• Transport infrastructures

MOVINN: Innovation Ecosystem for Smart and Safe Mobility

The MOVINN ecosystem aims to promote and drive technological development and innovation in smart and safe mobility by facilitating collaboration among key industry players, including companies, research centers, public administrations, associations, and social agents, among others.

Sacyr participates as a leading company alongside Renault Group, supported by three technology centers with excellence in intelligent transportation: CTAG (project coordinator), CIDAUT, and ITENE, as well as three national business and technology associations: Sernauto, ITS España, and PONS Mobility.  

Sacyr’s role in this consortium focuses on studying how new models of connected and autonomous mobility may impact infrastructure, identifying innovative solutions through challenges launched within the ecosystem, and participating in forums and working groups with key industry stakeholders.  

Sacyr will contribute its expertise as a leading transport infrastructure operator, complementing the efforts of other consortium members. This will help bridge the gap between technology and the market while fostering the right conditions for deploying new demonstrators of connected and sustainable mobility with a positive impact on society.  

This initiative is funded under the 2024 "Innovation Ecosystems" call for proposals, promoted by the Center for Technological Development and Innovation with Next Generation EU funds, as part of the Recovery, Transformation, and Resilience Plan.
 


 

  • Sustainable movility
  • Integral Water Cycle

Development of a Data Space for Simulating the Behavior of Highly Biodiverse Hydrological Ecosystems

This project develops a data space for monitoring various ecosystems through the creation, integration, and simulation of predictive models on water quality and the main affected flora and fauna species. It is supported by an interoperable data-sharing platform.

In this initial phase, a first use case is being addressed, in which a results exploitation model will be developed based on the measurement of the Water Quality Index (WQI). This index is defined and trained using data from different hydrological ecosystems in Spain, Europe, and Latin America. The goal is to generate valuable information to tackle environmental challenges and advance toward a more sustainable future by developing effective solutions in the environmental and biodiversity sectors.  

Through simulation models, it will be possible to predict various physicochemical parameters that impact the water quality index, allowing for highly detailed water quality monitoring and simulation. This is essential for tracking the status of flora, fauna, and the hydrological ecosystem as a whole.  

This project is funded under the 2024 call for proposals "Sectoral Data Spaces: Use Cases", promoted by the State Secretariat for Digitalization and Artificial Intelligence with Next Generation EU funds as part of the Recovery, Transformation, and Resilience Plan.

  • Water
  • Future
  • Environmental impact
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