Securing the Foundations of 6G: Innovative Intelligent Controls at the Physical Layer for Trustworthiness and Resilience

In the dynamic landscape of communication technologies, the imminent arrival of 6G networks promises a transformative change that requires a proactive strategy to strengthen the underlying infrastructure. This research is driven by the mission to ensure the security, trustworthiness, and resilience of 6G networks by introducing innovative, intelligent controls at the physical layer. This involves integrating adaptive systems that dynamically adjust to evolving network conditions while alerting to and remediating security risks in real-time. This study aims to provide a robust foundation for 6G networks by eliminating vulnerabilities that could be exploited by malicious entities, with a focus on the physical layer. The proposed intelligent controls utilise advanced machine learning and adaptive algorithms to assess and improve the network’s security posture continuously. Based on a theoretical analysis, this research aims to contribute to the conceptual development of 6G networks that drive technological innovation and embody a secure and resilient architecture essential for the upcoming era of wireless communications. It will explore how intelligent physical layer controls, adaptive algorithms, and machine learning have improved the security of 6G networks.