Imagine using a digital map that acts like a flight simulator for a city to test where planting trees or adding parks would best cool down a neighborhood. It's like a blueprint that helps cities turn concrete jungles into green spaces that actually work for the people living there. The goal is to make cities cooler and more welcoming by using data to decide exactly where to put nature back into the streets.
Cities struggle to reduce urban heat and social exclusion in deprived areas without precise data on where interventions will have the most impact. There is a lack of standardized tools to simulate and measure the success of greening projects.
A digital twin system for urban data visualization and a set of standardized KPIs for climate resilience, biodiversity, and social use of space.
If you are a design firm dealing with outdated urban heat maps — this project developed a digital twin system that integrates urban data to visualize KPIs for managing green interventions. This allows for precise simulation of evolution scenarios before breaking ground.
If you are a tech provider dealing with the need for real-world validation of urban sensors — this project installed environmental sensors in Bucharest and used them to engage 1,200 residents. This provides a proven model for deploying hardware in marginalized urban areas.
If you are a developer dealing with strict climate resilience regulations — this project developed a methodology for capturing carbon and creating freshness islands. This helps in increasing the attractiveness and health value of properties in deprived neighborhoods.
Based on available project data, specific pricing or implementation costs are not provided, though the project focuses on defining the required investment and governance models for replicator cities.
Yes, the project is designed for replicability across 9 European cities, with 5 specific replicator cities including Rome, Gent, Ljubljana, Segrate, and Lappeenranta to test the model's scalability.
Based on available project data, specific IP or licensing agreements are not mentioned; however, the project is a public-private consortium involving 27 partners.
The project aligns with European strategic objectives regarding climate adaptation and social cohesion, focusing on creating replicable policies for urban development.
The project runs from 2024-01-01 to 2027-12-31, with pilot interventions already advancing in cities like Bucharest and Paris.
The consortium is heavily weighted toward implementation and governance, with 27 partners across 12 countries. While only 26% are direct industry partners (7 companies), the high number of 'Other' entities (14) likely represents the 9 participating municipalities, indicating a strong public-sector drive. The presence of 3 universities and 3 research centers ensures the technical validity of the digital twin and nature-based solutions.
Contact INETUM (France) for details on the digital twin integration.
Contact us to find out how to license the urban resilience KPIs for your city.
