About Course
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Understand security architecture and engineering through visual storytelling and real-world analogies.
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Apply secure design principles, trust boundaries, isolation and access controls.
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Understand subjects, objects, trusted computing bases, reference monitors and security kernels.
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Explore security models, including Bell-LaPadula, Biba, Clark-Wilson, Brewer-Nash and Graham-Denning.
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Understand security evaluation and assurance frameworks, including TCSEC, ITSEC and Common Criteria.
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Distinguish between security certification, accreditation and ongoing assurance.
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Explore trusted computing technologies, including TPM, HSM and secure boot mechanisms.
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Understand cryptographic principles, encryption, hashing, digital signatures, PKI and key management.
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Identify system vulnerabilities and apply appropriate security countermeasures.
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Understand physical security principles and how they support secure system design.
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Develop the ability to analyse security scenarios and apply CISSP concepts to real-world decisions.
Course Content
Set 1: Security Architecture Foundations
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Episode 1: Security Is Part of the Blueprint
03:29 -
Episode 2: Subjects, Objects and Open vs Closed System
05:08 -
Episode 3: Boundaries, Controls, Trust and Assurance
06:08 -
Episode 04: The Trusted Core and the Gatekeeper
05:33 -
Episode 5A: Types of Security Models and Bell–LaPadula
05:39 -
Episode 5B: Biba and Information Flow
04:59 -
Episode 5C: Covert Channel Attacks
03:53 -
Episode 5D: Clark–Wilson Model
03:05 -
Episode 5E: Brewer–Nash / Chinese Wall Model
04:22 -
Episode 5F: Take–Grant, Sutherland and Non-Interference
05:09 -
Episode 5G: Goguen–Meseguer and Graham–Denning
04:23 -
Episode 06: TCSEC, ITSEC and Common Criteria
13:30 -
Episode 07: Certification, Accreditation and The Decision to Operate
11:40 -
Episode 08: TPM & HSM – Security Capabilities Inside the System
04:41 -
Security Architecture Foundations: Set 1 Knowledge Check
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Security Architecture Foundations: Set 1 Scenario Practice
