How would you implement time-based retention in a lakehouse to comply with policy?

Prepare for the DP-700 Microsoft Fabric Data Engineer Exam with flashcards and multiple choice questions. Study with hints and explanations, and ensure success on your certification exam!

Multiple Choice

How would you implement time-based retention in a lakehouse to comply with policy?

Explanation:
Time-based retention in a lakehouse is implemented with dataset-level retention policies that automatically purge or archive data after defined retention periods. This approach enforces the data lifecycle consistently, reduces manual tasks, and helps meet policy requirements. You can configure each dataset with its own retention window, and after that window the system automatically purges or moves data to an archive. To protect against accidental deletion or to support audits, maintain backups or enable point-in-time restore so you can recover data if needed. Manual purges are error-prone and inconsistent, disabling retention misses policy requirements, and saying retention isn’t supported is incorrect in a typical lakehouse setup.

Time-based retention in a lakehouse is implemented with dataset-level retention policies that automatically purge or archive data after defined retention periods. This approach enforces the data lifecycle consistently, reduces manual tasks, and helps meet policy requirements. You can configure each dataset with its own retention window, and after that window the system automatically purges or moves data to an archive. To protect against accidental deletion or to support audits, maintain backups or enable point-in-time restore so you can recover data if needed. Manual purges are error-prone and inconsistent, disabling retention misses policy requirements, and saying retention isn’t supported is incorrect in a typical lakehouse setup.

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