Amazon AWS Certified Solutions Architect - Associate SAA-C03 Bundle

The option Remove wildcard trust and require specified identity or verified conditions addresses a separate condition: a role trust policy accidentally includes all principals with no condition. Broad trust may create unintended external entry points. The actual requirement is the partner must access only one project's S3 objects. Recommended corrective action: Limit role S3 permissions to the project's object ARN prefix and required list prefix. Scoped bucket and object resources prevent broad object access.

For the alternative failure an external system is handed the publisher's long-lived IAM user secret, the control Replace secret-sharing with a cross-account AssumeRole integration is relevant: role assumption avoids a permanent key retained by another company. Here the evidence instead is the partner must access only one project's S3 objects. The selected technical mechanism is Limit role S3 permissions to the project's object ARN prefix and required list prefix: scoped bucket and object resources prevent broad object access.

Narrow the trust policy to the approved source role ARN solves a different operational problem where partners can assume a role from any AWS principal in their account. Principal-specific trust reduces the reachable assumption surface. It does not directly address the partner must access only one project's S3 objects. The case calls for Limit role S3 permissions to the project's object ARN prefix and required list prefix, since scoped bucket and object resources prevent broad object access.

Grant the required operation in role policy as well as session scope would help if a role's session policy grants an API omitted from its role policy. STS session policies restrict the underlying role's permissions. That is not the symptom described here: a principal's explicit Deny is expected to be overridden by a separate Allow. The matching response is Remove the conflicting explicit deny through authorized policy review, because any applicable explicit Deny takes precedence over Allow.

For the alternative failure IAM conditions using the caller's principal tags are not matching, the control Verify session tagging and the relevant aws:PrincipalTag keys is relevant: aBAC rules depend on actual effective principal tags. Here the evidence instead is a principal's explicit Deny is expected to be overridden by a separate Allow. The selected technical mechanism is Remove the conflicting explicit deny through authorized policy review: any applicable explicit Deny takes precedence over Allow.

Update the identity policy after approving the action solves a different operational problem where a permissions boundary allows an API while identity policy denies it. A boundary by itself does not grant permissions. It does not directly address a principal's explicit Deny is expected to be overridden by a separate Allow. The case calls for Remove the conflicting explicit deny through authorized policy review, since any applicable explicit Deny takes precedence over Allow.

For the alternative failure a permissions boundary allows an API while identity policy denies it, the control Update the identity policy after approving the action is relevant: a boundary by itself does not grant permissions. Here the evidence instead is an organization SCP allows an action but no IAM policy grants it. The selected technical mechanism is Add a least-privileged IAM Allow for the approved action: an SCP defines a maximum, not a permission grant.

The competing option Verify session tagging and the relevant aws:PrincipalTag keys would be useful when IAM conditions using the caller's principal tags are not matching. ABAC rules depend on actual effective principal tags. The present issue is an organization SCP allows an action but no IAM policy grants it; it is more directly addressed by Add a least-privileged IAM Allow for the approved action. An SCP defines a maximum, not a permission grant.

The option Remove the conflicting explicit deny through authorized policy review addresses a separate condition: a principal's explicit Deny is expected to be overridden by a separate Allow. Any applicable explicit Deny takes precedence over Allow. The actual requirement is an organization SCP allows an action but no IAM policy grants it. Recommended corrective action: Add a least-privileged IAM Allow for the approved action. An SCP defines a maximum, not a permission grant.

Grant the required operation in role policy as well as session scope solves a different operational problem where a role's session policy grants an API omitted from its role policy. STS session policies restrict the underlying role's permissions. It does not directly address a permissions boundary allows an API while identity policy denies it. The case calls for Update the identity policy after approving the action, since a boundary by itself does not grant permissions.

The competing option Verify session tagging and the relevant aws:PrincipalTag keys would be useful when IAM conditions using the caller's principal tags are not matching. ABAC rules depend on actual effective principal tags. The present issue is a permissions boundary allows an API while identity policy denies it; it is more directly addressed by Update the identity policy after approving the action. A boundary by itself does not grant permissions.

