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This diagnosis fits a separate network traffic diagnostics incident: An analyst assumes a website is blocked by policy from a browser 500 error even though traffic logs show no block decision. It does not explain this case's observed failure; the Internet Access internet traffic profile and relevant web filtering policy were not enabled for that traffic.

The Microsoft traffic forwarding profile applies to supported Microsoft destinations; it is not a general public Internet secure web gateway. The Internet Access profile and web-category policy are the missing controls.

This diagnosis fits a separate global secure access client rollout incident: A signed-in client shows no forwarded traffic because its user is excluded from the enabled forwarding profile. It does not explain this case's observed failure; the Internet Access internet traffic profile and relevant web filtering policy were not enabled for that traffic.

This control manages future global secure access client rollout drift, but it does not reduce the continuing exposure in the described internet access secure web gateway case. The correct safeguard is: pilot traffic forwarding and evaluate bypass routes before applying internet filtering tenant-wide.

This control manages future microsoft traffic profile for m365 drift, but it does not reduce the continuing exposure in the described internet access secure web gateway case. The correct safeguard is: pilot traffic forwarding and evaluate bypass routes before applying internet filtering tenant-wide.

This control manages future private access for legacy tcp application drift, but it does not reduce the continuing exposure in the described internet access secure web gateway case. The correct safeguard is: pilot traffic forwarding and evaluate bypass routes before applying internet filtering tenant-wide.

That action implements the separate global secure access client rollout decision. It is appropriate when a pilot Windows device has the Global Secure Access client installed but network traffic is not forwarded through the service as expected. The present case instead requires the specific microsoft traffic profile for m365 change: enable and scope the supported Microsoft traffic forwarding profile for Microsoft service destinations.

That action implements the separate network traffic diagnostics decision. It is appropriate when a support team needs to distinguish whether Global Secure Access blocked a target website versus the website itself returning an application error. The present case instead requires the specific microsoft traffic profile for m365 change: enable and scope the supported Microsoft traffic forwarding profile for Microsoft service destinations.

That action implements the separate internet access secure web gateway decision. It is appropriate when a company wants to restrict access to risky public websites and SaaS destinations by user and device rather than route all traffic through a legacy VPN. The present case instead requires the specific microsoft traffic profile for m365 change: enable and scope the supported Microsoft traffic forwarding profile for Microsoft service destinations.

The proposed observation checks the different private access for legacy tcp application scenario. Even a successful test would not establish the requested outcome here: inspect traffic forwarding diagnostics for Microsoft 365 endpoints and compare a non-Microsoft destination.

The proposed observation checks the different internet access secure web gateway scenario. Even a successful test would not establish the requested outcome here: inspect traffic forwarding diagnostics for Microsoft 365 endpoints and compare a non-Microsoft destination.

The proposed observation checks the different global secure access client rollout scenario. Even a successful test would not establish the requested outcome here: inspect traffic forwarding diagnostics for Microsoft 365 endpoints and compare a non-Microsoft destination.

This diagnosis fits a separate private access for legacy tcp application incident: The desktop client authenticates but cannot reach a private app because its segment has no working connector routing. It does not explain this case's observed failure; the Microsoft traffic profile targets supported Microsoft traffic rather than universal Internet access.

This diagnosis fits a separate network traffic diagnostics incident: An analyst assumes a website is blocked by policy from a browser 500 error even though traffic logs show no block decision. It does not explain this case's observed failure; the Microsoft traffic profile targets supported Microsoft traffic rather than universal Internet access.

Changing device compliance cannot expand the Microsoft-only traffic profile to capture arbitrary third-party SaaS. This scenario is about profile scope, not a device grant.

This control manages future global secure access client rollout drift, but it does not reduce the continuing exposure in the described microsoft traffic profile for m365 case. The correct safeguard is: keep Microsoft and general Internet traffic profiles separately governed and document client exclusions.

This control manages future internet access secure web gateway drift, but it does not reduce the continuing exposure in the described microsoft traffic profile for m365 case. The correct safeguard is: keep Microsoft and general Internet traffic profiles separately governed and document client exclusions.

