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Blob SAS timing controls delegated storage access. It has no effect on VNet gateway path selection for on-premises routing.

Password reset settings are part of identity recovery and do not expose the hub gateway to a spoke's routing table.

Cost tags classify resources but cannot enable peering gateway transit or inherited routing.

Container Registry hosts application images and does not override VNet route selection for VM subnet traffic.

Group licensing assigns user product entitlements, not network forwarding behavior. It cannot select an IP next hop.

Blob lifecycle rules control storage data retention/tiering and have no role in sending VM packets through a firewall.

Dynamic assignment is not an appropriate promise of a fixed address for a partner allowlist. Address changes can break an external firewall rule.

Private DNS resolves internal names and does not allocate a public-routable IPv4 address to the VM. It cannot satisfy a partner's internet source allowlist.

Disk snapshots capture data state, not internet address reservations. They have no effect on public IPv4 allocation.

Connection monitor tests end-to-end reachability, but it is not a storage-key rotation feature and does not specifically identify a chosen next-hop route.

File snapshots preserve data and cannot show a VM's effective routing decision. They are unrelated to packet forwarding.

Entra group licensing does not influence virtual network routes. It cannot diagnose a destination next hop.

Blob tier pricing affects data cost, not a VM's network flow after joining another subnet. It cannot explain packet filtering.

License pools grant Microsoft service access to users, not TCP reachability for a VM attached to a different subnet.

A file-share snapshot records historical data and does not determine the NIC's effective network rules or routes.

Blob archive tier affects offline data retrieval and cannot filter TCP connections to VMs. It is a storage setting.

Backup vaults protect recovery points rather than traffic admission. A backed-up VM can still receive unauthorized network connections.

Policy can audit or require network settings, but an initiative alone does not act as a packet-filtering rule for current traffic.

Azure NSGs process rules by priority with lower numeric values evaluated first. A priority-200 allow cannot override an earlier matching deny.

Conflicting rules do not cancel into an unrestricted bypass. Azure evaluates an ordered policy rather than combining actions mathematically.

Rule names aid administrators but do not define evaluation order. Priority, direction, protocol, address and port predicates determine the outcome.

Resource locks protect against certain management changes, not network packet classification by application tier. They do not replace NSG selectors.

Share snapshots capture files for recovery and cannot identify VM groups in firewall rules.

Managed identities do not expose reusable passwords for grouping NICs. Identity-based authentication and network-layer packet filtering are separate concerns.

Allowing arbitrary Internet sources to the probe port exposes the backend service unnecessarily. Limit the exception to Azure Load Balancer probe sources and the configured destination port, not the full Internet service tag.

A public IP address is not required for Azure Load Balancer backend health probes and does not bypass subnet or NIC NSG policy. Restore the permitted health-probe flow instead of widening VM exposure.

Probe packets arrive inbound at the backend. An outbound-only allow does not override an earlier matching inbound deny; an inbound rule with sufficient precedence and the correct probe source is needed.

A service endpoint enhances a VNet subnet's identity for supported Azure services but does not provide a private IP address for the service itself. It is distinct from Private Link.

Exposing a public IP conflicts with disabled public network access. Opening an NSG rule does not create a supported private PaaS endpoint.

Policy exemptions govern compliance applicability and are not networking endpoints. They do not provide a private IP for service data traffic.

Service endpoints do not by themselves create the private IP interface that a Private Link endpoint supplies. The storage service continues to be addressed using its service endpoint architecture.

Network configuration and account-key rotation are separate security controls. Enabling a service endpoint does not inherently revoke Shared Key credentials.

A service endpoint is unrelated to VNet peering transitivity. Connecting two VNets through a hub needs explicit routing design.