Microsoft Defender SmartScreen writes its notification and warning events to the Microsoft-Windows- SmartScreen/Debug event log, which is hidden by default in Event Viewer along with all other Analytic and Debug logs. An administrator must open Event Viewer, select View > Show Analytic and Debug Logs to reveal the hidden log category, and then explicitly enable that Debug log so the SmartScreen prompt events shown to users are actually captured and retained for later review; without enabling it, the events are generated in memory but not persisted or visible. Running WinRM quickconfig only configures the Windows Remote Management listener and has no relationship to SmartScreen logging. Modifying the Advanced Audit Policy Configuration settings governs security auditing categories such as logon events and object access, not SmartScreen ' s own debug telemetry. Configuring Virus & threat protection settings in the Windows Security app manages antivirus and ransomware protection features, not SmartScreen event logging. Therefore, enabling the Debug log in Event Viewer is the correct action.

Onboarding Server1 to Microsoft Defender for Endpoint enables endpoint detection and response telemetry, threat protection, and security recommendations for that specific device, but Defender for Endpoint is a separate security product from Microsoft Sentinel and does not configure Server1 as a log source for the Windows Firewall data connector. Onboarding to Defender for Endpoint installs its own sensor and forwards its own telemetry to the Microsoft 365 Defender portal and, when connected, to Sentinel through the Defender for Endpoint connector, but it does not deploy the Azure Monitor Agent or the data collection rule that the Windows Firewall connector specifically depends on to collect Windows Firewall event log entries from Server1. Because these are two independent data pipelines with different underlying agents and different data collection rules, onboarding Server1 to Defender for Endpoint has no effect on whether Windows Firewall logs specifically reach Sentinel through the Windows Firewall connector, so this solution does not meet the stated goal.

Explanation:

Weekend capacity: Configure a recurring autoscale profile. Business-day demand spikes: Configure a metric scale-out rule.
A recurring autoscale profile lets an administrator define a specific instance-count schedule tied to particular days of the week and times, such as reducing vmssWeb to exactly two instances starting every Saturday and Sunday at 7:00 AM, and because the schedule is recurring, it repeats automatically every week with zero ongoing manual intervention once configured, directly matching both the weekend-capacity and minimize- manual-intervention requirements; a fixed-date autoscale profile only fires once on specific calendar dates and would need to be manually recreated every week, and manually scaling or resizing instances would require administrator action every weekend, violating the minimize-effort requirement. Because the marketing department ' s business-day launches cause processor demand that is described as unpredictable rather than following any fixed daily schedule, a time-based schedule cannot anticipate when the spikes occur; a metric- based scale-out rule instead continuously monitors an actual performance metric, such as average CPU percentage across the scale set ' s instances, and automatically adds instances whenever that metric crosses a defined threshold, reacting dynamically to real load regardless of when it occurs and again requiring no manual intervention once configured. A manual scale increase would require an administrator to notice the spike and intervene, and resizing existing instances changes each VM ' s size/SKU rather than adding more instances to absorb additional concurrent load.

When an application extends the on-premises AD DS schema by adding new custom attributes after Microsoft Entra Connect has already been installed and configured, the sync engine ' s local, cached copy of the AD schema (used to populate the attribute-selection lists for sync rules and attribute mappings) does not automatically become aware of the newly added attributes. Microsoft Entra Connect provides a " Refresh directory schema " task, run from the Microsoft Entra Connect wizard, specifically to re-read the current AD DS schema and update the sync engine ' s local metadata so that the newly introduced custom attributes become visible and selectable for synchronization rules and attribute-flow configuration. Only after this refresh has completed can an administrator configure a rule (via directory extension attribute sync, or a custom sync rule) that actually flows the new attributes to Microsoft Entra ID, at which point they would finally be queryable from Azure Cloud Shell (for example, via Microsoft Graph). " Configure device options " pertains to device registration/writeback settings, not attribute sync. " Customize synchronization options " is used to reconfigure existing sync features (such as enabling or changing which optional features are active) and, without a preceding schema refresh, still would not expose attributes the sync engine ' s cached schema doesn ' t yet know about. " Manage federation " configures AD FS/federation trust settings and is unrelated to attribute synchronization. Therefore, the first task to perform is to refresh the directory schema.

The Validate-Dcb cmdlet is specifically designed to verify that Data Center Bridging (DCB) and RDMA- related network settings are correctly and consistently configured on a server that uses converged, teamed adapters such as a Switch Embedded Teaming (SET) team -- a common configuration for Storage Spaces Direct and other RDMA-dependent failover cluster scenarios. It checks settings such as the DCBX willing mode, priority flow control (PFC), enhanced transmission selection (ETS)/QoS, and RDMA-related network adapter properties across the physical adapters underneath the SET team, and reports misconfigurations that would otherwise cause RDMA traffic to silently fall back to TCP or fail, degrading cluster storage performance. Server Manager provides general role/feature installation and basic server management but has no dedicated capability to validate DCB/RDMA network configuration. The Get-NetAdapter cmdlet returns basic adapter state and properties (link speed, status) but does not validate DCB policies, RDMA capability negotiation, or PFC/ETS settings. Failover Cluster Manager ' s Validate a Configuration wizard runs general cluster validation tests (storage, networking, and so on) but does not perform the specialized DCB/RDMA validation that Validate-Dcb provides, and would normally be run only after the underlying RDMA networking has already been confirmed healthy. Because the requirement is specifically to verify RDMA and DCB-related settings on SET-teamed Hyper-V hosts before clustering, the appropriate tool is the Validate- Dcb cmdlet.