About this project
Innovative Action description
ADUCAT (Actionable Data space for Urban Climate Adaptation and related socio-ecological, local Transformation)
Challenge: The project aims to address urban challenges related to environmental and climate issues, such as urban greenery management, infrastructure monitoring, and temperature forecasting in cities, to move toward climate neutrality and resilience.Solution: The proposed solution is to utilize satellite-based applications, including Earth observation data combined with AI and machine learning, to improve urban planning and development processes. The project will implement innovative, technology-based solutions in real environments to enhance public services.Originality and Innovation: This approach is innovative because it leverages cutting-edge technologies like satellite data and AI to provide precise, real-time environmental information. These insights will be used to monitor urban green spaces, detect land movements, and improve temperature forecasts, all in alignment with EU goals.Expected Change: The project aims to create more sustainable, resilient urban environments by integrating satellite data into city processes, improving the management of urban services, and enabling local authorities to better tackle climate challenges.
Challenge: The project aims to address urban challenges related to environmental and climate issues, such as urban greenery management, infrastructure monitoring, and temperature forecasting in cities, to move toward climate neutrality and resilience.Solution: The proposed solution is to utilize satellite-based applications, including Earth observation data combined with AI and machine learning, to improve urban planning and development processes. The project will implement innovative, technology-based solutions in real environments to enhance public services.Originality and Innovation: This approach is innovative because it leverages cutting-edge technologies like satellite data and AI to provide precise, real-time environmental information. These insights will be used to monitor urban green spaces, detect land movements, and improve temperature forecasts, all in alignment with EU goals.Expected Change: The project aims to create more sustainable, resilient urban environments by integrating satellite data into city processes, improving the management of urban services, and enabling local authorities to better tackle climate challenges.
This project is looking for
The Transfer Partner should be a city (or a cooperation of municipalities) of a certain size, because the identified use cases (not all will be addressed within the project) are focusing on cities with a certain urban characteristics (eg. building density, planned/ongoing construction programmes, public transport,...) and as well a certain administrative capacity.
The cities should see a realistic chance of integrating satellite data in their daily administration in terms of maintenance, urban planning and improvement of urban spaces.
We are looking for cities from less developed and transition regions only!
The cities should see a realistic chance of integrating satellite data in their daily administration in terms of maintenance, urban planning and improvement of urban spaces.
We are looking for cities from less developed and transition regions only!
City size
Medium city (250k to 500k inhabitants)
Regional development level of the city
Less developed regions
Transition region
Applying to
EUI-IA Third Call for Proposals - Technology in cities
Launch of the Call in May 2024 - End of the Call in October 2024
See more about the call for proposals
EUI - Innovative Actions Third Call for ProposalsAuthor
Michael Gansch
