Pass Your Microsoft AZ-700 Exam Easy!

Private endpoint reachability is a private networking concern; another VNet cannot use an unreachable endpoint by permission alone.

This plan leaves out a required action: Create an Azure private endpoint for the required storage subresource and configure private name resolution. The remaining action alone does not satisfy the situation.

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

Updating the local network gateway public endpoint and confirming the advertised prefixes and IKE peer configuration would not update and verify the on-premises prefix advertisement or static address ranges and ensure the return route exists.

Here, established tunnels do not automatically carry reachability for prefixes that were never configured or advertised.

Evaluating Azure Extended Network support, compatibility, and a tested migration topology would not update and verify the on-premises prefix advertisement or static address ranges and ensure the return route exists.

BFD can signal forwarding failures faster than waiting solely on ordinary BGP timers.

Private transport and cryptographic confidentiality are separate assurances.

This plan leaves out a required action: Evaluate supported encryption overlays or MACsec options according to the threat model and physical circuit capabilities. The remaining action alone does not satisfy the situation.

This plan leaves out a required action: Configure the custom resolver to forward the relevant private namespace through a supported Azure resolution path. The remaining action alone does not satisfy the situation.

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

Custom DNS server selection can bypass Azure private-zone resolution unless the namespace is explicitly forwarded.

Virtual hub routing is governed by hub-specific tables and propagation, not implicit transitivity in every design.

This plan leaves out a required action: Inspect Virtual WAN route-table associations and route propagation settings for each connection. The remaining action alone does not satisfy the situation.

VPN tunnel encryption does not itself provide application-layer threat inspection across transit paths.

Verifying the circuit's reach and eligible VNet connection limits would not resolve duplicate advertisements or redesign site IP space.

Running a staged routing cutover with application session tests and a documented rollback and convergence window would not resolve duplicate advertisements or redesign site IP space.

For this finding, private peering cannot reliably identify the intended location when separate sites publish the same prefix.

Using Network Watcher IP flow verify with the precise source, destination, protocol, and ports would not remove broad inbound management exposure and use Bastion or a tightly controlled trusted administrative path.

Here, wide-open management ports increase the attack surface independently of the VM's login credentials.

Using supported virtual network flow logs and targeted query or analysis to correlate observed denied flows with effective policy would not remove broad inbound management exposure and use Bastion or a tightly controlled trusted administrative path.

For this finding, azure resource-group placement is administrative and does not establish network transit.

Mapping effective routes to Virtual WAN hub tables, connection associations, and policy would not verify supported inter-hub connectivity and Virtual WAN association rather than relying on shared resource-group membership.

For this question, azure resource-group placement is administrative and does not establish network transit.

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

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.

Observed flow data supports restricting exposure while preserving the identified business traffic.

This plan leaves out a required action: Validate required service-specific routing exceptions and forced-tunnel support before applying the default-route policy broadly. The remaining action alone does not satisfy the situation.

Forced tunneling must account for platform control paths and documented service exceptions, not just user traffic.

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

VNet peering can directly connect eligible VNets without adding a VPN tunnel and its operational complexity.

This plan leaves out a required action: Use VNet peering with verified permissions and nonoverlapping ranges when private Microsoft backbone connectivity meets the requirement. The remaining action alone does not satisfy the situation.

Overlapping address ranges are incompatible with reliable direct peering across the endpoints.