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Exam Code: AWS Certified Cloud Practitioner CLF-C02

Exam Name AWS Certified Cloud Practitioner CLF-C02

Certification Provider: Amazon

Corresponding Certification: AWS Certified Cloud Practitioner

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Amazon AWS Certified Cloud Practitioner CLF-C02 Practice Test 28

Question 270

Which service-to-requirement explanation best fits this situation: An owner of an eligible AWS account must change the existing root user password through account settings?

  1. S3 bucket policy — defines resource-level permissions for an S3 bucket
  2. Account root user — Updating the root user password requires root authentication for eligible standalone accounts; ordinary IAM users or roles cannot do it
  3. Ordinary IAM user — is a routine account identity and does not perform root-user-only account administration
  4. EC2 instance role — grants compute permissions but cannot substitute for root-only account-level identity actions

Explanation

Correct Answer

B:

Updating the root user password requires root authentication for eligible standalone accounts; ordinary IAM users or roles cannot do it. This fits the situation: An owner of an eligible AWS account must change the existing root user password through account settings.

Incorrect Answers

A:

S3 bucket policy: Defines resource-level permissions for an S3 bucket. This does not address the need for An owner of an eligible AWS account must change the existing root user password through account settings. The appropriate Account root user applies because Updating the root user password requires root authentication for eligible standalone accounts; ordinary IAM users or roles cannot do it.

C:

Ordinary IAM user is a routine account identity and does not perform root-user-only account administration. This does not address the need for An owner of an eligible AWS account must change the existing root user password through account settings. The appropriate Account root user applies because Updating the root user password requires root authentication for eligible standalone accounts; ordinary IAM users or roles cannot do it.

D:

EC2 instance role grants compute permissions but cannot substitute for root-only account-level identity actions. This does not address the need for An owner of an eligible AWS account must change the existing root user password through account settings. The appropriate Account root user applies because Updating the root user password requires root authentication for eligible standalone accounts; ordinary IAM users or roles cannot do it.

Question 271

A company needs analysts in one AWS account to inspect a role-authorized resource in another account. Which option is the best fit?

  1. Public access policy
  2. Shared root credentials
  3. Cross-account IAM role
  4. Static credentials in scripts

Explanation

Correct Answer

C:

Cross-account role assumption supplies scoped, temporary permissions between accounts. This fits the case: A company needs analysts in one AWS account to inspect a role-authorized resource in another account.

Incorrect Answers

A:

Public access policy grants access outside the intended private trust boundary. That does not meet the requirement: A company needs analysts in one AWS account to inspect a role-authorized resource in another account.

B:

Shared root credentials: Expose the highest-privilege identity and prevent individual accountability. That does not meet the requirement: A company needs analysts in one AWS account to inspect a role-authorized resource in another account.

D:

Static credentials in scripts: Place long-lived API secrets in automation instead of temporary role credentials. That does not meet the requirement: A company needs analysts in one AWS account to inspect a role-authorized resource in another account.

Question 272

A company needs analysts in one AWS account to inspect a role-authorized resource in another account. Which justification most accurately supports the recommended choice?

  1. Shared root credentials — expose the highest-privilege identity and prevent individual accountability
  2. Public access policy — grants access outside the intended private trust boundary
  3. Static credentials in scripts — place long-lived API secrets in automation instead of temporary role credentials
  4. Cross-account IAM role — Cross-account role assumption supplies scoped, temporary permissions between accounts

Explanation

Correct Answer

D:

Cross-account role assumption supplies scoped, temporary permissions between accounts. This fits the situation: A company needs analysts in one AWS account to inspect a role-authorized resource in another account.

Incorrect Answers

A:

Shared root credentials: Expose the highest-privilege identity and prevent individual accountability. This does not address the need for A company needs analysts in one AWS account to inspect a role-authorized resource in another account. The appropriate Cross-account IAM role applies because Cross-account role assumption supplies scoped, temporary permissions between accounts.

B:

Public access policy grants access outside the intended private trust boundary. This does not address the need for A company needs analysts in one AWS account to inspect a role-authorized resource in another account. The appropriate Cross-account IAM role applies because Cross-account role assumption supplies scoped, temporary permissions between accounts.

C:

Static credentials in scripts: Place long-lived API secrets in automation instead of temporary role credentials. This does not address the need for A company needs analysts in one AWS account to inspect a role-authorized resource in another account. The appropriate Cross-account IAM role applies because Cross-account role assumption supplies scoped, temporary permissions between accounts.

Question 273

Consider this AWS requirement: A security team centrally accesses many subsidiary accounts without issuing permanent user keys per account. What should the team select?

  1. Cross-account IAM role
  2. Public access policy
  3. Static credentials in scripts
  4. Shared root credentials

Explanation

Correct Answer

A:

Cross-account role assumption supplies scoped, temporary permissions between accounts. This fits the case: A security team centrally accesses many subsidiary accounts without issuing permanent user keys per account.

