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Microsoft DP-800 Practice Test 38

Question 370

At Briarfield Foods, a database MCP endpoint exposes both schema browse and data mutation tools. The observed constraint is: An AI agent only needs metadata yet can invoke DELETE. What operational condition would provide the earliest useful regression warning?

  1. Monitor plan regressions and security tests
  2. Monitor MCP invocation logs and unauthorized action attempts
  3. Monitor cross-tenant query anomalies
  4. Monitor masking policy misunderstanding and overprivileged accounts

Explanation

Correct Answer

B:

An AI agent only needs metadata yet can invoke DELETE. Monitor MCP invocation logs and unauthorized action attempts.

Incorrect Answers

A:

“Monitor plan regressions and security tests” concerns Security predicates join an unindexed tenant mapping table; the reported problem instead is An AI agent only needs metadata yet can invoke DELETE. Monitor MCP invocation logs and unauthorized action attempts.

C:

“Monitor cross-tenant query anomalies” concerns Resolver inherits broad SQL user permissions; the reported problem instead is An AI agent only needs metadata yet can invoke DELETE. Monitor MCP invocation logs and unauthorized action attempts.

D:

“Monitor masking policy misunderstanding and overprivileged accounts” concerns Masking is not a substitute for authorization and can be inferred; the reported problem instead is An AI agent only needs metadata yet can invoke DELETE. Monitor MCP invocation logs and unauthorized action attempts.

Question 371

A database engineer at Northstar Analytics is investigating this case: GraphQL queries expose customer resources across branches. The relevant finding is: Resolver inherits broad SQL user permissions. What initial check best narrows the technical cause without altering business data?

  1. Inspect identity support and SQL principal mapping
  2. Inspect DAB runtime role mapping, entity actions and authentication
  3. Inspect DAB role filters and SQL identity context
  4. Identify tenant key and session identity propagation

Explanation

Correct Answer

C:

Resolver inherits broad SQL user permissions. Inspect DAB role filters and SQL identity context.

Incorrect Answers

A:

“Inspect identity support and SQL principal mapping” concerns Password rotation breaks the app and exposes credentials; the reported problem instead is Resolver inherits broad SQL user permissions. Inspect DAB role filters and SQL identity context.

B:

“Inspect DAB runtime role mapping, entity actions and authentication” concerns Default or overly broad role mappings permit unintended writes; the reported problem instead is Resolver inherits broad SQL user permissions. Inspect DAB role filters and SQL identity context.

D:

“Identify tenant key and session identity propagation” concerns Application bugs could read rows belonging to another tenant; the reported problem instead is Resolver inherits broad SQL user permissions. Inspect DAB role filters and SQL identity context.

Question 372

Maple Harbor Research is responsible for an Azure SQL or Microsoft SQL workload. GraphQL queries expose customer resources across branches. Operational evidence: Resolver inherits broad SQL user permissions. Which proposed change is the most suitable response to the observed constraint?

  1. Enforce authorization at API and database layers for tenant rows
  2. Classify sensitive columns and enforce access according to data policy
  3. Use managed identity or scoped credential and approved endpoint authorization
  4. Map roles to minimum allowed actions and enforce SQL permissions

Explanation

Correct Answer

A:

Resolver inherits broad SQL user permissions. Enforce authorization at API and database layers for tenant rows.

Incorrect Answers

B:

“Classify sensitive columns and enforce access according to data policy” concerns Teams cannot apply proper controls without data inventory; the reported problem instead is Resolver inherits broad SQL user permissions. Enforce authorization at API and database layers for tenant rows.

C:

“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 Resolver inherits broad SQL user permissions. Enforce authorization at API and database layers for tenant rows.

D:

“Map roles to minimum allowed actions and enforce SQL permissions” concerns Default or overly broad role mappings permit unintended writes; the reported problem instead is Resolver inherits broad SQL user permissions. Enforce authorization at API and database layers for tenant rows.

Question 373

At Juniper Commerce, graphQL queries expose customer resources across branches. The observed constraint is: Resolver inherits broad SQL user permissions. What isolated pilot would provide the strongest evidence before rollout?

  1. Try authorized GET and unauthorized mutation using test tokens
  2. Insert and query salary using a driver configured with proper keys
  3. Query the same test rows through separate tenant principals
  4. Query fictional cross-tenant records using two roles

Explanation

Correct Answer

D:

Resolver inherits broad SQL user permissions. Query fictional cross-tenant records using two roles.

