TS-501 5G Telecom Security Hands-On

Original price was: $4,299.00.Current price is: $3,299.00.


3 days

Delivery Method




Seats Available



3 days

Delivery Method





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With the growth in 5G proof-of-concepts and early deployment, 5G market adoption and usage direction are increasing and being set in place as operators prepare for massive deployment.

This 5G Training Session (TS-501) will help security and telecom professionals get an understanding of the key concepts of 5G, their security, the implementation of such architectures and the impact in terms of related risks.

All trainees will receive the full deck of the training materials at the conclusion of the session.


  • Introduction


  • 5G Architectures

    Different architectures and impact on security

  • 5G Components

    Components of 5G deployments and danger areas

  • 5G Domain Security


  • 5G Phase 1: Non-Standalone Architecture (NSA) and Security

    o 5G Non-Standalone Architectures: EN-DC o Evolution of the S1 and X2 E-UTRAN interfaces

  • 5G RAN and Virtualized RAN

    o 5G New Radio interface o gNodeB modularity, virtualization and deployment options

  • 5G UE

    UE, Handsets and SoCs

  • 5G System Security Principles applied to 5G subscribers

    o Anonymization of subscriber’s fixed identity o Authentication and Key Agreement (AKA) o Encryption and integrity protection of control-plane and user-plane traffic o Activation of the security and related signalling procedures

  • Impact of new 5G protocols in term of security:

    o X2 extensions for NSA deployment o F1, E1, Xn and N2 / N3 o PFCP and SBI (Service-Based Interface)

  • 5G Core

    5G Core, Service Based Architecture (SBA), Roaming and Interconnect Security

  • Infrastructure level deployment

    Deployment, security & risk of NFV (Network Functions Virtualisation)

  • 5G Slicing

    Benefit and risk of 5G slicing in term of Security

  • 5G Multi-tenant Environment

    Understand the risks and attacks on isolation in a 5G multi-tenant environment (Slicing, NFV, SDN)

  • 5G Testbeds

    5G testbeds, network stacks and open-source software

  • Exercises

    Hands-on questions and exercises

  • Closing Remarks


Why You Should Take This Course


Who Should Attend


Key Learning Objectives

  • Gain a thorough undestanding of 5G architectures and respective deployment options

  • Learn system and infrastructure level deployments, danger areas and security principles

  • Understand security impacts of new 5G protocols

  • Evaluating risks and attacks on isolation in a multi-tenant environment
  • Prerequisite Knowledge

    • Good knowledge of 4G architectures and security (LTE & EPC)
    • Basic knowledge of telecom & network principles:
      • What is 2G, 3G;
      • OSI network layers;
      • Basic knowledge of telecom technologies.
    • Good knowledge and usage of Wireshark

    Hardware / Software Requirements


    Your Instructor

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