A research institution stores daily climate simulation datasets in a General-purpose v2 (GPv2) Azure Blob Storage account. The datasets are initially written to the Hot storage tier. You are designing a lifecycle management policy to meet the following requirements:
* The datasets are frequently and actively analyzed for the first 60 days after they are generated.
* After 60 days, the datasets are rarely accessed but must be retained for exactly 7 years (2,555 days) to comply with data retention regulations.
* Any rare data retrieval after 60 days must be completed within a maximum of 15 hours.
* Storage costs must be minimized.
Which two actions should you include in the lifecycle management policy? (Select two.)
- Transition the datasets to the Archive tier 60 days after creation.Cevap
- Delete the datasets 2,555 days after creation.Cevap
- CTransition the datasets to the Archive tier 30 days after creation.
- DTransition the datasets to the Archive tier immediately upon creation.
Cevap
To satisfy the requirements, the lifecycle policy must transition the datasets to the Archive tier 60 days after creation, and delete the datasets 2,555 days after creation.
Transitioning the datasets to the Archive tier 60 days after creation ensures they remain in the Hot tier during the active analysis period while minimizing long-term storage costs. Since the latency tolerance after 60 days is 15 hours, the Archive tier's standard rehydration time is acceptable. Deleting the datasets 2,555 days (7 years) after creation ensures compliance is met without paying for storage indefinitely.
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Azure Blob Storage Lifecycle Management Tiers and Latency Requirements