The primary objective of AI4Capacity is to promote and implement capacity-building tools such as the Common Assessment Framework (CAF) and Management by Objectives (MbO) system within small and medium public organizations. By integrating an AI Suite, designed to support these frameworks, the project aims to modernize administrative processes, improve decision-making, and enhance the overall efficiency of public service delivery. The expected change is a significant improvement in the administrative capacities of local authorities, leading to more effective governance, increased transparency, and better service outcomes for the communities they serve.

SPATRA unites technology leaders, researchers, and industry experts to develop advanced satellite-based solutions for smarter transport. The project targets two main challenges: improving road efficiency at border crossings and parking areas, and enhancing rail safety through temperature and infrastructure monitoring. By combining EGNSS and Copernicus data with ground and drone sensors, SPATRA delivers real-time insights for traffic management and maintenance. Its goals are to reduce congestion and emissions, improve rail reliability, and foster the adoption of EU space technologies for a more sustainable and resilient transport network.

Theseus Hub for Circularity (H4C) promotes Industrial-Urban Symbiosis (I-US) by uniting municipalities, regions, and industries to manage resources, waste, energy, water, and infrastructure collaboratively. Originating in the Athens/Attica region, it pioneers Greece’s shift toward a circular economy under the Processes4Planet (P4P) partnership. Through digital and robotic technologies, Theseus H4C develops and scales innovative solutions in water, energy, and materials. Its systemic approach and governance models enable pilot projects and replication across Europe, advancing climate neutrality by 2050 and positioning Athens as a model for sustainable urban transformation.

EcosySTEM is a transnational initiative that promotes environmental awareness and sustainability education among children and youth in the Black Sea region. By developing innovative STEM-based training modules, creating state-of-the-art training centers, and organizing environmental festivals and clean-up campaigns, the project empowers educators and students to take active roles in protecting the environment. Through cross-border collaboration, EcosySTEM strengthens regional cooperation, enhances environmental literacy, and inspires a new generation committed to a more sustainable future.

MASTERMINE addresses the growing challenges of modern mining—deeper operations, higher output demands, and sustainability pressures—by driving digital transformation across the European mining sector. The project introduces a multilevel framework of Culture, Strategy, and Tactics, linking innovation, research, and education to reshape mining for the future. Through initiatives such as CYBERMINE (digitalization), AUTOMINE (autonomous and electric operations), GEOMINE (safety and stability), GREENMINE (environmental performance), and METAMINE (the mining metaverse), MASTERMINE advances efficiency, safety, and sustainability. Demonstrations in five European mines and one in South Africa will validate the technologies across 11 sites, covering 10 raw materials, including five critical raw materials for Europe’s green transition.

RESIST strengthens the climate resilience of 12 EU regions through large-scale demonstrations and knowledge transfer between partners. The project implements four flagship Climate Change Adaptation (CCA) pilots and supports eight twin regions via shared learning and immersive digital twins. By uniting regional authorities, researchers, industries, and citizens, RESIST co-creates and scales innovative solutions for adaptation, governance, and policy. The initiative aims to reduce climate risks, boost green investment, and accelerate Europe’s transition toward resilience by 2030, directly contributing to the EU’s Climate Adaptation Mission.

The proposed investment aims to create a high-quality collaborative Project among eight research and academic institutions (LMS, CERTH, ATHENA RC, UOC, DUTH, NTUA, TUC, and EAP), linking the country’s research and production networks and helping to curb the “brain drain.” By combining the partners’ expertise, the Project will develop innovative Industry 4.0 technologies—such as robotic systems, big data management, digital twins, predictive maintenance, supply chain solutions, and additive manufacturing—to drive the digital transformation of industry. These efforts will enhance workforce skills, promote technological adoption, and boost productivity, competitiveness, and sustainability across the Greek economy.