CLIMABOX is a digital technological system capable of reconstructing, analyzing, and simulating extreme climate scenarios. It is composed of a digital twin and a climate chamber for the physical testing of such scenarios, related both to real urban-territorial contexts and to forecast hypotheses developed within the digital twin.

The goal is to develop advanced tools to monitor and predict extreme weather phenomena—particularly intense rainfall and heatwaves—thereby enhancing urban resilience and natural hazard management.

The project consists of four Work Packages (WP):

1. Digital Twin: Development of a digital model representing territorial and urban systems, integrating historical, current, and forecast data.

2.Climate Chamber: Creation of a controlled environment to simulate climatic phenomena on physical models of urban and natural systems.

3. IoT Interoperability: Development of a technological system for interconnecting the Digital Twin and the Climate Chamber, improving monitoring and management of climatic processes.

4. Case Studies: Application and validation of the integrated system in real-world settings, with a focus on the Basilicata region.

The project is proposed by TAAL (MI), FEEM (OdR), and IDRAN (PI), which will form a Temporary Association of Purpose (ATS) named “Climabox,” committing to the initiative for a 12-month duration.

The proposal aligns with the Smart Specialisation Strategies of the Calabria and Basilicata Regions, promoting innovation and environmental sustainability. The integration of advanced technologies such as artificial intelligence, machine learning, IoT, big data, and cloud computing ensures a cutting-edge approach to addressing climate challenges.