EUROPEAN PROGRAMS

Integrated Collaborative Drone Systems Environment How can integrated, modern, and secure Unmanned Aerial Vehicle (UAV) swarm environments, utilizing advanced artificial intelligence, data processing, and data analytics technologies, enhance the management and security of critical infrastructures and services? This research proposes the development and implementation of advanced technologies—such as artificial intelligence, machine learning, deep learning, big data processing, and real-time analytics—within collaborative UAV swarm systems, with the aim of improving the management and security of critical infrastructures and services. The study seeks to determine how the integration of such advanced technologies can contribute to the effective monitoring, management, and protection of critical infrastructures and services against threats and security challenges.

The EU and African member states have joined forces to create strategies for transitioning from a linear to a circular economy that promotes sustainable growth and development. The EU-funded NESTLER project will advance the One Health sustainable partnership by integrating technological advances to monitor the well-being of humans, animals and plants in a comprehensive manner. The project will integrate advanced remote sensing technologies, which include software interfaces for satellite data sources, video streams from unmanned aerial vehicles and IoT devices. Additionally, NESTLER will develop methodologies for edible insect farming and study the impact of animal waste in crop-based farming.

SEARCH is designed to overcome the traditional barriers in healthcare data sharing, such as privacy concerns, security risks, and institutional silos. By integrating synthetic data generation technologies with federated learning models, SEARCH ensures that sensitive patient data remains protected while fostering collaboration across public and private sectors. Our unique platform will empower AI-driven clinical decision support and enable the development of novel healthcare tools, accelerating research, reducing bias, and improving the accuracy of diagnosis and treatment.

VOXReality is an initiative that aims to facilitate the convergence of Natural Language Processing (NLP) and Computer Vision (CV) technologies in the Extended Reality (XR) field. We will develop innovative Artificial Intelligence (AI) models that will combine language as a core interaction medium supported by visual understanding to deliver next-generation applications that provide comprehension of users goals, surrounding environment and context.

The PROBONO project envisions to establish a people-focused European construction industry, by working in harmony with the broader community of stakeholders, to deliver scalable, sustainable, and viable energy-positive and zero-carbon Green Buildings and Neighbourhoods (GBN).

INCISIVE project’s overarching objective to enhance cancer diagnosis and prediction using AI and big data will be reached by implementing work within 5 project Pillars.

Combining academic and industrial expertise through Europe, ONTIC developed innovative machine-learning (ML) algorithms for IP traffic characterization and demonstrated their applicability in the context of dynamic network management; it also made available a 0.5 PB dataset of actual network traffic traces. ADAPTIT led the Big Data architectural activities and contributed to use case development from the perspectives of a SME solution provider.

TELSCOSERV with PANTHORA are participating in an international consortium of companies and organizations including IBM HQ, Trenitalia, AIA, Aspisec. The consortium will develop a secure industrial IoT communication platform. TELCOSERV is the IoT Gateway Provider playing an active role both in the development of specific parts of the solution (API) and in the Livings Labs proposed in the context of the proposal of this particularly important Research Program.

Platform for the sustainable collective use of swimming water and improvement of bathers’ experience. The purpose of the PELAGUS Collective Awareness Platform is the sustainable collective use of bathing water, improving the experience of tourists and visitors in the coastal areas of the country, using sensors, IoT technology and crowdsourcing.