The principles of information security architecture
In this course, you’ll learn about the key considerations and controls involved in information security architecture and how they can help to build a resilient, secure and usable information environment.
Who's it for?
This course will suit you if you are involved in information security or IT projects.
How can I access it?
Purchase and gain access to this course via BCS's exclusive platform - Discover.
How much does it cost?
What you'll learn:
- Explain the key components of a network.
- Explain the use of procedural, physical and technical controls.
- Describe preventive, corrective and detective controls.
- Describe how different controls contribute to the confidentiality, integrity and availability of information.
- Explain the principles of digital forensics and business continuity management.
This course includes:
- 60-90 minutes of on-demand training
- Videos
- Interactive elements to explore
- Questions to test your understanding as you go
- Reflection tasks to apply your learning
- Scenarios to connect the topics to your work
- Access on mobile and desktop
- Earn a digital badge on completion
Course description
This course will suit you if you are involved in information security or IT projects. It will be particularly useful if you have – or want to have – one of these roles:
- Solution Architect
- Enterprise Architect
- Business Architect
- IT Security Specialist
- Security Manager
- Security Engineer
- Information Security Analyst
- Security Administrator
- Network Security Engineer
- Machine Learning Engineer
Information security architecture is the blueprint for the structure, processes and controls that protect information. It’s critical to managing risk and ensuring information systems function securely.
At the end of the module, you’ll be able to put your knowledge to the test and gain a digital badge which you can use to prove that you’ve successfully completed your training.
Course Content
1 module • 1 knowledge test • 60-90 minutes total length
The topics you’ll cover in this module are: