XTRUST-6G Kicks Off: Pioneering Cybersecurity for Next-Generation Networks
XTRUST-6G Kicks Off: Pioneering Cybersecurity for Next-Generation Networks
The journey toward securing next-generation 6G communications has officially begun! On January 22-23, 2025, the XTRUST-6G consortium gathered in Thessaloniki, Greece, for a highly engaging kickoff meeting, marking the official launch of this ambitious cybersecurity initiative.
A Strong Start for XTRUST-6G
Bringing together leading experts, researchers, and industry partners from across Europe, the two-day meeting set the stage for developing cutting-edge security solutions tailored for the challenges of 5G+ and 6G networks.
With the rapid evolution of AI-driven automation, cloud-native infrastructures, and quantum computing, the need for robust cybersecurity measures has never been more critical. XTRUST-6G aims to redefine security by implementing zero-trust (ZT) principles, AI-driven threat intelligence, and quantum-safe technologies to safeguard future networks.
Key Discussions and Objectives
The kickoff meeting featured in-depth discussions on:
- Project objectives and research priorities
- Work package structure and technical innovations
- Use cases for real-world validation
- Pilot demonstrations and large-scale testing environments
The consortium explored the application of zero-trust security architectures, advanced intrusion detection, secure supply chains, and AI-driven risk assessment. Additionally, the integration of quantum-safe cryptography and federated security solutions were highlighted as pivotal aspects of the project’s vision.
Collaboration for a Secure 6G Future
The XTRUST-6G project is built on collaboration, bringing together academia, industry leaders, and cybersecurity experts to develop security frameworks that will enhance the resilience, privacy, and trustworthiness of future mobile networks.
With the roadmap now in place, the consortium is ready to embark on this exciting journey, working towards groundbreaking innovations that will future-proof 6G networks against evolving cyber threats.
