Course Description
This intensive 10-day course provides a comprehensive understanding of 5G network security. Participants will explore the 5G architecture, security features, potential vulnerabilities, and advanced protection strategies. The course covers practical implementation of security measures, emerging threats, and cutting-edge technologies in 5G security.
Learning Objectives
- Understand 5G network architecture and its security implications
- Identify and mitigate potential security threats in 5G networks
- Implement robust security measures for 5G infrastructure
- Analyze emerging security challenges and develop effective solutions
- Apply best practices for securing 5G-enabled devices and services
Course Modules
Day 1: Introduction to 5G Security
- Overview of 5G technology and architecture
- 5G security landscape and challenges
- Comparison of 4G and 5G security features
- Key security standards and organizations
Day 2: 5G Security Architecture
- Core network security components
- Radio access network (RAN) security
- Network slicing security
- Edge computing security considerations
Day 3: Authentication and Access Control
- 5G authentication mechanisms
- Subscriber privacy and identity protection
- Access and mobility management security
- Zero Trust principles in 5G networks
Day 4: Encryption and Data Protection
- 5G encryption protocols and algorithms
- Key management and distribution
- Secure communication channels
- Data integrity and confidentiality measures
Day 5: Network Function Virtualization (NFV) and Software-Defined Networking (SDN) Security
- Security in virtualized environments
- SDN security challenges and solutions
- Container and microservices security
- Orchestration and automation security
Day 6: Threat Detection and Mitigation
- Common attack vectors in 5G networks
- Intrusion detection and prevention systems
- Security information and event management (SIEM)
- Threat intelligence and analysis
Day 7: IoT and Device Security in 5G
- Securing massive IoT deployments
- Device authentication and management
- Over-the-air (OTA) updates and patch management
- IoT security best practices
Day 8: Cloud and Edge Security in 5G
- Multi-access edge computing (MEC) security
- Cloud-native security approaches
- Securing APIs and microservices
- Data privacy in distributed architectures
Day 9: Emerging Technologies and Future Trends
- AI and machine learning in 5G security
- Quantum-safe cryptography
- Blockchain applications in 5G security
- 6G security considerations
Day 10: Compliance, Regulations, and Best Practices
- Global 5G security regulations and standards
- Privacy laws and data protection
- Security audits and assessments
- Industry best practices and frameworks
Practical Wins for Participants
- Ability to design and implement secure 5G network architectures
- Proficiency in identifying and mitigating 5G-specific security threats
- Skills to integrate advanced security technologies in 5G deployments
- Knowledge to ensure compliance with 5G security regulations and standards
Credits: 5 credit per day
Course Mode: full-time
Provider: Blackbird Training Centre
