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The proposed observation checks the different application-enforced restrictions scenario. Even a successful test would not establish the requested outcome here: verify supported API events and related app data appear with recent ingestion timestamps.

The proposed observation checks the different oauth app permissions governance scenario. Even a successful test would not establish the requested outcome here: verify supported API events and related app data appear with recent ingestion timestamps.

The proposed observation checks the different cloud discovery unsanctioned saas scenario. Even a successful test would not establish the requested outcome here: verify supported API events and related app data appear with recent ingestion timestamps.

This diagnosis fits a separate oauth app permissions governance incident: Removing the app from a discovery dashboard did not eliminate its existing Microsoft Entra consent grant. It does not explain this case's observed failure; traffic-based Cloud Discovery does not automatically configure the separate app API connector.

This diagnosis fits a separate conditional access session download incident: The user can sign in and download files because Conditional Access grants access but no session policy intercepts the download. It does not explain this case's observed failure; traffic-based Cloud Discovery does not automatically configure the separate app API connector.

This diagnosis fits a separate cloud discovery unsanctioned saas incident: A known app has no Cloud Discovery usage because its traffic source never forwarded logs to Defender for Cloud Apps. It does not explain this case's observed failure; traffic-based Cloud Discovery does not automatically configure the separate app API connector.

This control manages future application-enforced restrictions drift, but it does not reduce the continuing exposure in the described connected app api visibility case. The correct safeguard is: review connector permissions and health whenever API scopes or application ownership change.

This control manages future cloud app catalog risk classification drift, but it does not reduce the continuing exposure in the described connected app api visibility case. The correct safeguard is: review connector permissions and health whenever API scopes or application ownership change.

This control manages future oauth app permissions governance drift, but it does not reduce the continuing exposure in the described connected app api visibility case. The correct safeguard is: review connector permissions and health whenever API scopes or application ownership change.

That action implements the separate cloud app catalog risk classification decision. It is appropriate when an analyst needs to compare SaaS applications' security and compliance profiles before sanctioning a new tool. The present case instead requires the specific conditional access session download change: use Defender for Cloud Apps Conditional Access App Control with an applicable session policy to block or protect file downloads.

That action implements the separate application-enforced restrictions decision. It is appropriate when a company wants Exchange Online and SharePoint to restrict selected actions for users on unmanaged endpoints while permitting limited browser access. The present case instead requires the specific conditional access session download change: use Defender for Cloud Apps Conditional Access App Control with an applicable session policy to block or protect file downloads.

That action implements the separate connected app api visibility decision. It is appropriate when security wants to scan supported Microsoft 365 cloud-app events and files by connecting Defender for Cloud Apps to the service API. The present case instead requires the specific conditional access session download change: use Defender for Cloud Apps Conditional Access App Control with an applicable session policy to block or protect file downloads.

The proposed observation checks the different application-enforced restrictions scenario. Even a successful test would not establish the requested outcome here: sign in from an unmanaged test device, open a sensitive document and confirm the download policy action is enforced.

The proposed observation checks the different connected app api visibility scenario. Even a successful test would not establish the requested outcome here: sign in from an unmanaged test device, open a sensitive document and confirm the download policy action is enforced.

The proposed observation checks the different cloud app catalog risk classification scenario. Even a successful test would not establish the requested outcome here: sign in from an unmanaged test device, open a sensitive document and confirm the download policy action is enforced.

This diagnosis fits a separate connected app api visibility incident: The app appears in Cloud Discovery but no connected-app API activities or file policies can be used. It does not explain this case's observed failure; an access grant or authentication condition alone does not implement file-level session controls.

This diagnosis fits a separate application-enforced restrictions incident: The browser session still permits every action because the target app was not configured to honor application-enforced restrictions. It does not explain this case's observed failure; an access grant or authentication condition alone does not implement file-level session controls.

This diagnosis fits a separate cloud app catalog risk classification incident: An app with an acceptable catalog score is assumed safe for unrestricted access without examining its requested permissions. It does not explain this case's observed failure; an access grant or authentication condition alone does not implement file-level session controls.

This control manages future cloud app catalog risk classification drift, but it does not reduce the continuing exposure in the described conditional access session download case. The correct safeguard is: review supported app onboarding and actual proxy/session policy events before claiming file protection.

This control manages future application-enforced restrictions drift, but it does not reduce the continuing exposure in the described conditional access session download case. The correct safeguard is: review supported app onboarding and actual proxy/session policy events before claiming file protection.

This control manages future connected app api visibility drift, but it does not reduce the continuing exposure in the described conditional access session download case. The correct safeguard is: review supported app onboarding and actual proxy/session policy events before claiming file protection.

That action implements the separate oauth app permissions governance decision. It is appropriate when security finds a user-authorized third-party OAuth app with broad Microsoft Graph permissions and wants to investigate or revoke its access. The present case instead requires the specific application-enforced restrictions change: apply the supported Conditional Access application-enforced restrictions session control to compatible Microsoft 365 cloud resources.

That action implements the separate cloud discovery unsanctioned saas decision. It is appropriate when the security team wants to discover which cloud apps employees use from network/device telemetry before deciding which apps to sanction. The present case instead requires the specific application-enforced restrictions change: apply the supported Conditional Access application-enforced restrictions session control to compatible Microsoft 365 cloud resources.

That action implements the separate conditional access session download decision. It is appropriate when a regulated SaaS app should allow users on unmanaged devices to view documents in the browser but prevent downloading sensitive files. The present case instead requires the specific application-enforced restrictions change: apply the supported Conditional Access application-enforced restrictions session control to compatible Microsoft 365 cloud resources.

The proposed observation checks the different connected app api visibility scenario. Even a successful test would not establish the requested outcome here: test a targeted unmanaged browser session and confirm the application enforces its limited access behavior.

The proposed observation checks the different conditional access session download scenario. Even a successful test would not establish the requested outcome here: test a targeted unmanaged browser session and confirm the application enforces its limited access behavior.

The proposed observation checks the different oauth app permissions governance scenario. Even a successful test would not establish the requested outcome here: test a targeted unmanaged browser session and confirm the application enforces its limited access behavior.

This diagnosis fits a separate cloud discovery unsanctioned saas incident: A known app has no Cloud Discovery usage because its traffic source never forwarded logs to Defender for Cloud Apps. It does not explain this case's observed failure; the application-side enforcement prerequisites or Conditional Access session control are missing.

This diagnosis fits a separate conditional access session download incident: The user can sign in and download files because Conditional Access grants access but no session policy intercepts the download. It does not explain this case's observed failure; the application-side enforcement prerequisites or Conditional Access session control are missing.

This diagnosis fits a separate connected app api visibility incident: The app appears in Cloud Discovery but no connected-app API activities or file policies can be used. It does not explain this case's observed failure; the application-side enforcement prerequisites or Conditional Access session control are missing.

This control manages future cloud discovery unsanctioned saas drift, but it does not reduce the continuing exposure in the described application-enforced restrictions case. The correct safeguard is: validate resource support and app settings before using the session control as a universal cloud-app restriction.

This control manages future connected app api visibility drift, but it does not reduce the continuing exposure in the described application-enforced restrictions case. The correct safeguard is: validate resource support and app settings before using the session control as a universal cloud-app restriction.

This control manages future conditional access session download drift, but it does not reduce the continuing exposure in the described application-enforced restrictions case. The correct safeguard is: validate resource support and app settings before using the session control as a universal cloud-app restriction.