ourse Overview: 5G Network Security Training

Introduction
The emergence of 5G technology promises to significantly expand connectivity across the globe, enabling more efficient, faster, and more reliable communications for both consumers and industries. With its ability to support a massive increase in connected devices, including IoT devices, 5G will revolutionize connectivity in areas previously underserved by traditional broadband networks. However, the widespread adoption of 5G also brings new security challenges. As businesses deploy 5G-connected devices, it is crucial to implement robust security measures to safeguard these networks from cyber threats.

The 5G Network Security Training course addresses both traditional and emerging security risks in 5G environments, offering a comprehensive review of the security frameworks, requirements, and best practices essential for protecting 5G networks and ensuring their reliable operation. Participants will gain insights into new technologies, protocols, and models designed to secure future 5G deployments, including those supporting IoT and other high-bandwidth services.

Course Objectives
By the end of this course, participants will be able to:

• Understand key mobile access authentication methods in the context of 5G.
• Identify the critical enablers of 5G network functionality and security.
• Analyze novel technologies and protocols for enhancing 5G security.
• Explain the WBPLSec system model and its applications in 5G security.
• Gain insights into LiFi technology and its integration with 5G networks.
• Understand the principles of Software Defined Monitoring (SDM) architecture.
• Grasp the unique security requirements of IoT devices in 5G environments.
• Evaluate security concerns related to positioning technologies in 5G.
• Address customer edge security issues in 5G networks.
• Understand security concerns within Mobile Virtual Network Operator (MVNO) environments and mobile cloud technologies.

Course Outline: 5G Network Security

Day 1: Introduction to 5G Networks and Communication Systems

• Overview of 5G networks and their transformative potential.
• Key 5G communication concepts: Channels, Carriers, and Channelization.
• Techniques for accessing and delivering 5G services.
• 5G system architecture: FDD/TDD, Non-Standalone (NSA) vs. Standalone (SA) modes.
• Introduction to 5G New Radio (NR) and its service and performance requirements.
• The evolution of cellular systems and how 5G enhances service delivery.

Day 2: Understanding Cellular System Generations and Mobile Security

• An exploration of the evolution from 2G to 5G networks and the security landscape across these generations.
• Detailed overview of 5G enabling technologies and their role in enhancing mobile security.
• Examination of security challenges specific to SDN-based mobile networks and cyber threats in 5G.
• Cybersecurity business models for 5G, including the role of stakeholders and the impact of emerging technologies.
• Physical Layer Security in 5G and an introduction to WBPLSec (Wireless Broadcast Physical Layer Security) system model.
• Wi-Fi and 5G network interoperability challenges and security considerations.
• Insights into the role of LiFi technology in 5G and related security implications.

Day 3: LiFi-5G Interoperability and Advanced Network Security

• Addressing LiFi-5G network security challenges and potential solutions.
• Security design considerations for integrating LiFi with 5G infrastructures.
• Protecting the physical infrastructure of 5G networks: from design to deployment.
• Customer Edge Switching (CES) frameworks: ensuring security at the network edge.
• Evaluation of CES security measures and their deployment in 5G networks.
• Overview of Software Defined Security Monitoring (SDSM) in 5G networks and its advantages over traditional monitoring techniques.
• Identifying challenges and benefits of implementing SDM in large-scale 5G environments.

Day 4: Device, User, and IoT Security in 5G

• Security challenges related to Internet of Things (IoT) devices in 5G networks.
• Distributed security platforms and the role of mobile cloud robotics in securing 5G networks.
• Protecting user privacy, identity, and trust in 5G environments.
• Security considerations in 5G positioning technologies: indoor vs. outdoor, passive vs. active.
• Cryptographic techniques for ensuring privacy and security in 5G communications.
• Ensuring trustworthiness in positioning systems and managing privacy concerns.

Day 5: Cloud, Virtual Networks, and Regulatory Frameworks for 5G Security

• Security concerns for Mobile Virtual Network Operators (MVNOs) and mobile cloud systems.
• Cloudification of telecom networks and the integration of Network Functions Virtualization (NFV) in 5G.
• Exploring NFV-based security services and the role of SDN in securing virtualized 5G infrastructures.
• Security considerations for Cloud and Multi-Access Edge Computing (MEC) in 5G.
• Regulatory and legal frameworks for 5G security and privacy: challenges and opportunities.
• Overview of European and global initiatives related to secure positioning and regulatory impacts on 5G technologies.
• Analysis of regulatory approaches for managing emerging 5G security and privacy issues.

Course Delivery
This course combines expert-led presentations, hands-on exercises, case studies, and real-world examples to deepen participants' understanding of 5G security. By the end of the program, participants will be equipped with the skills to assess security risks, implement mitigation strategies, and contribute to the development of secure 5G infrastructures.

Target Audience
This training course is ideal for telecommunications professionals, network engineers, security analysts, and policy-makers working with 5G technologies. It is also beneficial for anyone seeking to develop expertise in the secure deployment, management, and regulation of 5G networks.