Asset Lifecycle Management and EOL

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Question 1

Which of the following best describes the primary security risk associated with utilizing End of Life (EOL) software?

Correct Answer: The manufacturer ceases issuing vulnerability patches and technical support updates for the system.

The correct answer is right because End of Life status means the vendor no longer provides critical security patches or technical support, leaving newly discovered vulnerabilities permanently exposed to attackers.

Incorrect options are wrong because systems do not automatically revert to default baseline configurations upon reaching this phase, purchasing additional proprietary licenses cannot fix a lack of actual vendor security support, and severe performance degradation represents an operational issue rather than a primary security risk.

The key concept tested is system lifecycle management and the security implications of unsupported software.

Question 2

When designing an asset lifecycle management framework, what is the most critical component to formulate to ensure End of Life (EOL) systems are addressed systematically?

Correct Answer: A structured hardware and software transition roadmap aligned with vendor obsolescence timelines.

A structured hardware and software transition roadmap aligned with vendor obsolescence timelines proactively plans for system retirement and replacement before assets become unsupported security liabilities.

An incident response playbook is a reactive measure rather than a core lifecycle planning component. Continuous vulnerability assessments merely identify flaws in already unsupported systems instead of systematically preventing their ongoing use. Segmenting a physical network is a compensatory security control for lingering legacy systems rather than a comprehensive retirement solution.

The key concept tested is proactive asset lifecycle management and End of Life planning.

Question 3

Why must security teams proactively track the End of Life (EOL) dates for all deployed hardware appliances?

Correct Answer: To plan replacements before the manufacturer stops providing critical security patches.

Security teams must track End of Life dates to plan hardware replacements before vendors cease issuing critical security patches, which would otherwise leave the network vulnerable to new threats.

Tracking End of Life is not about maintaining backward compatibility with legacy software, as this status halts future support rather than altering past compatibility. It does not guarantee continuous feature enhancements, because this milestone means updates actually stop. Finally, reaching this status will not cause devices to automatically shut down or stop functioning during routine daily operations.

The key concept tested is hardware lifecycle management and vulnerability mitigation.

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