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

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.

Resilient tunnel provisioning also requires correctly converging bidirectional routes after a failure.

This plan leaves out a required action: Create a virtual hub and deploy the necessary supported gateway and VNet connections for the intended sites. The remaining action alone does not satisfy the situation.

Hub placement affects branch latency and region failure exposure even when a global WAN resource exists.

The Virtual WAN resource is a management container; traffic requires configured hub services and connections.

Private Link provides the private address required for a design that eliminates public service reachability.

DNS and routing determine the practical connection path; merely enabling both endpoint models does not enforce preference.

This plan leaves out a required action: Use a private endpoint with service-supported public network restrictions and the matching private DNS integration. The remaining action alone does not satisfy the situation.

Applying supported service endpoint policies with the required resource restrictions and verifying the service's compatibility would not retain appropriate NSG and routing controls because service endpoints do not replace general outbound network security.

Here, service endpoints optimize access to supported services; they do not inherently block unrelated destinations.

For this question, service endpoints optimize access to supported services; they do not inherently block unrelated destinations.

This plan leaves out a required action: Create separate private endpoints and matching private DNS records for each required supported storage subresource. The remaining action alone does not satisfy the situation.

Stale private DNS records can keep clients on an invalid address after a private endpoint replacement.

Private endpoint connections are often scoped to specific service subresources rather than all endpoints in the resource.

Forwarding behavior depends on ruleset links and matching rules, not merely creation of an outbound endpoint.

Resolver endpoint types have distinct subnet requirements and cannot be combined arbitrarily.

This plan leaves out a required action: Link the DNS forwarding ruleset to the intended client VNet and verify suffix matching and target reachability. The remaining action alone does not satisfy the situation.

Here, network volumetric mitigation metrics do not replace inspection of web request paths, headers, and attack signatures.

Examining virtual network flow logs and appropriate filtering or analytics to identify observed denied communication patterns would not meet the need for application-layer WAF and application access logs for HTTP-specific analysis alongside network DDoS evidence.

Using Defender for Cloud attack path evidence and exposure context to sequence mitigations for reachable critical assets would not meet the need for application-layer WAF and application access logs for HTTP-specific analysis alongside network DDoS evidence.

Account for Azure-reserved subnet addresses and resize the subnet to provide enough usable IPs would not move or deallocate affected resources and validate subnet resize constraints.

For this finding, subnet modifications must preserve assigned addresses and satisfy Azure allocation and service constraints.

Reserve a dedicated address segment or enforce capacity limits for planned private endpoints would not move or deallocate affected resources and validate subnet resize constraints.

This plan leaves out a required action: Apply Azure Virtual Network Manager connectivity configurations with well-defined network groups and rollout scope. The remaining action alone does not satisfy the situation.

Azure Route Server exchanges route information; it is not itself a traffic-inspection appliance.

Central network grouping can standardize supported connectivity patterns instead of relying on separate manual peer edits.

This plan leaves out a required action: Associate the NSG at the proper network scope and verify effective rules on representative workload interfaces. The remaining action alone does not satisfy the situation.

Unassociated NSG resources cannot evaluate or filter the intended traffic.

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

Here, a DNS traffic manager does not terminate HTTP/TLS connections or inspect request payloads.

For this finding, a DNS traffic manager does not terminate HTTP/TLS connections or inspect request payloads.

For this question, a DNS traffic manager does not terminate HTTP/TLS connections or inspect request payloads.