Imagine having a high-tech weather map that doesn't just show rain, but tells you exactly how thirsty your soil is or where a flood might hit first. It uses satellites and ground sensors to create a digital twin of the water cycle. This helps cities and farmers stop guessing and start predicting water crises before they happen.
Public authorities lack integrated, local-scale monitoring for water-related crises. This leads to poor anticipation of floods, droughts, and wildfires, risking infrastructure and community safety.
A suite of water intelligence services including a generic Soil-Water-Vegetation monitoring tool, sector-specific risk indicators, and interoperable data tools for decision-makers.
If you are a precision farming service provider dealing with unpredictable droughts — this project developed a soil-water-vegetation monitoring service that provides actionable insights for better crop resilience.
If you are a municipal water utility dealing with aging infrastructure and flood risks — this project developed interoperable data tools that help anticipate extreme climate conditions to protect city assets.
If you are a civil protection agency dealing with wildfires and flash floods — this project developed sector-specific risk indicators that strengthen crisis response and early warning systems.
Based on available project data, specific pricing is not mentioned, but the project uses a Pre-Commercial Procurement (PCP) model to align solutions with the needs of public buyers.
Yes, the project uses a modular, open architecture and validates solutions across 5 European test sites to ensure the services are replicable and scalable.
Based on available project data, the project follows a PCP process involving design and prototyping for public buyers, though specific licensing terms are not detailed.
The project runs from 2025-01-01 to 2027-12-31, moving through design, prototyping, and field validation phases.
The project focuses on interoperability mechanisms and a unified water taxonomy to ensure data tools work across different regional and cross-border governance systems.
The consortium is heavily weighted toward implementation and agility, featuring 27 partners with a 22% industry ratio. With 7 SMEs and 13 'Other' entities (likely public buyers/authorities), the group is structured for a Pre-Commercial Procurement model, ensuring that the 7 research organizations and 1 university provide the science while the industry partners drive the path to TRL 8.
Contact BALIERA GLOBAL SL in Spain for procurement and partnership details.
Contact us to identify how to integrate these EO-based water intelligence tools into your climate adaptation strategy.
