SLISE

Technological convergence and interoperability have transformed the use of ICTs, similar to the expansion of the internet 30 years ago. 5G is not just an evolution of telecommunications, but an integration of multiple communication technologies that guarantee bandwidth, low latency and media independence. Its potential will enable applications such as autonomous driving, remote surgeries and IoE, but its adoption requires mitigating security risks. Its impact is key in Industry 4.0, where the reliability of real-time communications is crucial.

The SLISE project addresses the vulnerabilities that virtualization has introduced in 5G architecture, investigating algorithms for incident analysis, encryption, attack detection via radio and automated response. It focuses on the risks of NFV, SDN and Network Slicing, evaluating their effectiveness in critical scenarios such as critical infrastructure management and manufacturing.

The importance of security in 5G virtualization is evident in the growing volume of publications and regulations, such as those of ENISA, which has tripled its coverage of these issues. In addition, the solutions developed will reduce vulnerabilities in related sectors, such as industrial networks and next-generation data centers. A positive environmental impact is also expected by reducing e-waste.

SLISE aligns with Mission 5 of Spain's digital security plan, focusing on the protection of 5G networks and their critical services. The project, with a duration of 37 months (2021-2024), follows a scheme in two iterations: a first demonstrator pilot with initial architectures and a second cycle that will incorporate learnings and technological advances.

Project funded by the Centre for Technological Development and Innovation (CDTI) of the Ministry of Science, Innovation, and Universities under the "Missions Science and Innovation" program: (EXP 00146157 / MIG-20211019).