ISFS · Question #10
What is the definition of the Annual Loss Expectancy?
The correct answer is A. The Annual Loss Expectancy is the amount of damage that can occur as a result of an incident. Annual Loss Expectancy (ALE) quantifies the expected yearly financial damage from a specific risk, calculated as Single Loss Expectancy (SLE) × Annual Rate of Occurrence (ARO). Option A is correct because ALE is fundamentally the monetized damage an organization expects to…
Question
What is the definition of the Annual Loss Expectancy?
Options
- AThe Annual Loss Expectancy is the amount of damage that can occur as a result of an incident
- BThe Annual Loss Expectancy is the size of the damage claims resulting from not having carried out
- CThe Annual Loss Expectancy is the average damage calculated by insurance companies for
- DThe Annual Loss Expectancy is the minimum amount for which an organization must insure itself.
How the community answered
(58 responses)- A74% (43)
- B16% (9)
- C5% (3)
- D5% (3)
Explanation
Annual Loss Expectancy (ALE) quantifies the expected yearly financial damage from a specific risk, calculated as Single Loss Expectancy (SLE) × Annual Rate of Occurrence (ARO). Option A is correct because ALE is fundamentally the monetized damage an organization expects to suffer from incidents over a year - it directly answers "how much will this risk cost us annually?"
Option B is wrong because ALE is not about damage claims or the consequences of failing to act - it's a proactive risk calculation, not a reactive penalty. Option C is a distractor because ALE is an internal organizational calculation, not an insurance industry average (though insurers use similar actuarial math). Option D is wrong because ALE is an input used to decide how much insurance is appropriate, not itself a minimum coverage requirement.
Memory tip: Think of ALE as your "risk price tag per year." If a server failure causes $10,000 in damage and happens twice a year, your ALE is $20,000 - that's the damage from incidents, which is exactly what option A describes.
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