing water networks, dams, or isolated infrastructure, satellite IoT helps you regain control of your data—everywhere.
Other Use Cases
Satellite IoT: monitor water quality without a network
Pesticides, nitrates, PFAS: faced with invisible pollution, satellite IoT enables continuous water-quality monitoring without relying on terrestrial networks.
About us
Created in 2018, Kinéis is a satellite IoT operator.
© Kinéis - All rights reserved
Contact us
Adress
11, rue Hermès
31520 Ramonville-Saint-Agne
France
Phone
+ 33 5 61 39 47 00