Incorrect Answers

A:

“Try authorized GET and unauthorized mutation using test tokens” concerns Default or overly broad role mappings permit unintended writes; the reported problem instead is Resolver inherits broad SQL user permissions. Query fictional cross-tenant records using two roles.

B:

“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 Resolver inherits broad SQL user permissions. Query fictional cross-tenant records using two roles.

C:

“Query the same test rows through separate tenant principals” concerns Application bugs could read rows belonging to another tenant; the reported problem instead is Resolver inherits broad SQL user permissions. Query fictional cross-tenant records using two roles.

Question 374

A database engineer at Summit Logistics is investigating this case: GraphQL queries expose customer resources across branches. The relevant finding is: Resolver inherits broad SQL user permissions. Which acceptance result most directly demonstrates the requirement has been satisfied?

  1. No unauthorized records appear through GraphQL or direct SQL
  2. Masked values appear for restricted users; privileged views honor policy
  3. Authorized query works without stored SQL passwords
  4. Authorized client decrypts while untrusted SQL session sees ciphertext

Explanation

Correct Answer

A:

Resolver inherits broad SQL user permissions. No unauthorized records appear through GraphQL or direct SQL.

Incorrect Answers

B:

“Masked values appear for restricted users; privileged views honor policy” concerns Regular SELECT reveals sensitive contact details; the reported problem instead is Resolver inherits broad SQL user permissions. No unauthorized records appear through GraphQL or direct SQL.

C:

“Authorized query works without stored SQL passwords” concerns Password rotation breaks the app and exposes credentials; the reported problem instead is Resolver inherits broad SQL user permissions. No unauthorized records appear through GraphQL or direct SQL.

D:

“Authorized client decrypts while untrusted SQL session sees ciphertext” concerns Server-side encryption alone leaves plaintext exposed to DB engine; the reported problem instead is Resolver inherits broad SQL user permissions. No unauthorized records appear through GraphQL or direct SQL.

Question 375

BrightPath Studios is responsible for an Azure SQL or Microsoft SQL workload. GraphQL queries expose customer resources across branches. Operational evidence: Resolver inherits broad SQL user permissions. What operational condition would provide the earliest useful regression warning?

  1. Monitor policy changes and cross-tenant access tests
  2. Monitor cross-tenant query anomalies
  3. Monitor plan regressions and security tests
  4. Monitor API denied requests and role drift

Explanation

Correct Answer

B:

Resolver inherits broad SQL user permissions. Monitor cross-tenant query anomalies.

Incorrect Answers

A:

“Monitor policy changes and cross-tenant access tests” concerns Application bugs could read rows belonging to another tenant; the reported problem instead is Resolver inherits broad SQL user permissions. Monitor cross-tenant query anomalies.

C:

“Monitor plan regressions and security tests” concerns Security predicates join an unindexed tenant mapping table; the reported problem instead is Resolver inherits broad SQL user permissions. Monitor cross-tenant query anomalies.

D:

“Monitor API denied requests and role drift” concerns Default or overly broad role mappings permit unintended writes; the reported problem instead is Resolver inherits broad SQL user permissions. Monitor cross-tenant query anomalies.

Question 376

At Lakeview Services, sQL application credentials are discovered in a committed repository. The observed constraint is: Secrets may have been indexed and copied. What initial check best narrows the technical cause without altering business data?

  1. Review threat model and ability to run queries or export data
  2. Inventory affected service principals and audit logs
  3. Inventory exposed tools and execution principals
  4. Review audit events and target retention requirements

Explanation

Correct Answer

B:

Secrets may have been indexed and copied. Inventory affected service principals and audit logs.

Incorrect Answers

A:

“Review threat model and ability to run queries or export data” concerns Masking is not a substitute for authorization and can be inferred; the reported problem instead is Secrets may have been indexed and copied. Inventory affected service principals and audit logs.

C:

“Inventory exposed tools and execution principals” concerns An AI agent only needs metadata yet can invoke DELETE; the reported problem instead is Secrets may have been indexed and copied. Inventory affected service principals and audit logs.

D:

“Review audit events and target retention requirements” concerns Existing logs cannot identify actor and changed object; the reported problem instead is Secrets may have been indexed and copied. Inventory affected service principals and audit logs.

Question 377

A database engineer at Crownridge Travel is investigating this case: SQL application credentials are discovered in a committed repository. The relevant finding is: Secrets may have been indexed and copied. Which proposed change is the most suitable response to the observed constraint?

