Advancing 6G Security and Privacy
The MARE project has officially kicked off with a two-day inaugural meeting held on January 14-15, 2…
The MARE project has officially kicked off with a two-day inaugural meeting held on January 14-15, 2…
The AGRARIAN Open Call Platform is now open for proposal submissions up until the 31st January 2025 …
The CORE Research Group from the Institute of Informatics and Telecommunications has been honored wi…
Advanced Research in Next-Generation Networking
CORE-RG focuses on pioneering research and development across key areas such as 6G, AI-enhanced Programmable Networks, Cloud Computing, Edge-Cloud Continuum, Vertical Applications, and Cybersecurity
Telecommunications & Smart Networks
Innovation via Education
Design Novel Architectures
Deploying Experimental infrastructure
At CORE-RG, we’re at the forefront of cutting-edge research, driving advancements in areas like 6G, AI-enhanced programmable networks, cloud computing, edge-cloud continuum, vertical applications, and cybersecurity. Our current projects embody this commitment.
Our mission is to lead and innovate in networking technologies, laying a strong foundation for the development and seamless integration of advanced digital solutions. By aligning with key priorities of the European research agenda—such as 6G, AI-driven network programmability, cybersecurity, and sustainable digital infrastructure—we lay a strong foundation for the development and seamless integration of advanced digital solutions.
In 2023, the CORE Research Group’s achievements were highlighted by securing four signifcant Horizon Europe research grants, a testament to our innovative approaches and strong research capabilities. Notable projects include PQ-REACT, which explores cutting-edge post-quantum computing encryption schemes; COBALT, which aims at standardizing cybersecurity certifcations; OASEES, which focuses on decentralizing intelligence in the Cloud Continuum; and PRIVATEER, which advances cybersecurity measures in 6G networks. Additionally, our continued efforts in evolving 5G and beyond technologies have not only resulted in infuential publications but have also reinforced our position at the forefront of next-generation network innovation, fostering strong collaborations with academia and industry to drive real-world impact and secure, scalable infrastructure solutions
This initiative aligns with our goal to enhance security measures in anticipation of quantum computing advancements. Furthermore, we plan to explore opportunities within the European Defense Fund (EDF), particularly in dual-use technologies that leverage our existing telecommunications, contributing to secure, reliable, and advanced ensure that CORE remains a pivotal force in shaping the future of research in communications and cyber-defense. These efforts will network technologies
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