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| Section | Objectives |
|---|---|
| Topic 1: Rules of Engagement, Contingencies and Scenario Simulation | - Rules of Engagements - Contingencies / Client Facilitation - Test plans - Types of scenarios |
| Topic 2: Project Management, Governance & Oversight | - Communications plans - Roles & responsibilities of the control group - Stakeholder Management & Engagement Integrity - Incident Management Response - Stages of a red team engagement |
| Topic 3: Threat Intelligence | - Benefits of Active vs Passive Methodologies - Legalities / Ethics considerations of Threat Intelligence sources - Considerations of Threat models - Sources of Threat Intelligence |
| Topic 4: Risk Management, Reporting and Communication | - Engagement Risk Management - Articulating Risk - Internationally Recognised Standards and Frameworks - Lexicon |
| Topic 5: Attack Methodology, Key Stages & Common Frameworks | - Privilege Escalation Techniques and Risks - Initial Access Techniques and Risks - Cloud Environment Testing and Risks - Hybrid Environment Testing and Risks - Persistence Techniques and Risks - Attack Methodology Frameworks - Physical access control bypasses and risks - Lateral Movement Techniques and Risks |
| Topic 6: Planning & Scoping | - Stakeholders for engagements - Requirements Analysis (scoping) |
| Topic 7: Key Concepts | - Red Team Frameworks - Detection and Response Assessment - Terminology - Attack Path Mapping and Attack Path Simulation - Red team, purple team testing, penetration testing |
| Topic 8: Legal, Ethical and Moral Aspects of Attack Management | - Inadvertent and Collateral targeting - Computer crime/cyber abuse and misuse legislation - Privacy legislation - Ethical testing considerations - Additional relevant legislation or contractual information - Data handling legislation |
| Topic 9: Dropper/Implant Design, Safety and Secure Coding | - Implant Controls - Persistent vs Semi-Persistent implant design and risks - Implant Droppers capabilities and risks - Encryption vs Encoding - Infrastructure Controls - Implant Core capabilities and risks - Secure Data Handling |
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質問 # 197
AASE, associated with the Monetary Authority of Singapore, refers to an approach for:
正解：C
解説：
AASE (Adversarial Attack Simulation Exercises) is associated with Singapore's regulatory approach to assessing financial institutions' cyber resilience through realistic, intelligence-informed attack simulation, sitting within the same broad conceptual family as CBEST, TIBER-EU, iCAST, and CORIE. It has nothing to do with accounting standards enforcement (A) or purely physical security auditing (C), and it is not an anti- fraud software evaluation tool (D) - its focus is cyberattack simulation and resilience assessment.
質問 # 198
Which of the following best describes why governance documentation (RoE, scope, authorisation, sign-offs) should be securely retained for an appropriate period after engagement completion?
正解：B
解説：
Securely retaining governance documentation for an appropriate, agreed period after engagement completion provides an important evidential record that supports accountability, any future audit or regulatory review, and broader organisational learning - while retention decisions (what, how long, and how securely) should themselves be made consistent with the agreed contract terms and applicable data protection and record- retention law. This documentation retains real value beyond the point of report delivery (contradicting C); a blanket policy of immediate, universal deletion (D) would remove valuable evidential and learning value without proper consideration of legitimate retention needs; and retention decisions are properly a matter for agreement between provider and client, reflecting both parties' legitimate interests, not a unilateral provider decision alone (A).
質問 # 199
Which of the following is the most appropriate way to handle a request to include operational technology (OT) or industrial control systems (ICS) with potential life-safety implications within the scope of a red team engagement?
正解：B
解説：
OT/ICS systems can carry genuine life-safety and significant operational continuity implications that differ materially from standard IT risk, so scoping decisions involving them require significantly enhanced caution:
carefully weighing whether live testing is appropriate at all, considering safer alternatives such as representative non-production testing or narrowly scoped, closely supervised activity, and explicitly involving relevant engineering and safety stakeholders in the scoping conversation. Treating OT/ICS identically to standard IT with no special consideration (D) is a serious risk management failure, blanket automatic exclusion without any considered discussion (A) may unnecessarily leave a genuinely important risk area unassessed, and proceeding without informing relevant engineering/safety stakeholders "to preserve realism" (C) is professionally and ethically unacceptable given the potential safety stakes.
質問 # 200
Which of the following best describes appropriate retention and eventual disposal of sensitive engagement data (logs, evidence, draft reports) held by the provider after the engagement has formally concluded?
正解：D
解説：
Sound practice requires a documented, agreed retention and disposal policy for sensitive engagement data, consistent with the contract's specific terms and applicable data protection and record-keeping law, thoughtfully balancing legitimate reasons to retain data for a defined period (such as potential future reference, remediation validation, or dispute resolution needs) against the genuine security risk of holding sensitive data for longer than is actually necessary. Indefinite, undefined retention (C) creates unnecessary, growing risk over time, while immediate, blanket deletion with absolutely no exceptions (B) can remove data that has legitimate, agreed retention value (for example, to support later remediation validation), and retention
/disposal should be governed by clear organisational policy applied consistently, not left to each individual consultant's entirely personal, unstructured discretion (D).
質問 # 201
Which of the following best describes the governance purpose of defined "sign-off gates" between major phases of an intelligence-led testing engagement (e.g., moving from Preparation to Testing)?
正解：D
解説：
Defined sign-off gates between major phases - such as confirming Preparation is genuinely complete (scope agreed, governance established, providers onboarded) before moving into live Testing - provide deliberate governance checkpoints where accountable stakeholders confirm readiness and give explicit approval before the engagement proceeds into what is often a higher-risk phase, reducing the risk of moving forward prematurely or without proper alignment. This serves a genuine, substantive governance purpose, not merely to introduce delay (A); such gates are valuable at multiple transition points throughout the engagement, not solely at Closure (B); and they complement rather than replace the ongoing communication and status reporting that should continue throughout each phase itself (D).
質問 # 202
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