Published
(Updated )
Oulun yliopisto
6G Talk - Threat landscape and potential solutions in 6G | Professor Mika Ylianttila
Can We Trust 6G? The Future of Security & Privacy As AI-enabled hyper-connectivity is reshaping our digital world, how do we ensure that 6G networks remain secure and trustworthy? In this 6G Talk, Prof. Mika Ylianttila from the University of Oulu dives into the evolving security challenges of next-generation networks - and the cutting-edge solutions designed to defend them. From zero-trust architectures and decentralised security models to AI-driven threat detection and preparedness to quantum computing, this talk reveals how researchers are fortifying 6G against both known and emerging cyber threats. Watch now to explore how AI can be both an ally and a threat, and how the next-gen Internet and 6G will balance security, privacy, and performance in a hyper-connected world!
Video
7.1.2025
Discover how cutting-edge research is shaping the defence of 6G networks and how decentralisation and anomaly-based intrusion detection are vital to tackling both inherited and novel threats in a highly connected world. Key takeaways * How AI can be both a defender and adversary in network security * Preparing for quantum computing threats and resilient algorithms * Zero-trust architectures and trust-building mechanisms for 6G * Practical security testing in Oulu’s advanced 5G/6G test environment * Balancing privacy, performance, and sustainability in future networks For more insights into 6G research visit https://www.6gflagship.com/ Chapters 00:00 - Introduction to 6G Security 02:00 - Threat Landscape and Emerging Technologies 04:30 - Decentralisation and Zero-Trust Architectures 07:00 - AI as a Defence and Adversarial Tool 09:30 - 6G Cure project: Robust threat prevention for AI/ML for beyond 5G and 6G 12:00 - Federated Learning and Privacy Preservation 15:00 - Testing Security in Real-World Environments 18:00 - Practical Applications for AI and Cyber Resilience 20:00 - Future Directions and Open Research Questions
Further details
Language
English
Fields
Information and communication technologies