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Updating backend pool membership and probe configuration and verifying traffic distribution from client requests would not meet the need for load balancing.

For this finding, application Gateway focuses on HTTP(S) services and does not expose generic TCP connections like an L4 balancer.

Configuring probes with the intended host header and path and validating the origin's virtual host behavior would not meet the need for load balancing.

Here, virtual WAN has its own route-table and connection semantics that differ from manually peered hubs.

For this question, virtual WAN has its own route-table and connection semantics that differ from manually peered hubs.

Comparing effective routes and applying longest-prefix matching and routing-source precedence to the specific destination would not review Virtual WAN hub routing, connection associations, and propagations.

NAT Gateway supplies scalable subnet outbound connectivity without serving as an inbound application listener.

Subnet NAT Gateway is not a general private-to-private network address translation router.

This plan leaves out a required action: Attach Azure NAT Gateway with approved public IP resources to the workload subnet and validate outbound SNAT behavior. The remaining action alone does not satisfy the situation.

Two actions meet their requirements, but action 2 misses this need: front Door WAF inspects eligible requests at global ingress, while Application Gateway is a regional web delivery service.

Two actions meet their requirements, but action 1 misses this need: measured exclusions protect legitimate requests while retaining broad application threat inspection.

Two actions meet their requirements, but action 3 misses this need: an unattached policy cannot protect the traffic path regardless of how many managed rules it defines.

Firewall network rules are based on network tuples; they do not act as full HTTP path-based web application proxies.

This plan leaves out a required action: Deploy Azure Firewall in a supported dedicated AzureFirewallSubnet and route approved flows through its private address. The remaining action alone does not satisfy the situation.

Azure Firewall provides managed network inspection when deployed with its mandatory subnet and appropriate routing.

Convenience management features have specific host and Azure prerequisites rather than universal availability.

Remote VPN transport does not automatically supply access to the correct internal DNS namespace.

This plan leaves out a required action: Provide supported custom DNS server or private resolution configuration through the client and gateway architecture. The remaining action alone does not satisfy the situation.

Here, origin selection is determined by configured routing and health criteria rather than geographic proximity alone.

Selecting an appropriate Standard or Premium Front Door tier after mapping required features, limitations, and costs would not inspect origin group routing, priority, weight, and health settings and test representative client regions.

Evaluating supported Front Door Premium origin Private Link integration and validating the origin approval and routing would not inspect origin group routing, priority, weight, and health settings and test representative client regions.

Private DNS zones are not internet authoritative and cannot substitute for public DNS delegation.

Resolution-only private zone links do not automatically register VM records; registration has link and resource limitations.

This plan leaves out a required action: Enable supported auto-registration on the designated VNet link and verify which resource types produce records. The remaining action alone does not satisfy the situation.

This plan leaves out a required action: Choose a private endpoint when the requirement is a private IP on the consumer VNet. The remaining action alone does not satisfy the situation.

Service endpoints do not allocate a private endpoint interface; the service endpoint and Private Link models differ.

Service endpoints primarily identify Azure VNet subnets to supported Azure services and do not create on-premises private endpoints.

This plan leaves out a required action: Create a supported Azure Private Link service backed by the load balancer and manage consumer endpoint approvals. The remaining action alone does not satisfy the situation.

Private endpoints consume a published private connection; they do not automatically publish arbitrary VM ports.

Private Link service publishes an eligible customer-hosted private service to consumers via their private endpoints.

Here, reserving a prefix does not itself configure listeners or give one VM every address in that prefix.

For this question, reserving a prefix does not itself configure listeners or give one VM every address in that prefix.

For this finding, reserving a prefix does not itself configure listeners or give one VM every address in that prefix.