5G Security Essentials: Safegaurd the Hyperconnected World

Why Choose Garranto Academy for Your 5GSE Training?

Choose Garranto Academy for your 5G Security Essentials training to access cutting-edge content, expert instructors, and hands-on learning experiences, empowering you to protect hyperconnected environments with confidence and competence.

Course Overview

The "5G Security Essentials" course is a one-day program focused on providing participants with fundamental knowledge of 5G network security. This course covers essential topics related to 5G security, including drivers, 3GPP security features, infrastructure principles, network slicing, and IoT security. Participants will gain insights into 5G network architecture and its security challenges, enabling them to understand and address key security issues. The course emphasizes practical knowledge to safeguard 5G networks in this rapidly evolving technology landscape.

What You'll Learn in Our 5G Security Essentials Certification Course?

Course Objectives

By the end of this course, participants will:

• Understand the fundamentals of 5G networks, including use cases, architecture, and key principles.

• Recognize the major security issues in 5G and the status of security standardization in 3GPP.

• Identify the security challenges faced by both operators and vertical industries in the 5G era.

• Gain knowledge of 3GPP security features and authentication protocols.

• Comprehend the security aspects related to 5G infrastructure, including SDN and NFV security.

• Explore network slicing security and its importance.

• Understand the security considerations for cloud, MEC, and 5G cloud computing.

• Discover the principles of security management and orchestration in 5G networks.

• Address the unique security challenges of IoT in the context of 5G.

Prerequisites

• This course is designed for participants with a basic understanding of networking and telecommunications. No specific prerequisites are required.

Course Outlines

Module 1: 5G Network Overview

• 5G Use Cases

• 5G Architecture

• 5G Main Principles

Module 2: 5G Security Drivers

• Major 5G Security Issues

• Status in 5G Security Standardization: 3GPP

• Challenges for Operators

• Challenges for Verticals

Module 3: 3GPP Security Features

• SEAF / ARPF

• Authentication Protocols & Key Hierarchy

• SUPI & SUCI

• Inter Operator Network Security

Module 4: 5G Infrastructure Security Principles

• SDN and NFV security

• Network Function Virtualization Security

• Isolation and Traffic Separation in the Telco Cloud

• Cloud and MEC Security

• 5G Cloud Computing Architecture

• Five Immutable Laws of Virtualization Security

• Centralized Security Architectures

Module 5: Network Slicing Security

• Network Slicing – Examples

• Network Slice Isolation – The Crucial Slicing Security Aspect

• Security Management and Orchestration

• IoT Security

Course Outcomes

Upon completing this course, participants will be able to:

• Discuss the fundamentals of 5G networks, including their architecture and main principles.

• Recognize the major security challenges and drivers in 5G networks.

• Explain the role of 3GPP in standardizing security features for 5G networks.

• Describe the principles of 5G infrastructure security, including SDN, NFV, and cloud security.

• Understand the importance of network slicing security in the 5G context.

• Identify the key aspects of security management and orchestration in 5G.

• Address the unique security challenges presented by IoT in 5G networks.

Key Benefits of Embracing 5G Security Essentials

Safeguard the hyperconnected world with our 5G Security Essentials course, gaining critical insights into cybersecurity measures, threat mitigation, and ensuring the integrity of hyperconnected networks.

How 5G Security Essentials Can Fortify Your Network Against Emerging Threats?

Experience fortified network security as 5G Security Essentials transforms your understanding of cybersecurity, offering crucial skills in threat prevention, detection, and response to uphold the integrity of hyperconnected systems.