Remove the conflicting explicit deny through authorized policy review would help if a principal's explicit Deny is expected to be overridden by a separate Allow. Any applicable explicit Deny takes precedence over Allow. That is not the symptom described here: a permissions boundary allows an API while identity policy denies it. The matching response is Update the identity policy after approving the action, because a boundary by itself does not grant permissions.

The competing option Add a least-privileged IAM Allow for the approved action would be useful when an organization SCP allows an action but no IAM policy grants it. An SCP defines a maximum, not a permission grant. The present issue is a role's session policy grants an API omitted from its role policy; it is more directly addressed by Grant the required operation in role policy as well as session scope. STS session policies restrict the underlying role's permissions.

The option Remove the conflicting explicit deny through authorized policy review addresses a separate condition: a principal's explicit Deny is expected to be overridden by a separate Allow. Any applicable explicit Deny takes precedence over Allow. The actual requirement is a role's session policy grants an API omitted from its role policy. Recommended corrective action: Grant the required operation in role policy as well as session scope. STS session policies restrict the underlying role's permissions.

Verify session tagging and the relevant aws:PrincipalTag keys would help if IAM conditions using the caller's principal tags are not matching. ABAC rules depend on actual effective principal tags. That is not the symptom described here: a role's session policy grants an API omitted from its role policy. The matching response is Grant the required operation in role policy as well as session scope, because sTS session policies restrict the underlying role's permissions.

The option Update the identity policy after approving the action addresses a separate condition: a permissions boundary allows an API while identity policy denies it. A boundary by itself does not grant permissions. The actual requirement is IAM conditions using the caller's principal tags are not matching. Recommended corrective action: Verify session tagging and the relevant aws:PrincipalTag keys. ABAC rules depend on actual effective principal tags.

Grant the required operation in role policy as well as session scope would help if a role's session policy grants an API omitted from its role policy. STS session policies restrict the underlying role's permissions. That is not the symptom described here: IAM conditions using the caller's principal tags are not matching. The matching response is Verify session tagging and the relevant aws:PrincipalTag keys, because aBAC rules depend on actual effective principal tags.

Add a least-privileged IAM Allow for the approved action solves a different operational problem where an organization SCP allows an action but no IAM policy grants it. An SCP defines a maximum, not a permission grant. It does not directly address IAM conditions using the caller's principal tags are not matching. The case calls for Verify session tagging and the relevant aws:PrincipalTag keys, since aBAC rules depend on actual effective principal tags.

Revoke affected role sessions and remove its unauthorized trust or permissions would help if a role credential is suspected compromised during an investigation. Session invalidation and policy cleanup curtail future compromised use. That is not the symptom described here: security cannot tell who modified a sensitive IAM policy yesterday. The matching response is Query organization CloudTrail management event history for policy APIs, because cloudTrail records IAM policy modification calls.

Generate IAM Access Analyzer external-access findings for the bucket solves a different operational problem where a bucket policy exposes objects to unknown external principals. Analyzer identifies public or cross-boundary resource access. It does not directly address security cannot tell who modified a sensitive IAM policy yesterday. The case calls for Query organization CloudTrail management event history for policy APIs, since cloudTrail records IAM policy modification calls.

The competing option Simulate the effective request with IAM policy evaluation tools and service context would be useful when a specific role call was denied but the team cannot inspect conditions safely. Policy simulation helps trace condition-dependent authorization. The present issue is security cannot tell who modified a sensitive IAM policy yesterday; it is more directly addressed by Query organization CloudTrail management event history for policy APIs. CloudTrail records IAM policy modification calls.

For the alternative failure analysts need historical configuration state of an IAM role or security group, the control Use AWS Config resource history and configuration timelines is relevant: config tracks supported resource configuration changes. Here the evidence instead is a bucket policy exposes objects to unknown external principals. The selected technical mechanism is Generate IAM Access Analyzer external-access findings for the bucket: analyzer identifies public or cross-boundary resource access.

