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Microsoft DP-800 Practice Test 36

Question 350

A database engineer at BrightPath Studios is investigating this case: Data API builder exposes REST endpoints over sensitive tables. The relevant finding is: Default or overly broad role mappings permit unintended writes. What operational condition would provide the earliest useful regression warning?

  1. Monitor token failures and assigned role drift
  2. Monitor denied vault calls and impending key expiry
  3. Monitor grants and privileged role membership
  4. Monitor API denied requests and role drift

Explanation

Correct Answer

D:

Default or overly broad role mappings permit unintended writes. Monitor API denied requests and role drift.

Incorrect Answers

A:

“Monitor token failures and assigned role drift” concerns Password rotation breaks the app and exposes credentials; the reported problem instead is Default or overly broad role mappings permit unintended writes. Monitor API denied requests and role drift.

B:

“Monitor denied vault calls and impending key expiry” concerns Key material is distributed to several developer machines; the reported problem instead is Default or overly broad role mappings permit unintended writes. Monitor API denied requests and role drift.

C:

“Monitor grants and privileged role membership” concerns Unnecessary DDL rights create serious modification risk; the reported problem instead is Default or overly broad role mappings permit unintended writes. Monitor API denied requests and role drift.

Question 351

Lakeview Services is responsible for an Azure SQL or Microsoft SQL workload. A database stores regulated records on managed storage. Operational evidence: Storage backup compromise could expose plaintext pages. What initial check best narrows the technical cause without altering business data?

  1. Review supported key management and access policy
  2. Check encryption protector, backup/restore procedure and custody
  3. Review audit events and target retention requirements
  4. Review platform TDE state and key custody requirements

Explanation

Correct Answer

D:

Storage backup compromise could expose plaintext pages. Review platform TDE state and key custody requirements.

Incorrect Answers

A:

“Review supported key management and access policy” concerns Key material is distributed to several developer machines; the reported problem instead is Storage backup compromise could expose plaintext pages. Review platform TDE state and key custody requirements.

B:

“Check encryption protector, backup/restore procedure and custody” concerns Missing encryption certificate blocks restoration; the reported problem instead is Storage backup compromise could expose plaintext pages. Review platform TDE state and key custody requirements.

C:

“Review audit events and target retention requirements” concerns Existing logs cannot identify actor and changed object; the reported problem instead is Storage backup compromise could expose plaintext pages. Review platform TDE state and key custody requirements.

Question 352

At Crownridge Travel, a database stores regulated records on managed storage. The observed constraint is: Storage backup compromise could expose plaintext pages. Which proposed change is the most suitable response to the observed constraint?

  1. Configure Dynamic Data Masking as presentation protection, not data isolation
  2. Enable supported transparent data encryption and govern key backups
  3. Use supported column-level encryption with appropriate key and certificate lifecycle
  4. Enable appropriate SQL auditing for privileged actions and send to governed storage

Explanation

Correct Answer

B:

Storage backup compromise could expose plaintext pages. Enable supported transparent data encryption and govern key backups.

Incorrect Answers

A:

“Configure Dynamic Data Masking as presentation protection, not data isolation” concerns Regular SELECT reveals sensitive contact details; the reported problem instead is Storage backup compromise could expose plaintext pages. Enable supported transparent data encryption and govern key backups.

C:

“Use supported column-level encryption with appropriate key and certificate lifecycle” concerns Data requires encryption at rest but query-time access is limited; the reported problem instead is Storage backup compromise could expose plaintext pages. Enable supported transparent data encryption and govern key backups.

D:

“Enable appropriate SQL auditing for privileged actions and send to governed storage” concerns Existing logs cannot identify actor and changed object; the reported problem instead is Storage backup compromise could expose plaintext pages. Enable supported transparent data encryption and govern key backups.

Question 353

A database engineer at Oakridge Advisors is investigating this case: A database stores regulated records on managed storage. The relevant finding is: Storage backup compromise could expose plaintext pages. What isolated pilot would provide the strongest evidence before rollout?

  1. Query the same test rows through separate tenant principals
  2. Restore encrypted database in DR sandbox using approved key procedure
  3. Insert and query salary using a driver configured with proper keys
  4. Restore a test backup with approved keys to isolated environment

Explanation

Correct Answer

D:

Storage backup compromise could expose plaintext pages. Restore a test backup with approved keys to isolated environment.

Incorrect Answers

A:

“Query the same test rows through separate tenant principals” concerns Application bugs could read rows belonging to another tenant; the reported problem instead is Storage backup compromise could expose plaintext pages. Restore a test backup with approved keys to isolated environment.