This control manages future network traffic diagnostics drift, but it does not reduce the continuing exposure in the described microsoft traffic profile for m365 case. The correct safeguard is: keep Microsoft and general Internet traffic profiles separately governed and document client exclusions.

That action implements the separate internet access secure web gateway decision. It is appropriate when a company wants to restrict access to risky public websites and SaaS destinations by user and device rather than route all traffic through a legacy VPN. The present case instead requires the specific global secure access client rollout change: validate the client registration, user assignment, supported traffic profiles and forwarding enablement for the device.

That action implements the separate private access for legacy tcp application decision. It is appropriate when an enterprise needs employees off VPN to reach a private on-premises TCP application using identity-based per-app policy. The present case instead requires the specific global secure access client rollout change: validate the client registration, user assignment, supported traffic profiles and forwarding enablement for the device.

That action implements the separate network traffic diagnostics decision. It is appropriate when a support team needs to distinguish whether Global Secure Access blocked a target website versus the website itself returning an application error. The present case instead requires the specific global secure access client rollout change: validate the client registration, user assignment, supported traffic profiles and forwarding enablement for the device.

The proposed observation checks the different private access for legacy tcp application scenario. Even a successful test would not establish the requested outcome here: use client diagnostics and Global Secure Access traffic logs to confirm the intended traffic is acquired.

The proposed observation checks the different microsoft traffic profile for m365 scenario. Even a successful test would not establish the requested outcome here: use client diagnostics and Global Secure Access traffic logs to confirm the intended traffic is acquired.

The proposed observation checks the different network traffic diagnostics scenario. Even a successful test would not establish the requested outcome here: use client diagnostics and Global Secure Access traffic logs to confirm the intended traffic is acquired.

This diagnosis fits a separate private access for legacy tcp application incident: The desktop client authenticates but cannot reach a private app because its segment has no working connector routing. It does not explain this case's observed failure; client installation alone does not override the traffic profile's user and group targeting.

This diagnosis fits a separate network traffic diagnostics incident: An analyst assumes a website is blocked by policy from a browser 500 error even though traffic logs show no block decision. It does not explain this case's observed failure; client installation alone does not override the traffic profile's user and group targeting.

This diagnosis fits a separate internet access secure web gateway incident: A web-category block never applies because only the Microsoft-services traffic profile is enabled. It does not explain this case's observed failure; client installation alone does not override the traffic profile's user and group targeting.

That action implements the separate network traffic diagnostics decision. It is appropriate when a support team needs to distinguish whether Global Secure Access blocked a target website versus the website itself returning an application error. The present case instead requires the specific global secure access client rollout change: validate the client registration, user assignment, supported traffic profiles and forwarding enablement for the device.

That action implements the separate microsoft traffic profile for m365 decision. It is appropriate when network administrators need Global Secure Access to forward eligible Microsoft 365 traffic without accidentally capturing every third-party Internet destination. The present case instead requires the specific global secure access client rollout change: validate the client registration, user assignment, supported traffic profiles and forwarding enablement for the device.

This control manages future microsoft traffic profile for m365 drift, but it does not reduce the continuing exposure in the described global secure access client rollout case. The correct safeguard is: stage forwarding-policy rollouts and preserve a documented connectivity rollback path.

That action implements the separate internet access secure web gateway decision. It is appropriate when a company wants to restrict access to risky public websites and SaaS destinations by user and device rather than route all traffic through a legacy VPN. The present case instead requires the specific network traffic diagnostics change: correlate Global Secure Access network traffic logs and matched policy decisions with endpoint/application response evidence.

That action implements the separate microsoft traffic profile for m365 decision. It is appropriate when network administrators need Global Secure Access to forward eligible Microsoft 365 traffic without accidentally capturing every third-party Internet destination. The present case instead requires the specific network traffic diagnostics change: correlate Global Secure Access network traffic logs and matched policy decisions with endpoint/application response evidence.

That action implements the separate private access for legacy tcp application decision. It is appropriate when an enterprise needs employees off VPN to reach a private on-premises TCP application using identity-based per-app policy. The present case instead requires the specific network traffic diagnostics change: correlate Global Secure Access network traffic logs and matched policy decisions with endpoint/application response evidence.