712-50 Exam Dumps : EC-Council Certified CISO (CCISO v3)

 Impact of Risk Appetite on Scope:

Risk appetite determines the extent of systems and vulnerabilities included in the program. A higher risk appetite may narrow the scope, focusing on critical systems, while a lower risk appetite might broaden it.

 Tailoring to Organizational Goals:

By aligning the scope with risk appetite, organizations can prioritize efforts that meet their tolerance levels for risk.

 Supporting Reference:

CCISO materials emphasize that the scope of vulnerability management should directly reflect the organization’s defined risk appetite.

Comprehensive and Detailed Explanation (250–350 words)

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The EC-Council CCISO program clearly states that data with no ongoing business value must be managed according to the organization’s data retention and disposal policy. CCISO materials emphasize that retention policies address legal, regulatory, privacy, and risk considerations.

Protecting unnecessary data (Option B) increases risk and cost. Auditing completeness (Option C) is irrelevant when the data is no longer needed. Allowing database administrators to determine disposition (Option D) bypasses governance controls.

CCISO aligns with ISO/IEC 27001 and privacy regulations, reinforcing that formal retention policies are the authoritative method. Therefore, Option A is correct.

A system dynamically blocking offending IP addresses is an example of a corrective security control because it takes action to fix or neutralize an issue after detecting a potential threat.

Classification of Security Controls:

Preventive Controls: Aim to stop incidents before they occur (e.g., firewalls, access controls).

Detective Controls: Identify and alert on security incidents (e.g., IDS, monitoring tools).

Corrective Controls: Take action to remediate or mitigate the impact of an incident (e.g., dynamic blocking systems).

Dynamic Blocking Control is not a standard category.

Dynamic Blocking:

The described system actively blocks IP addresses after identifying malicious behavior, making it corrective in nature.

Zero-Day Attack Mitigation:

This refers to dealing with unknown vulnerabilities, which is not the primary functionality of dynamic IP blocking.

Incident Response and Mitigation: Emphasizes corrective controls as key measures for neutralizing threats after detection.

Dynamic Protection Mechanisms: Highlights systems like dynamic blocking under the umbrella of corrective controls.