B:

“Restore encrypted database in DR sandbox using approved key procedure” concerns Missing encryption certificate blocks restoration; the reported problem instead is Storage backup compromise could expose plaintext pages. Restore a test backup with approved keys to isolated environment.

C:

“Insert and query salary using a driver configured with proper keys” concerns Server-side encryption alone leaves plaintext exposed to DB engine; the reported problem instead is Storage backup compromise could expose plaintext pages. Restore a test backup with approved keys to isolated environment.

Question 354

Horizon Communications is responsible for an Azure SQL or Microsoft SQL workload. A database stores regulated records on managed storage. Operational evidence: Storage backup compromise could expose plaintext pages. Which acceptance result most directly demonstrates the requirement has been satisfied?

  1. Authorized query works without stored SQL passwords
  2. Each session sees only authorized tenant rows even on broad SELECT
  3. Data remains accessible to authorized code through rotation
  4. Encrypted data can be recovered by authorized process only

Explanation

Correct Answer

D:

Storage backup compromise could expose plaintext pages. Encrypted data can be recovered by authorized process only.

Incorrect Answers

A:

“Authorized query works without stored SQL passwords” concerns Password rotation breaks the app and exposes credentials; the reported problem instead is Storage backup compromise could expose plaintext pages. Encrypted data can be recovered by authorized process only.

B:

“Each session sees only authorized tenant rows even on broad SELECT” concerns Application bugs could read rows belonging to another tenant; the reported problem instead is Storage backup compromise could expose plaintext pages. Encrypted data can be recovered by authorized process only.

C:

“Data remains accessible to authorized code through rotation” concerns Key material is distributed to several developer machines; the reported problem instead is Storage backup compromise could expose plaintext pages. Encrypted data can be recovered by authorized process only.

Question 355

At Brookfield Labs, a database stores regulated records on managed storage. The observed constraint is: Storage backup compromise could expose plaintext pages. What operational condition would provide the earliest useful regression warning?

  1. Monitor key rotation and decryption failures
  2. Monitor denied vault calls and impending key expiry
  3. Monitor key access and driver encryption errors
  4. Monitor encryption state and key expiry

Explanation

Correct Answer

D:

Storage backup compromise could expose plaintext pages. Monitor encryption state and key expiry.

Incorrect Answers

A:

“Monitor key rotation and decryption failures” concerns Data requires encryption at rest but query-time access is limited; the reported problem instead is Storage backup compromise could expose plaintext pages. Monitor encryption state and key expiry.

B:

“Monitor denied vault calls and impending key expiry” concerns Key material is distributed to several developer machines; the reported problem instead is Storage backup compromise could expose plaintext pages. Monitor encryption state and key expiry.

C:

“Monitor key access and driver encryption errors” concerns Server-side encryption alone leaves plaintext exposed to DB engine; the reported problem instead is Storage backup compromise could expose plaintext pages. Monitor encryption state and key expiry.

Question 356

A database engineer at Cascade Manufacturing is investigating this case: A service encrypts rows with a manually copied symmetric key. The relevant finding is: Key material is distributed to several developer machines. What initial check best narrows the technical cause without altering business data?

  1. Review supported key management and access policy
  2. Review platform TDE state and key custody requirements
  3. Identify threat model and trusted client key access
  4. Review audit events and target retention requirements

Explanation

Correct Answer

A:

Key material is distributed to several developer machines. Review supported key management and access policy.

Incorrect Answers

B:

“Review platform TDE state and key custody requirements” concerns Storage backup compromise could expose plaintext pages; the reported problem instead is Key material is distributed to several developer machines. Review supported key management and access policy.

C:

“Identify threat model and trusted client key access” concerns Server-side encryption alone leaves plaintext exposed to DB engine; the reported problem instead is Key material is distributed to several developer machines. Review supported key management and access policy.

D:

“Review audit events and target retention requirements” concerns Existing logs cannot identify actor and changed object; the reported problem instead is Key material is distributed to several developer machines. Review supported key management and access policy.

Question 357

Clearwater Utilities is responsible for an Azure SQL or Microsoft SQL workload. A service encrypts rows with a manually copied symmetric key. Operational evidence: Key material is distributed to several developer machines. Which proposed change is the most suitable response to the observed constraint?

  1. Use supported column-level encryption with appropriate key and certificate lifecycle
  2. Configure Always Encrypted with client-side key handling for sensitive column
  3. Centralize key custody in approved Azure Key Vault and narrow identity permissions
  4. Use managed identity or scoped credential and approved endpoint authorization

Explanation

Correct Answer

C:

Key material is distributed to several developer machines. Centralize key custody in approved Azure Key Vault and narrow identity permissions.

