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| Vendor: | Microsoft |
|---|---|
| Exam Code: | SC-200 |
| Exam Name: | Microsoft Security Operations Analyst |
| Exam Questions: | 391 |
| Last Updated: | August 25, 2026 |
| Related Certifications: | Microsoft Azure |
| Exam Tags: | Associate Azure Security Operations Analyst |
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You have 500 on-premises Windows 11 devices that use Microsoft Defender for Endpoint
You enable Network device discovery.
You need to create a hunting query that will identify discovered network devices and return the identity of the onboarded device that discovered each network device.
Which built-in function should you use?
In Microsoft Defender for Endpoint advanced hunting, when Network device discovery is enabled, onboarded devices can detect other devices on the same network. To build a hunting query that identifies discovered network devices and shows which onboarded device discovered each, you use the SeenBy() built-in function.
Microsoft's official Defender XDR KQL function documentation explains:
''The SeenBy() function returns the list of devices that have observed the entity (for example, IP address, URL, or network device). This function is typically used to correlate discovered devices with the onboarded devices that detected them.''
For example, you can write:
DeviceNetworkInfo
| where NetworkDeviceRole == 'Discovered'
| extend DiscoveringDevice = SeenBy()
This function effectively maps the discovered asset to the detecting (onboarded) device.
Other options are not applicable:
current_cluster,endpoint() --- not a valid Defender hunting function.
DeviceFromIP() --- resolves IP addresses to onboarded devices but does not show which device discovered another.
next() --- a general KQL operator for sequencing data, not for correlating network discovery events.
Therefore, to identify discovered network devices and the discovering endpoints, the correct built-in function is SeenBy().
You plan to review Microsoft Defender for Cloud alerts by using a third-party security information and event management (SIEM) solution.
You need to locate alerts that indicate the use of the Privilege Escalation MITRE ATT&CK tactic.
Which JSON key should you search?
Defender for Cloud alerts include a kill chain intent field that maps to MITRE ATT&CK tactics (for example, PrivilegeEscalation, Persistence, CredentialAccess). In the alert JSON this is exposed as intent; searching that key lets you filter for alerts where the tactic is Privilege Escalation.
You have an on-premises virtual machine named VM1 that runs Windows Server. You have a Microsoft Sentinel workspace named Workspacel. You install the Azure Connected Machine agent on VM1. You need to collect events from VM1 and send the events to Workspacel. Which two actions should you perform? Each correct answer presents part of the solution. NOTE: Each correct answer is worth one point.
You have a Microsoft 365 E5 subscription that uses Microsoft Defender XDR.
You have a custom detection rule named Rule1 that generates an alert if more than five antivirus detections are identified on a device. Rule1 has a loopback period of 12 hours.
You need to change the loopback period to 48 hours.
What should you modify for Rule1?
XDR Custom Detection Rules Documentation):
In Microsoft Defender XDR, custom detection rules are scheduled KQL queries that evaluate telemetry on a recurring schedule, using a lookback (loopback) period to determine how much historical data to analyze during each run.
The loopback period determines the time window over which data is evaluated (e.g., 12 hours, 48 hours). To change this period, administrators modify the rule's schedule configuration --- specifically the frequency or recurrence settings in the custom detection rule editor. The KQL query (including summarize or where operators) defines the logic but not the temporal scope of data evaluation.
Therefore, extending the loopback from 12 hours to 48 hours requires adjusting the frequency (schedule) configuration of the rule, not the query itself.
Correct Answe r: A. the frequency
You have a Microsoft 365 subscription that uses Microsoft Copilot for Security.
You create a promptbook named Book1.
For Book1, you need to create a prompt that contains an input named IncidentID.
How should you format IncidentID?
In Copilot for Security promptbooks, inputs are referenced as placeholders wrapped in angle brackets (for example, <SENTINEL_INCIDENT_ID>). To define an input named IncidentID in a prompt, format it as <IncidentID>.
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