  1. Revoke exposed credential, rotate it and remove secret from source history/process
  2. Grant SELECT on approved views and remove broad owner membership
  3. Restrict MCP tools to metadata-only and remove broad write authority
  4. Use managed identity or scoped credential and approved endpoint authorization

Explanation

Correct Answer

A:

Secrets may have been indexed and copied. Revoke exposed credential, rotate it and remove secret from source history/process.

Incorrect Answers

B:

“Grant SELECT on approved views and remove broad owner membership” concerns Unnecessary DDL rights create serious modification risk; the reported problem instead is Secrets may have been indexed and copied. Revoke exposed credential, rotate it and remove secret from source history/process.

C:

“Restrict MCP tools to metadata-only and remove broad write authority” concerns An AI agent only needs metadata yet can invoke DELETE; the reported problem instead is Secrets may have been indexed and copied. Revoke exposed credential, rotate it and remove secret from source history/process.

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 Secrets may have been indexed and copied. Revoke exposed credential, rotate it and remove secret from source history/process.

Question 378

Oakridge Advisors is responsible for an Azure SQL or Microsoft SQL workload. SQL application credentials are discovered in a committed repository. Operational evidence: Secrets may have been indexed and copied. What isolated pilot would provide the strongest evidence before rollout?

  1. Restore encrypted database in DR sandbox using approved key procedure
  2. Switch a sandbox service to a newly issued credential
  3. Run controlled inference probes against masked fields in a test database
  4. Perform a simulated GRANT and inspect collected audit events

Explanation

Correct Answer

B:

Secrets may have been indexed and copied. Switch a sandbox service to a newly issued credential.

Incorrect Answers

A:

“Restore encrypted database in DR sandbox using approved key procedure” concerns Missing encryption certificate blocks restoration; the reported problem instead is Secrets may have been indexed and copied. Switch a sandbox service to a newly issued credential.

C:

“Run controlled inference probes against masked fields in a test database” concerns Masking is not a substitute for authorization and can be inferred; the reported problem instead is Secrets may have been indexed and copied. Switch a sandbox service to a newly issued credential.

D:

“Perform a simulated GRANT and inspect collected audit events” concerns Existing logs cannot identify actor and changed object; the reported problem instead is Secrets may have been indexed and copied. Switch a sandbox service to a newly issued credential.

Question 379

At Horizon Communications, sQL application credentials are discovered in a committed repository. The observed constraint is: Secrets may have been indexed and copied. Which acceptance result most directly demonstrates the requirement has been satisfied?

  1. New approved views accessible while unrelated schemas remain denied
  2. Authorized query works without stored SQL passwords
  3. Old credential fails and new credential works only for scoped permissions
  4. Expected fields are labeled and permissions tested

Explanation

Correct Answer

C:

Secrets may have been indexed and copied. Old credential fails and new credential works only for scoped permissions.

Incorrect Answers

A:

“New approved views accessible while unrelated schemas remain denied” concerns Repeated per-object GRANT updates are error-prone; the reported problem instead is Secrets may have been indexed and copied. Old credential fails and new credential works only for scoped permissions.

B:

“Authorized query works without stored SQL passwords” concerns Password rotation breaks the app and exposes credentials; the reported problem instead is Secrets may have been indexed and copied. Old credential fails and new credential works only for scoped permissions.

D:

“Expected fields are labeled and permissions tested” concerns Teams cannot apply proper controls without data inventory; the reported problem instead is Secrets may have been indexed and copied. Old credential fails and new credential works only for scoped permissions.

Question 380

A database engineer at Brookfield Labs is investigating this case: SQL application credentials are discovered in a committed repository. The relevant finding is: Secrets may have been indexed and copied. What operational condition would provide the earliest useful regression warning?

  1. Monitor audit pipeline gaps and retention policy
  2. Monitor anomalous prior token activity
  3. Monitor token failures and assigned role drift
  4. Monitor masking policy misunderstanding and overprivileged accounts

Explanation

Correct Answer

B:

Secrets may have been indexed and copied. Monitor anomalous prior token activity.

Incorrect Answers

A:

“Monitor audit pipeline gaps and retention policy” concerns Existing logs cannot identify actor and changed object; the reported problem instead is Secrets may have been indexed and copied. Monitor anomalous prior token activity.

C:

“Monitor token failures and assigned role drift” concerns Password rotation breaks the app and exposes credentials; the reported problem instead is Secrets may have been indexed and copied. Monitor anomalous prior token activity.

D:

“Monitor masking policy misunderstanding and overprivileged accounts” concerns Masking is not a substitute for authorization and can be inferred; the reported problem instead is Secrets may have been indexed and copied. Monitor anomalous prior token activity.

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