Incorrect Answers

B:

Public access policy grants access outside the intended private trust boundary. That does not meet the requirement: Consider this AWS requirement: A security team centrally accesses many subsidiary accounts without issuing permanent user keys per account.

C:

Static credentials in scripts: Place long-lived API secrets in automation instead of temporary role credentials. That does not meet the requirement: Consider this AWS requirement: A security team centrally accesses many subsidiary accounts without issuing permanent user keys per account.

D:

Shared root credentials: Expose the highest-privilege identity and prevent individual accountability. That does not meet the requirement: Consider this AWS requirement: A security team centrally accesses many subsidiary accounts without issuing permanent user keys per account.

Question 274

A review board wants evidence for this choice: A security team centrally accesses many subsidiary accounts without issuing permanent user keys per account. Which reasoning is best aligned with the requirement?

  1. Shared root credentials — expose the highest-privilege identity and prevent individual accountability
  2. Cross-account IAM role — Cross-account role assumption supplies scoped, temporary permissions between accounts
  3. Static credentials in scripts — place long-lived API secrets in automation instead of temporary role credentials
  4. Public access policy — grants access outside the intended private trust boundary

Explanation

Correct Answer

B:

Cross-account role assumption supplies scoped, temporary permissions between accounts. This fits the situation: A security team centrally accesses many subsidiary accounts without issuing permanent user keys per account.

Incorrect Answers

A:

Shared root credentials: Expose the highest-privilege identity and prevent individual accountability. This does not address the need for A security team centrally accesses many subsidiary accounts without issuing permanent user keys per account. The appropriate Cross-account IAM role applies because Cross-account role assumption supplies scoped, temporary permissions between accounts.

C:

Static credentials in scripts: Place long-lived API secrets in automation instead of temporary role credentials. This does not address the need for A security team centrally accesses many subsidiary accounts without issuing permanent user keys per account. The appropriate Cross-account IAM role applies because Cross-account role assumption supplies scoped, temporary permissions between accounts.

D:

Public access policy grants access outside the intended private trust boundary. This does not address the need for A security team centrally accesses many subsidiary accounts without issuing permanent user keys per account. The appropriate Cross-account IAM role applies because Cross-account role assumption supplies scoped, temporary permissions between accounts.

Question 275

An application stores database credentials and wants managed secret retrieval and rotation support. Which cloud capability or service directly addresses the requirement?

  1. AWS CloudTrail
  2. AWS KMS only
  3. AWS Secrets Manager
  4. Amazon CloudWatch

Explanation

Correct Answer

C:

Secrets Manager stores, retrieves and supports rotation for supported credentials and other secrets. This fits the case: An application stores database credentials and wants managed secret retrieval and rotation support.

Incorrect Answers

A:

AWS CloudTrail records API requests and account management events. That does not meet the requirement: An application stores database credentials and wants managed secret retrieval and rotation support.

B:

AWS KMS only manages encryption keys, not credential lifecycle or secret rotation. That does not meet the requirement: An application stores database credentials and wants managed secret retrieval and rotation support.

D:

Amazon CloudWatch: CloudWatch collects operational metrics and logs and supports alarms and dashboards. That does not meet the requirement: An application stores database credentials and wants managed secret retrieval and rotation support.

Question 276

An application stores database credentials and wants managed secret retrieval and rotation support. Which explanation correctly distinguishes the appropriate approach from the alternatives?

  1. AWS CloudTrail — records API requests and account management events
  2. AWS KMS only — manages encryption keys, not credential lifecycle or secret rotation
  3. Amazon CloudWatch — CloudWatch collects operational metrics and logs and supports alarms and dashboards
  4. AWS Secrets Manager — Secrets Manager stores, retrieves and supports rotation for supported credentials and other secrets

Explanation

Correct Answer

D:

Secrets Manager stores, retrieves and supports rotation for supported credentials and other secrets. This fits the situation: An application stores database credentials and wants managed secret retrieval and rotation support.

Incorrect Answers

A:

AWS CloudTrail records API requests and account management events. This does not address the need for An application stores database credentials and wants managed secret retrieval and rotation support. The appropriate AWS Secrets Manager applies because Secrets Manager stores, retrieves and supports rotation for supported credentials and other secrets.

B:

AWS KMS only manages encryption keys, not credential lifecycle or secret rotation. This does not address the need for An application stores database credentials and wants managed secret retrieval and rotation support. The appropriate AWS Secrets Manager applies because Secrets Manager stores, retrieves and supports rotation for supported credentials and other secrets.

C:

Amazon CloudWatch: CloudWatch collects operational metrics and logs and supports alarms and dashboards. This does not address the need for An application stores database credentials and wants managed secret retrieval and rotation support. The appropriate AWS Secrets Manager applies because Secrets Manager stores, retrieves and supports rotation for supported credentials and other secrets.

Question 277

A technical reviewer evaluates this need: A service needs controlled access to API secrets with lifecycle and rotation capabilities. Which choice is most appropriate?

