OVERVIEW
5G networks provide connectivity to a massive number of devices, enabling many vertical industries to provide wireless connectivity anytime anywhere. This poses security threats from many sources. 5G network security needs to include wireless, transport and IT network security approaches. This course provides a broad technical overview of 5G network security.
OBJECTIVE
After completing this course, the learner will be able to:
Identify various security threats to 5G networks
Sketch the security framework in 5G RAN, core, transport and interconnect networks
Identify common security techniques between 5G security and IT networks
Step through very high-level 5G operations of authentication, encryption, ciphering, etc.
List key 5G-specific security enhancements
TARGET AUDIENCE
This course is intended for planning, engineering, and systems integration teams.
WHAT YOU CAN EXPECT
Expert-Led Live Duration: 4 HOUR
OUTLINE
- 1. Security Needs for 5G Network
1.1 5G enhancements over 4G
1.2 Key 5G security challenges
1.3 Types of threat (STRIDE Model)
1.4 Security threats for RAN, Core, Transport
Exercise: Match threat with its impact
:: Security in 5G Networks ::
- 2. Security Framework for 5G Networks
2.1 End-to-end security framework
2.2 Authentication framework
2.3 End-to-end encryption and ciphering
2.4 Security for service-based interfaces
Exercise: Match security function with its role
- 3. 5G Security Procedures
3.1 Security life of a UE in 5G network
3.2 Authentication procedure
3.3 Ciphering procedure
3.4 Security for roaming and interconnect
- 4. Infrastructure Security
4.1 Physical infrastructure security
4.2 Virtual workload security
4.3 RAN and Transport security - an example Putting it all together
Programme scope, delivery arrangements and suitability are confirmed during enquiry.