Innovative technologies from space for monitoring water networks and infrastructure
Satellite analysis represents a revolution in the monitoring of water networks and territorial infrastructures.
Using high-resolution satellite data and advanced processing algorithms, Aquanexa provides powerful tools for leak detection, monitoring terrain changes, and planning strategic interventions.
This technology makes it possible to cover vast geographical areas that are difficult to access, offering a detailed and real-time view of the condition of the infrastructure. Satellite images and geospatial data are crucial for identifying intervention priorities and creating increasingly specific services, not only for aqueduct infrastructure, but also for sewerage networks, rainwater networks and irrigation supply networks.
Aquanexa has extensive experience in the use of satellite imagery and geospatial data and a portfolio of satellite monitoring services to support the integrated water cycle. This allows you to have a clear and detailed view of the condition of the water and sewerage networks, identifying critical issues such as water leaks or weaknesses in infrastructure.
However, it is necessary to know how to go beyond data collection. You also need:
By integrating satellite data with IOT sensors and GIS platforms, the service guarantees continuous monitoring and accurate risk assessment, minimizing water waste and optimizing resources, in various areas: aqueduct networks, sewerage networks and last but not least the agricultural sector.

Extended water
Gas
District heating
Waste
Infrastructures
Smart cities
AgricultureFor info

Identification of leaks and criticalities through multispectral and thermographic satellite images.

Detect topographic changes, subsidence, and changes in water level.

Visualization and analysis of satellite data integrated with territorial systems for dynamic infrastructure management.

Using artificial intelligence and machine learning algorithms to identify patterns and anomalies in satellite data.

Detailed documentation with maps, images, and analytics to support operational and strategic decisions.
Data from satellites for detecting changes in humidity, temperature and terrain characteristics.
Systems that combine satellite data with information from network sensors and land platforms.
Predictive analysis and automatic identification of anomalies.
Targeted inspections to verify anomalies identified by satellite data.