Pass Your Microsoft SC-300 Exam Easy!

This control manages future application tenant-wide admin consent drift, but it does not reduce the continuing exposure in the described provisioning log troubleshooting case. The correct safeguard is: monitor provisioning error rates and credential rotation for connected apps.

This control manages future application app role assignment drift, but it does not reduce the continuing exposure in the described provisioning log troubleshooting case. The correct safeguard is: monitor provisioning error rates and credential rotation for connected apps.

This control manages future scim application provisioning drift, but it does not reduce the continuing exposure in the described provisioning log troubleshooting case. The correct safeguard is: monitor provisioning error rates and credential rotation for connected apps.

That action implements the separate app roles token claims decision. It is appropriate when a custom API wants the caller's Reader or Approver application role represented in tokens, with no manual access list inside the app. The present case instead requires the specific redirect uri security change: register the exact approved HTTPS redirect URI matching the application callback and remove obsolete addresses.

That action implements the separate certificate credential for unattended client decision. It is appropriate when a backend integration uses an app registration for client credentials and must replace a hard-coded client secret with a controlled certificate. The present case instead requires the specific redirect uri security change: register the exact approved HTTPS redirect URI matching the application callback and remove obsolete addresses.

That action implements the separate multitenant publisher app consent decision. It is appropriate when a third-party SaaS app wants organization customers to consent through their own Microsoft Entra tenants. The present case instead requires the specific redirect uri security change: register the exact approved HTTPS redirect URI matching the application callback and remove obsolete addresses.

The proposed observation checks the different certificate credential for unattended client scenario. Even a successful test would not establish the requested outcome here: perform an authorization code login and verify the redirect URI and issuer/audience align with the app registration.

The proposed observation checks the different multitenant publisher app consent scenario. Even a successful test would not establish the requested outcome here: perform an authorization code login and verify the redirect URI and issuer/audience align with the app registration.

The proposed observation checks the different app secret expiration rollover scenario. Even a successful test would not establish the requested outcome here: perform an authorization code login and verify the redirect URI and issuer/audience align with the app registration.

This diagnosis fits a separate app secret expiration rollover incident: The daemon begins receiving invalid_client immediately after the only existing secret expires. It does not explain this case's observed failure; the application's actual redirect URI is not registered for the client.

This diagnosis fits a separate certificate credential for unattended client incident: The integration fails after certificate rollover because the public certificate is updated but the application still signs with the old key. It does not explain this case's observed failure; the application's actual redirect URI is not registered for the client.

This diagnosis fits a separate delegated versus application permissions incident: The daemon fails because its token lacks the Graph permission even though a developer consented to a delegated scope. It does not explain this case's observed failure; the application's actual redirect URI is not registered for the client.

This control manages future app secret expiration rollover drift, but it does not reduce the continuing exposure in the described redirect uri security case. The correct safeguard is: require reviewed redirect URIs and avoid wildcard-like overly broad callbacks.

This control manages future certificate credential for unattended client drift, but it does not reduce the continuing exposure in the described redirect uri security case. The correct safeguard is: require reviewed redirect URIs and avoid wildcard-like overly broad callbacks.

This control manages future app roles token claims drift, but it does not reduce the continuing exposure in the described redirect uri security case. The correct safeguard is: require reviewed redirect URIs and avoid wildcard-like overly broad callbacks.

That action implements the separate app secret expiration rollover decision. It is appropriate when a client-credential integration uses an app registration secret that expires next month and must avoid a midnight outage. The present case instead requires the specific app roles token claims change: define appropriate app roles in the API app registration and assign the right principals to those roles.

That action implements the separate redirect uri security decision. It is appropriate when a web app registration is configured for the OAuth authorization code flow, but its authentication redirects are failing after a hostname change. The present case instead requires the specific app roles token claims change: define appropriate app roles in the API app registration and assign the right principals to those roles.

That action implements the separate certificate credential for unattended client decision. It is appropriate when a backend integration uses an app registration for client credentials and must replace a hard-coded client secret with a controlled certificate. The present case instead requires the specific app roles token claims change: define appropriate app roles in the API app registration and assign the right principals to those roles.

The proposed observation checks the different certificate credential for unattended client scenario. Even a successful test would not establish the requested outcome here: decode a scoped access token and confirm the intended roles claim appears for the authorized API audience.

The proposed observation checks the different delegated versus application permissions scenario. Even a successful test would not establish the requested outcome here: decode a scoped access token and confirm the intended roles claim appears for the authorized API audience.

The proposed observation checks the different app secret expiration rollover scenario. Even a successful test would not establish the requested outcome here: decode a scoped access token and confirm the intended roles claim appears for the authorized API audience.

This diagnosis fits a separate delegated versus application permissions incident: The daemon fails because its token lacks the Graph permission even though a developer consented to a delegated scope. It does not explain this case's observed failure; the app role was defined but not assigned to that user/group/service principal, or the token targets a different audience.

This diagnosis fits a separate multitenant publisher app consent incident: A test customer tenant cannot consent because the app registration is restricted to accounts in the vendor's directory only. It does not explain this case's observed failure; the app role was defined but not assigned to that user/group/service principal, or the token targets a different audience.

This diagnosis fits a separate redirect uri security incident: The token endpoint rejects the request due to a redirect URI mismatch after the callback domain changes. It does not explain this case's observed failure; the app role was defined but not assigned to that user/group/service principal, or the token targets a different audience.

This control manages future redirect uri security drift, but it does not reduce the continuing exposure in the described app roles token claims case. The correct safeguard is: version app role values carefully and verify token claims after assignment or consent changes.

This control manages future delegated versus application permissions drift, but it does not reduce the continuing exposure in the described app roles token claims case. The correct safeguard is: version app role values carefully and verify token claims after assignment or consent changes.

This control manages future multitenant publisher app consent drift, but it does not reduce the continuing exposure in the described app roles token claims case. The correct safeguard is: version app role values carefully and verify token claims after assignment or consent changes.

That action implements the separate multitenant publisher app consent decision. It is appropriate when a third-party SaaS app wants organization customers to consent through their own Microsoft Entra tenants. The present case instead requires the specific delegated versus application permissions change: request the supported application permissions needed for the daemon and obtain authorized administrator consent.

That action implements the separate certificate credential for unattended client decision. It is appropriate when a backend integration uses an app registration for client credentials and must replace a hard-coded client secret with a controlled certificate. The present case instead requires the specific delegated versus application permissions change: request the supported application permissions needed for the daemon and obtain authorized administrator consent.

That action implements the separate app roles token claims decision. It is appropriate when a custom API wants the caller's Reader or Approver application role represented in tokens, with no manual access list inside the app. The present case instead requires the specific delegated versus application permissions change: request the supported application permissions needed for the daemon and obtain authorized administrator consent.

The proposed observation checks the different multitenant publisher app consent scenario. Even a successful test would not establish the requested outcome here: inspect the daemon's access token roles claim and run the intended Graph operation without a user sign-in.

The proposed observation checks the different app secret expiration rollover scenario. Even a successful test would not establish the requested outcome here: inspect the daemon's access token roles claim and run the intended Graph operation without a user sign-in.

The proposed observation checks the different app roles token claims scenario. Even a successful test would not establish the requested outcome here: inspect the daemon's access token roles claim and run the intended Graph operation without a user sign-in.