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This concern applies to Configure only default NSG allow-all rules on every subnet. in another design network solutions design. The current proposal specifically fails because broad propagation defeats separation requirements.

That assessment refers to the separate proposal 'Assume a regular VNet NSG is a stateful central transit firewall for all hubs.' not to the recommendation under review. Here, Broad propagation defeats separation requirements.

That assessment refers to the separate proposal 'Build hundreds of independent point-to-point tunnels with no routing framework.' not to the recommendation under review. Here, Broad propagation defeats separation requirements.

That verification addresses the different requirement: An enterprise connects dozens of global branches and VNets with central routing governance. It does not directly establish differential routes validate segmentation.

This is a test for A hub must inspect outbound traffic from many spokes and restrict destinations by policy. The requirement here is instead demonstrated by test reachability from restricted and permitted connections.

That verification addresses the different requirement: A deployment needs centrally inserted inspection for cross-branch traffic in a managed network fabric. It does not directly establish differential routes validate segmentation.

Ad hoc mesh operations become difficult at global scale. In the present requirement, a deployment needs centrally inserted inspection for cross-branch traffic in a managed network fabric. The needed design instead works because managed hubs can direct eligible traffic through inspected paths.

Broad propagation defeats separation requirements. In the present requirement, a deployment needs centrally inserted inspection for cross-branch traffic in a managed network fabric. The needed design instead works because managed hubs can direct eligible traffic through inspected paths.

An NSG does not replace centrally routed network firewall inspection. This proposal contradicts the stated architecture constraint.

That assessment refers to the separate proposal 'Build hundreds of independent point-to-point tunnels with no routing framework.' not to the recommendation under review. Here, An NSG does not replace centrally routed network firewall inspection.

This concern applies to Build a site-to-site tunnel from every individual laptop as a branch router. in another design network solutions design. The current proposal specifically fails because an NSG does not replace centrally routed network firewall inspection.

That assessment refers to the separate proposal 'Propagate all sensitive prefixes to every connection by default.' not to the recommendation under review. Here, An NSG does not replace centrally routed network firewall inspection.

That verification addresses the different requirement: Two Virtual WAN route tables must isolate sensitive workloads while retaining shared services. It does not directly establish the observed path demonstrates traffic inspection.

That verification addresses the different requirement: An enterprise connects dozens of global branches and VNets with central routing governance. It does not directly establish the observed path demonstrates traffic inspection.

This is a test for Remote employees need individually authenticated access to private Azure networks. The requirement here is instead demonstrated by trace a protected flow and confirm firewall log entries.

NSGs without proper restrictions do not provide centralized controlled egress. This proposal contradicts the stated architecture constraint.

NSGs filter traffic but do not choose the next hop. In the present requirement, a hub must inspect outbound traffic from many spokes and restrict destinations by policy. The needed design instead works because central stateful policy supports shared egress governance.

RBAC management privilege does not replace network firewall rules. In the present requirement, a hub must inspect outbound traffic from many spokes and restrict destinations by policy. The needed design instead works because central stateful policy supports shared egress governance.

That assessment refers to the separate proposal 'Change only the NSG rule and assume it rewrites the route table.' not to the recommendation under review. Here, NSGs without proper restrictions do not provide centralized controlled egress.

This concern applies to Configure ExpressRoute without any carrier circuit and call it an internet VPN. in another design network solutions design. The current proposal specifically fails because nSGs without proper restrictions do not provide centralized controlled egress.

That assessment refers to the separate proposal 'Grant the source VM Owner rights to bypass an IP firewall denial.' not to the recommendation under review. Here, NSGs without proper restrictions do not provide centralized controlled egress.

That verification addresses the different requirement: An internal firewall rule logs denied traffic that network operators cannot explain. It does not directly establish traffic and firewall logs validate enforced policy.

This is a test for A branch must connect to one Azure VNet over the public internet with encryption. The requirement here is instead demonstrated by test an allowed destination and a denied domain or IP from a spoke.

That verification addresses the different requirement: Sensitive production traffic must traverse an NVA, but packets currently take a direct system route. It does not directly establish traffic and firewall logs validate enforced policy.

NSGs filter traffic but do not choose the next hop. This proposal contradicts the stated architecture constraint.

NSGs without proper restrictions do not provide centralized controlled egress. In the present requirement, sensitive production traffic must traverse an NVA, but packets currently take a direct system route. The needed design instead works because uDRs can steer matching traffic to a virtual appliance.

RBAC management privilege does not replace network firewall rules. In the present requirement, sensitive production traffic must traverse an NVA, but packets currently take a direct system route. The needed design instead works because uDRs can steer matching traffic to a virtual appliance.

That assessment refers to the separate proposal 'Grant the source VM Owner rights to bypass an IP firewall denial.' not to the recommendation under review. Here, NSGs filter traffic but do not choose the next hop.

That assessment refers to the separate proposal 'Configure only default NSG allow-all rules on every subnet.' not to the recommendation under review. Here, NSGs filter traffic but do not choose the next hop.

This concern applies to Use Front Door HTTP routing as if it supports arbitrary private TCP protocols. in another design network solutions design. The current proposal specifically fails because nSGs filter traffic but do not choose the next hop.

That verification addresses the different requirement: An internal firewall rule logs denied traffic that network operators cannot explain. It does not directly establish path evidence confirms forced routing.

That verification addresses the different requirement: A hub must inspect outbound traffic from many spokes and restrict destinations by policy. It does not directly establish path evidence confirms forced routing.

This is a test for A non-HTTP TCP application needs regional private load distribution among backend VMs. The requirement here is instead demonstrated by inspect effective routes and observe flow through the appliance.