The wording of this question is a bit tricky. I'll need to read it carefully and make sure I understand the relationship between the "x" element and its children before selecting my answers.
I'm confident I can solve this. The key is to identify the storage service that can handle the data growth and provide high availability across multiple AZs.
I feel confident that the answer is C - enabling Azure Defender for SQL. That's Azure's built-in security solution for SQL databases, and it should provide the necessary threat detection and alerting for SQL injection attacks.
This looks like a straightforward encryption question. I think I'll go with option A - using KMS to create a symmetric key, encrypting the files with that key and AAD, and keeping the AAD separate. That way, the cloud provider staff can't decrypt the data even if they have access.
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