The NATWORK project is at the forefront of creating a groundbreaking 6G cybersecurity and resilience framework that is both economically viable and energy-efficient. The project’s vision is rooted in developing a unique AI-enhanced security mechanism for 6G networks, drawing inspiration from resilient biomimicry principles. This innovative approach spans over six key pillars, including the definition of detailed extensions to 6G architectures to ensure end-to-end security, fostering secure-by-design composition and migration of novel 6G cloud-native slices, and providing net-zero AI-powered trustworthy management for highly adaptable and attack-resilient networks.
Moreover, the NATWORK consortium delves into the realm of bio-inspired network management and security, borrowing analogies from complex biological structures like the human body. By emulating the immune system’s ability to learn from past incidents, anticipate future threats, and adjust security protocols accordingly, the project aims to optimize service layer agreements and sustainability, much like the biological process of homeostasis. Through the incorporation of AI for anomaly detection and adaptive responses, NATWORK mirrors the self-learning mechanisms of biological cells to enhance cybersecurity measures.
In terms of achievements, NATWORK has made significant progress towards developing its technology, conducting tests in experimental settings, and defining frameworks for final integration. The project focuses on creating an AI-driven cybersecurity system that mimics the stepwise operation of biological immunity, utilizing proactive mechanisms to deter intruders and adaptive models to classify and mitigate threats. The project also aims to influence 6G standardization and policy, aligning with EU regulations and contributing to Europe’s low-carbon goals by establishing a secure, sustainable 6G ecosystem.
Technological advancements by NATWORK include a dynamic moving target defense framework, an AI-native 6G architecture based on secure federated learning, and an array of AI-empowered security modules. The project has also identified four key use cases, such as sustainability and reliability of 6G slices, anti-jamming technologies for autonomous vehicles, IoT security, and enhancing network variability with continuous security measures. NATWORK’s collaborative efforts involve a consortium of 15 participants from EU and associated countries, with a total budget exceeding €6.1 million.
