Transforming spatial data into operational decisions
UrbiVerde aspire to operationalize Earth Observation (EO) services to address climate change challenges and strengthen urban resilience.
The project aims to bridge the “last mile” between spatial data and end users by producing information that can be directly used for decision-making.
The “Information Factory” platform provides cloud-based services, integrating EO and non-EO data, to generate actionable insights for stakeholder decision-making.
Capabilities serving urban resilience
The UrbiVerde project supports local authorities at every stage, from observation to decision-making, by combining satellite data, domain expertise, and operational tools. Its focus is on climate change adaptation, with a particular emphasis on urban resilience. The project is built around concrete use cases developed in close collaboration with local stakeholders to address real-world operational needs.
An accessible cloud platform
The project designs, develops, and deploys an easily accessible cloud platform. It aims to bridge the gap between end users and service providers within an environment that is user-friendly, adaptable, and secure.
From experimentation to a sustainable operational solution
The UrbiVerde project relies on existing EO cloud infrastructures to develop user-driven services, moving from demonstrator to operational and scalable implementation.
A consortium with complementary expertise
The consortium integrates EO data, in-situ urban infrastructure indicators and socio-economic data to produce enriched and actionable insights supporting resilience planning, risk assessment and public policy implementation.
The Cerema ensures active involvement of public authorities and urban stakeholders, guaranteeing operational relevance and strong alignment with resilience frameworks at local, national and European levels.
Thanks to Aerospace Valley’s innovation ecosystem and CS GROUP’s industrial solutions, the services are designed to evolve from pilot demonstrations to sustainable operational offerings across France and Europe.
The UrbiVerde project is therefore built on a consortium of highly experienced partners, working in collaboration with pilot territories facing a diverse range of operational challenges.
Pilot territories using UrbiVerde to better understand, anticipate and act on climate challenges.
Diverse territories, representative of climate challenges. UrbiVerde is co-developed and tested with several pilot cities to demonstrate the value of its data in real-world contexts.
Nancy
Located in the Grand Est region of France, the city of Nancy faces a range of climate-related challenges due to its semi-continental climate and dense urban fabric. Heavy rainfall events, flood risks, and heatwaves require a better understanding of local dynamics.
In this context, UrbiVerde supports the local authority in analyzing and monitoring key indicators, strengthening its ability to anticipate extreme weather events and adapt its urban planning strategies.
La Roche-sur-Yon
Located in the Pays de la Loire region of France, La Roche-sur-Yon operates in an oceanic climate characterized by significant variability, as well as episodes of flooding and urban heat. These challenges require a better understanding of local dynamics to adapt urban development and strengthen the territory’s resilience.
In this context, UrbiVerde supports the local authority by providing precise indicators to monitor changes in urban phenomena and optimize urban planning strategies.
Perpignan
Kourou
Located in French Guiana, Kourou is situated in a tropical environment characterized by rich biodiversity and sensitive ecosystems. This context creates specific challenges related to the preservation of natural habitats and the management of environmental pressures.
In this context, UrbiVerde supports the local authority by providing reliable indicators to better understand ecological dynamics and inform appropriate decision-making, balancing development with ecosystem preservation.
