This DIXONTECH course provides a comprehensive understanding of 5G network architecture, vulnerabilities, and advanced security mechanisms. It focuses on how 5G technology transforms connectivity and the unique cybersecurity challenges it introduces. Participants will explore 5G security frameworks, encryption protocols, and protection mechanisms for data, devices, and network infrastructure. The program aligns with global standards such as 3GPP, ETSI, and NIST to help professionals build secure and resilient 5G environments.
Fundamentals of 5G Architecture and Core Technologies
Security Challenges in 5G Networks
Network Slicing, Virtualization, and Cloud Security
5G Data Protection and Encryption Techniques
5G Threat Detection, Mitigation, and Compliance Frameworks
Understand the architecture and security layers of 5G
Identify vulnerabilities in 5G systems and applications
Apply network protection and encryption methods
Implement secure access and identity management
Detect and respond to 5G cyber threats effectively
Integrate 5G security with enterprise infrastructure
Comply with 5G cybersecurity standards and best practices
Network Security Engineers and Architects
Cybersecurity and IT Professionals
Telecom Operators and Service Providers
Information Security Managers
Cloud and Virtualization Specialists
System Integrators and Consultants
Regulatory and Compliance Officers
This DIXONTECH training combines instructor-led sessions, real-world case studies, and interactive network simulations. Participants perform hands-on lab exercises focusing on 5G architecture, network slicing, and threat mitigation. Through scenario analysis and collaborative discussions, they learn to design, implement, and monitor 5G security strategies in complex operational environments.
Overview of 5G evolution and architecture
3GPP standards and security framework overview
Differences between 4G and 5G network models
Core network components and interfaces
Key enablers: virtualization, SDN, and NFV concepts
Overview of security challenges in 5G ecosystem
Importance of privacy and data integrity in 5G
Core, edge, and access network layers explained
Network slicing and multi-tenancy security risks
Security in virtualized and cloud-native environments
Exposure of APIs and IoT vulnerabilities
Threat landscape for 5G service providers
Mapping 5G threats to security domains
Case studies of real-world 5G cyber incidents
Subscriber identity management and authentication models
5G-AKA and EAP-AKA’ security protocols
End-to-end encryption and key management
Protecting user data in mobility scenarios
Secure communication across radio and core networks
Handling SIM-based and SIM-less devices securely
Data integrity validation and confidentiality methods
Understanding network slicing and isolation mechanisms
Security orchestration and automation in 5G
Managing access control across multiple slices
Securing virtualized and containerized functions (VNF/CNF)
Integration of 5G and edge computing security models
Cloud-native security and service-level protection
Monitoring and incident response in virtual networks
Detecting advanced threats using AI and analytics
Implementing continuous security monitoring systems
5G compliance frameworks: ETSI, NIST, and GDPR alignment
Security risk assessment and vulnerability management
Developing 5G-specific response and recovery plans
Emerging technologies: 6G readiness and future challenges
Workshop: designing a secure 5G network architecture
Group & Corporate Discounts: Available for companies enrolling multiple participants to help maximize ROI. Individual Discounts: Offered to self-sponsored participants who pay in full and upfront. Registration Process: Corporate nominations must go through the client’s HR or Training department. Self-nominations must be prepaid via the “payment by self” option. Confirmation: All registrations are subject to DIXONTECH’s approval and seat availability. Refunds: Provided in case of course cancellation or no seat availability. Tax Responsibility: Clients are responsible for any local taxes in their country.