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For this finding, a private endpoint gives a supported PaaS resource a reachable private IP within the consumer network.

For this question, a private endpoint gives a supported PaaS resource a reachable private IP within the consumer network.

Here, a private endpoint gives a supported PaaS resource a reachable private IP within the consumer network.

Two actions meet their requirements, but action 1 misses this need: the local network gateway records the remote site's connection identity; an obsolete endpoint blocks tunnel negotiation.

Two actions meet their requirements, but action 2 misses this need: established tunnels do not automatically carry reachability for prefixes that were never configured or advertised.

Two actions meet their requirements, but action 3 misses this need: extended network migration has platform and operational constraints distinct from conventional routed VPN connectivity.

For this finding, advertised routes influence actual Azure egress choices when the gateway accepts those prefixes.

Evaluating Bidirectional Forwarding Detection where supported to accelerate detection of affected ExpressRoute routing paths would not review the BGP advertisements and forced-tunnel policy for the circuit and use intended prefix filters.

Selecting the correct ExpressRoute circuit SKU or add supported regional circuits based on the target geopolitical reach would not review the BGP advertisements and forced-tunnel policy for the circuit and use intended prefix filters.

For this question, the forwarding target must be reachable and current after endpoint changes; old private resolver IPs are not aliases.

Here, the forwarding target must be reachable and current after endpoint changes; old private resolver IPs are not aliases.

For this finding, the forwarding target must be reachable and current after endpoint changes; old private resolver IPs are not aliases.

Reviewing available secured virtual hub, firewall and routing-intent configurations for the target traffic flows would not meet the need for a supported Virtual WAN hub NVA integration model and validate partner appliance prerequisites.

Here, managed virtual hub architectures restrict how third-party network security appliances are integrated.

Selecting suitable VPN gateway scale units using aggregate bandwidth and supported connection limits would not meet the need for a supported Virtual WAN hub NVA integration model and validate partner appliance prerequisites.

Private peering cannot reliably identify the intended location when separate sites publish the same prefix.

Routing transitions can briefly affect active flows even when the destination circuit is provisioned correctly.

This plan leaves out a required action: Resolve duplicate advertisements or redesign site IP space before connecting both sites to the ExpressRoute environment. The remaining action alone does not satisfy the situation.

Here, historical flow records provide activity evidence that current configuration alone may not retain.

For this finding, historical flow records provide activity evidence that current configuration alone may not retain.

For this question, historical flow records provide activity evidence that current configuration alone may not retain.

Azure resource-group placement is administrative and does not establish network transit.

This plan leaves out a required action: Map effective routes to Virtual WAN hub tables, connection associations, and policy before performing a staged migration. The remaining action alone does not satisfy the situation.

Virtual WAN does not have the same per-spoke hub routing implementation as a custom VNet hub.

This plan leaves out a required action: Align the documented DNS proxy and resolver settings and validate consistent destination resolution. The remaining action alone does not satisfy the situation.

FQDN filtering is unreliable when DNS answers differ between the enforcing firewall and clients.

Address translation alone does not ensure symmetric reachability to and from a backend application.

For this question, sending packets to an NVA does not make it a router unless forwarding is configured and supported.

For this finding, sending packets to an NVA does not make it a router unless forwarding is configured and supported.

Here, sending packets to an NVA does not make it a router unless forwarding is configured and supported.

Two actions meet their requirements, but action 3 misses this need: overlapping address ranges are incompatible with reliable direct peering across the endpoints.

Two actions meet their requirements, but action 2 misses this need: peering relationships are not automatically transitive across another VNet.

Two actions meet their requirements, but action 1 misses this need: ordinary peering does not automatically permit a spoke to consume a hub's virtual network gateway.