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A service endpoint does not create a private endpoint IP. To eliminate public ingress, the service needs a supported private endpoint and private DNS path.

Private endpoints target the actual resource provider and subresource. An Azure SQL-specific endpoint cannot privately expose an unrelated PaaS service.

Azure resource tags and application security group membership are separate constructs. Tags cannot substitute for joining an ASG. This matters here because an administrator wants to reduce public attack surface for PaaS while permitting clients from one private VNet.….

Private Link can expose SQL services over private IP. Public firewall IP allowlists are not identical to private-only exposure. This matters here because public network access is disabled but a private endpoint request still shows Pending approval.

ASGs group supported NIC configurations for use as security rule source or destination. Membership changes avoid editing IP lists. This matters here because public network access is disabled but a private endpoint request still shows Pending approval.

Private endpoint access depends on name resolution to the private address. Connection approval does not create correct DNS in every client network. This matters here because public network access is disabled but a private endpoint request still shows Pending approval.

CNAME aliases one DNS name to another, letting the target's addresses change without rewriting the original alias. This matters here because a CNAME is present but the platform rejects hostname verification.

An ordinary CNAME cannot coexist at a DNS name with other data records such as required apex SOA/NS. This matters here because a CNAME is present but the platform rejects hostname verification.

Private DNS resolution follows VNet links and supported forwarding paths. VNet peering alone does not automatically create a zone link. This matters here because a CNAME is present but the platform rejects hostname verification.

Guest network leases can retain prior DNS server information. Updating VNet settings may not immediately update every running guest. This matters here because a load balancer must direct traffic only to VM instances that belong to the same configured backend pool. What….

A CNAME can target the app's azurewebsites.net hostname, while App Service requires an explicit custom-hostname binding. This matters here because a load balancer must direct traffic only to VM instances that belong to the same configured backend pool. What….

A load-balancing rule only selects eligible members of its configured pool. Validate NIC/IP backend-pool association and probe status; unrelated NAT port mappings do not enroll the VM.

Azure Load Balancer rules match protocol and frontend port to a backend port and pool. A probe does not by itself define port mapping. This matters here because an added VM is healthy but receives no load-balancer traffic. What configuration should be inspected.

Resolvers can cache DNS results for their configured lifetime. A successful zone update is not instantly visible to every client. This matters here because an added VM is healthy but receives no load-balancer traffic. What configuration should be inspected.

Health alone cannot route traffic to a VM that is not a member of the load-balancer backend pool. Inspect the specific NIC/IP configuration assignment and rule/probe combination before changing capacity.

Public Azure DNS zones provide authoritative records; registrar delegation makes Internet resolvers query those servers. This matters here because a DNS administrator must verify whether an Azure VM's current resolver is using stale answers. Which investigation helps.

Private DNS resolution follows VNet links and supported forwarding paths. VNet peering alone does not automatically create a zone link. This matters here because a DNS administrator must verify whether an Azure VM's current resolver is using stale answers. Which investigation helps.

Front-end existence does not imply healthy destinations. The pool, probe and rules jointly determine effective delivery. This matters here because a DNS administrator must verify whether an Azure VM's current resolver is using stale answers. Which investigation helps.

Alert processing rules can suppress notifications or apply action groups for matching alerts while preserving alert definitions. This matters here because a cloud operations team must detect failures in a Recovery Services vault's backup jobs. What monitoring system fits.

Monthly cost data cannot indicate whether specific Recovery Services backup jobs failed. Monitor backup job status and vault-specific alerts directly.

A healthy guest application does not guarantee the network path is open. Monitoring spans source, route and endpoint filtering. This matters here because a cloud operations team must detect failures in a Recovery Services vault's backup jobs. What monitoring system fits.

Sort direction controls ordering; ascending displays small values first. DESC is required for most-frequent-first output. This matters here because a backup alert is received but the job succeeded after a retry.

Log search alerts evaluate returned query data on configured schedules. Metric alerts target numeric metric signals. This matters here because a backup alert is received but the job succeeded after a retry.

Notification delivery is not the source of truth for backup job outcomes. Review the vault's job history, retries and current protection state before tuning alert noise.

Workbooks combine Azure Monitor data into reusable interactive views. They do not by themselves apply resource configuration changes. This matters here because a developer wants a simple dashboard grouping Resource Health statuses for several VMs. What Azure Monitor construct….

Service Health reports subscription-affecting incidents, planned maintenance and advisories. It is distinct from one VM's guest application monitoring. This matters here because a developer wants a simple dashboard grouping Resource Health statuses for several VMs. What Azure Monitor construct….

KQL provides filtering, aggregation and joins over telemetry such as Heartbeat or event records. It is separate from Azure Resource Graph queries. This matters here because a developer wants a simple dashboard grouping Resource Health statuses for several VMs. What Azure Monitor construct….

A workbook queries selected scopes under viewer permissions. Incorrect parameters or insufficient access can hide available telemetry. This matters here because a workbook shows resources as healthy even after a region move changed their IDs.

Platform availability does not prove an application responds correctly. Resource Health is one signal among several. This matters here because a workbook shows resources as healthy even after a region move changed their IDs.

Activity Log records Azure control-plane events and caller information. It differs from detailed process logs inside the guest OS. This matters here because a workbook shows resources as healthy even after a region move changed their IDs.

Agent installation alone does not specify every log source or destination. DCR rules determine collected data. This matters here because an operations manager wants a notification when Azure costs exceed a configured budget threshold. Which monitoring….

Azure alerts can fire and resolve based on state. Escalation may require integration with ITSM or Logic Apps rather than the metric rule alone. This matters here because an operations manager wants a notification when Azure costs exceed a configured budget threshold. Which monitoring….

Cost Management budget alerts evaluate accumulated expenditure, not compute performance. Configure the relevant budget and recipient thresholds for the billing scope.