  1. AWS Secrets Manager
  2. AWS CloudTrail
  3. AWS KMS only
  4. Amazon CloudWatch

Explanation

Correct Answer

A:

Secrets Manager stores, retrieves and supports rotation for supported credentials and other secrets. This fits the case: A service needs controlled access to API secrets with lifecycle and rotation capabilities.

Incorrect Answers

B:

AWS CloudTrail records API requests and account management events. That does not meet the requirement: A technical reviewer evaluates this need: A service needs controlled access to API secrets with lifecycle and rotation capabilities.

C:

AWS KMS only manages encryption keys, not credential lifecycle or secret rotation. That does not meet the requirement: A technical reviewer evaluates this need: A service needs controlled access to API secrets with lifecycle and rotation capabilities.

D:

Amazon CloudWatch: CloudWatch collects operational metrics and logs and supports alarms and dashboards. That does not meet the requirement: A technical reviewer evaluates this need: A service needs controlled access to API secrets with lifecycle and rotation capabilities.

Question 278

For the following need, select the most defensible technical rationale: A service needs controlled access to API secrets with lifecycle and rotation capabilities.

  1. AWS CloudTrail — records API requests and account management events
  2. AWS Secrets Manager — Secrets Manager stores, retrieves and supports rotation for supported credentials and other secrets
  3. AWS KMS only — manages encryption keys, not credential lifecycle or secret rotation
  4. Amazon CloudWatch — CloudWatch collects operational metrics and logs and supports alarms and dashboards

Explanation

Correct Answer

B:

Secrets Manager stores, retrieves and supports rotation for supported credentials and other secrets. This fits the situation: A service needs controlled access to API secrets with lifecycle and rotation capabilities.

Incorrect Answers

A:

AWS CloudTrail records API requests and account management events. This does not address the need for A service needs controlled access to API secrets with lifecycle and rotation capabilities. The appropriate AWS Secrets Manager applies because Secrets Manager stores, retrieves and supports rotation for supported credentials and other secrets.

C:

AWS KMS only manages encryption keys, not credential lifecycle or secret rotation. This does not address the need for A service needs controlled access to API secrets with lifecycle and rotation capabilities. The appropriate AWS Secrets Manager applies because Secrets Manager stores, retrieves and supports rotation for supported credentials and other secrets.

D:

Amazon CloudWatch: CloudWatch collects operational metrics and logs and supports alarms and dashboards. This does not address the need for A service needs controlled access to API secrets with lifecycle and rotation capabilities. The appropriate AWS Secrets Manager applies because Secrets Manager stores, retrieves and supports rotation for supported credentials and other secrets.

Question 279

A team needs hierarchical application configuration values and optional protected parameters. Identify the AWS approach that most directly meets the stated goal.

  1. AWS IAM Identity Center
  2. AWS CloudTrail
  3. SSM Parameter Store
  4. AWS Artifact

Explanation

Correct Answer

C:

Parameter Store manages configuration and SecureString parameters; it is not a general audit-event service. This fits the case: A team needs hierarchical application configuration values and optional protected parameters.

Incorrect Answers

A:

AWS IAM Identity Center: IAM Identity Center centrally manages workforce access to multiple AWS accounts and supported apps. That does not meet the requirement: A team needs hierarchical application configuration values and optional protected parameters.

B:

AWS CloudTrail records API requests and account management events. That does not meet the requirement: A team needs hierarchical application configuration values and optional protected parameters.

D:

AWS Artifact supplies compliance reports and agreements. That does not meet the requirement: A team needs hierarchical application configuration values and optional protected parameters.

Question 280

Which service-to-requirement explanation best fits this situation: A team needs hierarchical application configuration values and optional protected parameters?

  1. AWS IAM Identity Center — IAM Identity Center centrally manages workforce access to multiple AWS accounts and supported apps
  2. AWS Artifact — supplies compliance reports and agreements
  3. AWS CloudTrail — records API requests and account management events
  4. SSM Parameter Store — Parameter Store manages configuration and SecureString parameters; it is not a general audit-event service

Explanation

Correct Answer

D:

Parameter Store manages configuration and SecureString parameters; it is not a general audit-event service. This fits the situation: A team needs hierarchical application configuration values and optional protected parameters.

Incorrect Answers

A:

AWS IAM Identity Center: IAM Identity Center centrally manages workforce access to multiple AWS accounts and supported apps. This does not address the need for A team needs hierarchical application configuration values and optional protected parameters. The appropriate SSM Parameter Store applies because Parameter Store manages configuration and SecureString parameters; it is not a general audit-event service.

B:

AWS Artifact supplies compliance reports and agreements. This does not address the need for A team needs hierarchical application configuration values and optional protected parameters. The appropriate SSM Parameter Store applies because Parameter Store manages configuration and SecureString parameters; it is not a general audit-event service.

C:

AWS CloudTrail records API requests and account management events. This does not address the need for A team needs hierarchical application configuration values and optional protected parameters. The appropriate SSM Parameter Store applies because Parameter Store manages configuration and SecureString parameters; it is not a general audit-event service.