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This plan leaves out a required action: Compare measured throughput and tunnel use with gateway SKU limits and scale to a supported capacity tier. The remaining action alone does not satisfy the situation.

Dynamic route capability is tied to supported gateway configurations and cannot be assumed from connectivity alone.

Throughput exhaustion requires gateway sizing review rather than a blanket NSG policy change.

For this finding, virtual WAN centralizes supported branch and VNet transit in managed hubs rather than scaling manual peering meshes.

For this question, virtual WAN centralizes supported branch and VNet transit in managed hubs rather than scaling manual peering meshes.

Here, virtual WAN centralizes supported branch and VNet transit in managed hubs rather than scaling manual peering meshes.

For this finding, service endpoints can be simpler when subnet identity is sufficient and the public service endpoint model is acceptable.

Testing actual FQDN answers and effective routes, then select the intended access method explicitly would not meet the need for service endpoints and service-side virtual network rules after validating compatibility.

Using a private endpoint with service-supported public network restrictions and the matching private DNS integration would not meet the need for service endpoints and service-side virtual network rules after validating compatibility.

Service endpoint policies are not universal egress firewalls for every Azure service.

This plan leaves out a required action: Check which Azure services support service endpoint policies and use alternative enforcement where unsupported. The remaining action alone does not satisfy the situation.

Authorization to storage data and network-origin restrictions are independent access-control layers.

For this finding, stable service DNS names and TLS validation are safer than applications depending on one private interface address.

For this question, stable service DNS names and TLS validation are safer than applications depending on one private interface address.

Here, stable service DNS names and TLS validation are safer than applications depending on one private interface address.

For this question, resolver endpoint types have distinct subnet requirements and cannot be combined arbitrarily.

Here, resolver endpoint types have distinct subnet requirements and cannot be combined arbitrarily.

For this finding, resolver endpoint types have distinct subnet requirements and cannot be combined arbitrarily.

For this finding, security scoring is a prioritization input but does not by itself show how an attacker could traverse a live exposure.

Here, security scoring is a prioritization input but does not by itself show how an attacker could traverse a live exposure.

For this question, security scoring is a prioritization input but does not by itself show how an attacker could traverse a live exposure.

Two actions meet their requirements, but action 1 misses this need: azure reserves addresses within each subnet, so raw CIDR address count overstates usable workload capacity.

Two actions meet their requirements, but action 2 misses this need: subnet modifications must preserve assigned addresses and satisfy Azure allocation and service constraints.

Two actions meet their requirements, but action 3 misses this need: address ranges within the network design must avoid overlap so that effective routes remain unambiguous.

Two actions meet their requirements, but action 2 misses this need: central administrative security rules have distinct precedence behavior and broad scope that must be validated.

Two actions meet their requirements, but action 3 misses this need: azure Route Server exchanges route information; it is not itself a traffic-inspection appliance.

Two actions meet their requirements, but action 1 misses this need: central network grouping can standardize supported connectivity patterns instead of relying on separate manual peer edits.

Here, central policy can standardize segmentation, but group scope and precedence must be deliberately tested.

For this finding, central policy can standardize segmentation, but group scope and precedence must be deliberately tested.

For this question, central policy can standardize segmentation, but group scope and precedence must be deliberately tested.

This plan leaves out a required action: Review DNS caching and TTL behavior and design client retry expectations for Traffic Manager failover. The remaining action alone does not satisfy the situation.

Weighted DNS routing can steer new resolver answers without providing layer-7 application transformations.

DNS-based failover cannot immediately replace a connection that relies on an already cached address.