Revoke affected role sessions and remove its unauthorized trust or permissions solves a different operational problem where a role credential is suspected compromised during an investigation. Session invalidation and policy cleanup curtail future compromised use. It does not directly address a bucket policy exposes objects to unknown external principals. The case calls for Generate IAM Access Analyzer external-access findings for the bucket, since analyzer identifies public or cross-boundary resource access.

The option Query organization CloudTrail management event history for policy APIs addresses a separate condition: security cannot tell who modified a sensitive IAM policy yesterday. CloudTrail records IAM policy modification calls. The actual requirement is a bucket policy exposes objects to unknown external principals. Recommended corrective action: Generate IAM Access Analyzer external-access findings for the bucket. Analyzer identifies public or cross-boundary resource access.

Revoke affected role sessions and remove its unauthorized trust or permissions solves a different operational problem where a role credential is suspected compromised during an investigation. Session invalidation and policy cleanup curtail future compromised use. It does not directly address analysts need historical configuration state of an IAM role or security group. The case calls for Use AWS Config resource history and configuration timelines, since config tracks supported resource configuration changes.

The competing option Query organization CloudTrail management event history for policy APIs would be useful when security cannot tell who modified a sensitive IAM policy yesterday. CloudTrail records IAM policy modification calls. The present issue is analysts need historical configuration state of an IAM role or security group; it is more directly addressed by Use AWS Config resource history and configuration timelines. Config tracks supported resource configuration changes.

Generate IAM Access Analyzer external-access findings for the bucket would help if a bucket policy exposes objects to unknown external principals. Analyzer identifies public or cross-boundary resource access. That is not the symptom described here: analysts need historical configuration state of an IAM role or security group. The matching response is Use AWS Config resource history and configuration timelines, because config tracks supported resource configuration changes.

The competing option Generate IAM Access Analyzer external-access findings for the bucket would be useful when a bucket policy exposes objects to unknown external principals. Analyzer identifies public or cross-boundary resource access. The present issue is a specific role call was denied but the team cannot inspect conditions safely; it is more directly addressed by Simulate the effective request with IAM policy evaluation tools and service context. Policy simulation helps trace condition-dependent authorization.

The option Query organization CloudTrail management event history for policy APIs addresses a separate condition: security cannot tell who modified a sensitive IAM policy yesterday. CloudTrail records IAM policy modification calls. The actual requirement is a specific role call was denied but the team cannot inspect conditions safely. Recommended corrective action: Simulate the effective request with IAM policy evaluation tools and service context. Policy simulation helps trace condition-dependent authorization.

For the alternative failure a role credential is suspected compromised during an investigation, the control Revoke affected role sessions and remove its unauthorized trust or permissions is relevant: session invalidation and policy cleanup curtail future compromised use. Here the evidence instead is a specific role call was denied but the team cannot inspect conditions safely. The selected technical mechanism is Simulate the effective request with IAM policy evaluation tools and service context: policy simulation helps trace condition-dependent authorization.

The option Query organization CloudTrail management event history for policy APIs addresses a separate condition: security cannot tell who modified a sensitive IAM policy yesterday. CloudTrail records IAM policy modification calls. The actual requirement is a role credential is suspected compromised during an investigation. Recommended corrective action: Revoke affected role sessions and remove its unauthorized trust or permissions. Session invalidation and policy cleanup curtail future compromised use.

For the alternative failure analysts need historical configuration state of an IAM role or security group, the control Use AWS Config resource history and configuration timelines is relevant: config tracks supported resource configuration changes. Here the evidence instead is a role credential is suspected compromised during an investigation. The selected technical mechanism is Revoke affected role sessions and remove its unauthorized trust or permissions: session invalidation and policy cleanup curtail future compromised use.

Generate IAM Access Analyzer external-access findings for the bucket solves a different operational problem where a bucket policy exposes objects to unknown external principals. Analyzer identifies public or cross-boundary resource access. It does not directly address a role credential is suspected compromised during an investigation. The case calls for Revoke affected role sessions and remove its unauthorized trust or permissions, since session invalidation and policy cleanup curtail future compromised use.