Incorrect Answers

A:

“Use supported column-level encryption with appropriate key and certificate lifecycle” concerns Data requires encryption at rest but query-time access is limited; the reported problem instead is Key material is distributed to several developer machines. Centralize key custody in approved Azure Key Vault and narrow identity permissions.

B:

“Configure Always Encrypted with client-side key handling for sensitive column” concerns Server-side encryption alone leaves plaintext exposed to DB engine; the reported problem instead is Key material is distributed to several developer machines. Centralize key custody in approved Azure Key Vault and narrow identity permissions.

D:

“Use managed identity or scoped credential and approved endpoint authorization” concerns Static API keys in scripts are exposed in source control; the reported problem instead is Key material is distributed to several developer machines. Centralize key custody in approved Azure Key Vault and narrow identity permissions.

Question 358

At Cedarbridge Health, a service encrypts rows with a manually copied symmetric key. The observed constraint is: Key material is distributed to several developer machines. What isolated pilot would provide the strongest evidence before rollout?

  1. Query the same test rows through separate tenant principals
  2. Call a disposable database from the Function test identity
  3. Restore encrypted database in DR sandbox using approved key procedure
  4. Rotate a test key and verify dependent client recovery

Explanation

Correct Answer

D:

Key material is distributed to several developer machines. Rotate a test key and verify dependent client recovery.

Incorrect Answers

A:

“Query the same test rows through separate tenant principals” concerns Application bugs could read rows belonging to another tenant; the reported problem instead is Key material is distributed to several developer machines. Rotate a test key and verify dependent client recovery.

B:

“Call a disposable database from the Function test identity” concerns Password rotation breaks the app and exposes credentials; the reported problem instead is Key material is distributed to several developer machines. Rotate a test key and verify dependent client recovery.

C:

“Restore encrypted database in DR sandbox using approved key procedure” concerns Missing encryption certificate blocks restoration; the reported problem instead is Key material is distributed to several developer machines. Rotate a test key and verify dependent client recovery.

Question 359

A database engineer at Ashwood Solutions is investigating this case: A service encrypts rows with a manually copied symmetric key. The relevant finding is: Key material is distributed to several developer machines. Which acceptance result most directly demonstrates the requirement has been satisfied?

  1. Only approved outbound payload is processed without plaintext key in code
  2. New approved views accessible while unrelated schemas remain denied
  3. Encrypted data can be recovered by authorized process only
  4. Data remains accessible to authorized code through rotation

Explanation

Correct Answer

D:

Key material is distributed to several developer machines. Data remains accessible to authorized code through rotation.

Incorrect Answers

A:

“Only approved outbound payload is processed without plaintext key in code” concerns Static API keys in scripts are exposed in source control; the reported problem instead is Key material is distributed to several developer machines. Data remains accessible to authorized code through rotation.

B:

“New approved views accessible while unrelated schemas remain denied” concerns Repeated per-object GRANT updates are error-prone; the reported problem instead is Key material is distributed to several developer machines. Data remains accessible to authorized code through rotation.

C:

“Encrypted data can be recovered by authorized process only” concerns Storage backup compromise could expose plaintext pages; the reported problem instead is Key material is distributed to several developer machines. Data remains accessible to authorized code through rotation.

Question 360

Seabrook University is responsible for an Azure SQL or Microsoft SQL workload. A service encrypts rows with a manually copied symmetric key. Operational evidence: Key material is distributed to several developer machines. What operational condition would provide the earliest useful regression warning?

  1. Monitor API denied requests and role drift
  2. Monitor encryption state and key expiry
  3. Monitor denied vault calls and impending key expiry
  4. Monitor endpoint calls and credential changes

Explanation

Correct Answer

C:

Key material is distributed to several developer machines. Monitor denied vault calls and impending key expiry.

Incorrect Answers

A:

“Monitor API denied requests and role drift” concerns Default or overly broad role mappings permit unintended writes; the reported problem instead is Key material is distributed to several developer machines. Monitor denied vault calls and impending key expiry.

B:

“Monitor encryption state and key expiry” concerns Storage backup compromise could expose plaintext pages; the reported problem instead is Key material is distributed to several developer machines. Monitor denied vault calls and impending key expiry.

D:

“Monitor endpoint calls and credential changes” concerns Static API keys in scripts are exposed in source control; the reported problem instead is Key material is distributed to several developer machines. Monitor denied vault calls and impending key expiry.

Developing AI-Enabled Database Solutions (DP-800) Practice Tests