The SC-200 exam validates your ability to function as a Microsoft Security Operations Analyst, a role focused on detecting, investigating, and responding to security threats across hybrid and cloud environments. This exam tests both foundational knowledge and practical decision-making in real-world security scenarios. Whether you're advancing your Microsoft Azure security career or preparing for your first security operations role, this page provides a clear roadmap to study effectively and build confidence. The exam emphasizes hands-on competency in Microsoft Azure security tools and processes, so understanding the connections between topics is essential for success.
Use this topic map to guide your study for Microsoft SC-200 (Microsoft Security Operations Analyst) within the Microsoft Azure path.
The SC-200 exam combines multiple question types to assess both conceptual knowledge and applied reasoning. You will encounter items that test terminology and feature behavior alongside scenario-based questions that require you to make decisions in realistic security contexts.
Questions progress in difficulty and emphasize practical application, so familiarity with both the theory and the hands-on experience of Microsoft Azure security tools is critical.
An effective study plan breaks the four core topics into weekly milestones and combines passive learning with active practice. Start by mapping each topic to dedicated study weeks, then reinforce learning with scenario-based questions and hands-on labs in Microsoft Azure.
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While all four domains are tested, incident response and threat management typically account for a larger percentage of the exam. However, you cannot afford to skip any topic because they are interconnected: detection rules support incident investigation, and threat intelligence informs response decisions. A balanced study approach ensures you are prepared for the full range of scenarios.
In practice, these topics form a cycle: you manage the security operations environment to enable logging and monitoring, configure protections and detections to identify threats, manage incident response to investigate and contain issues, and manage security threats to prevent recurrence. Understanding these connections helps you answer scenario-based questions more confidently because you can reason about how one action affects downstream processes.
While the exam does not require extensive prior experience, having worked with Microsoft Azure security tools such as Microsoft Defender for Cloud, Azure Sentinel, or Azure Security Center significantly improves your ability to answer scenario-based and simulation questions. Prioritize labs that cover log analysis, alert tuning, and incident investigation workflows to build practical confidence.
Frequent errors include misunderstanding the priority of incident response actions (e.g., containment before investigation), confusing detection rule configuration with threat intelligence interpretation, and overlooking the importance of evidence preservation during incident handling. Carefully read scenario questions to identify what stage of the workflow you are addressing, and review explanations for every practice question you miss.
Focus on scenario-based and simulation-style questions rather than rereading notes. Time yourself to practice pacing, and review any topics where you scored below 80 percent on practice tests. Spend extra time on incident response and threat management scenarios, and ensure you can navigate the Microsoft Azure portal efficiently to complete configuration tasks quickly.
You have a Microsoft 365 subscription that uses Microsoft 365 Defender.
You plan to create a hunting query from Microsoft Defender.
You need to create a custom tracked query that will be used to assess the threat status of the subscription.
From the Microsoft 365 Defender portal, which page should you use to create the query?
In Microsoft 365 Defender, Advanced Hunting is the dedicated feature for creating and managing custom Kusto Query Language (KQL) queries used to proactively detect threats, investigate suspicious activity, and track ongoing risks across Microsoft 365 services (including Defender for Endpoint, Defender for Identity, Defender for Cloud Apps, and Defender for Office 365).
A custom tracked query is a saved hunting query that continuously assesses your environment's threat status over time. According to Microsoft documentation, you create, edit, and manage these queries under the ''Advanced Hunting'' page in the Microsoft 365 Defender portal. The tracked queries appear under the ''Custom detection rules'' or ''Tracked queries'' tabs within this section, depending on their purpose.
Here's how it works:
Navigate to Microsoft 365 Defender portal Hunting Advanced Hunting.
Use KQL to define your custom query that identifies specific threat patterns or anomalies.
Save it as a tracked query, allowing Microsoft 365 Defender to run it regularly and surface ongoing results in the hunting dashboard.
Other options are not correct:
Policies & rules -- used for configuration of alerting and security policies, not ad-hoc or proactive hunting.
Explorer -- provides real-time investigation of emails and threats but doesn't support custom KQL queries.
Threat analytics -- offers intelligence-driven insights and reports but doesn't allow creating custom queries.
Correct Answe r: D. Advanced Hunting
You have two Azure subscriptions that use Microsoft Defender for Cloud.
You need to ensure that specific Defender for Cloud security alerts are suppressed at the root management group level. The solution must minimize administrative effort.
What should you do in the Azure portal?
You can use alerts suppression rules to suppress false positives or other unwanted security alerts from Defender for Cloud.
Note: To create a rule directly in the Azure portal:
1. From Defender for Cloud's security alerts page:
Select the specific alert you don't want to see anymore, and from the details pane, select Take action.
Or, select the suppression rules link at the top of the page, and from the suppression rules page select Create new suppression rule:
2. In the new suppression rule pane, enter the details of your new rule.
Your rule can dismiss the alert on all resources so you don't get any alerts like this one in the future.
Your rule can dismiss the alert on specific criteria - when it relates to a specific IP address, process name, user account, Azure resource, or location.
3. Enter details of the rule.
4. Save the rule.
You have an Azure subscription that contains an Microsoft Sentinel workspace.
You need to create a playbook that will run automatically in response to an Microsoft Sentinel alert.
What should you create first?
To create a playbook in Microsoft Sentinel, you must first create an Azure Logic App. Playbooks in Sentinel are built on top of Logic Apps---they define automated workflows that can be triggered by alerts or incidents. Once the Logic App exists, you can connect it to Sentinel via an automation rule or directly from an analytic rule.
A (Azure Function trigger): Used for custom code execution, not for Sentinel automation.
C (Hunting query): Used for threat hunting, not automation.
D (Automation rule): Connects an alert to a playbook but can't exist before a playbook (Logic App) is created.
Answe r: B. an Azure Logic App
You have 500 on-premises devices.
You have a Microsoft 365 E5 subscription that uses Microsoft Defender XDR.
You onboard 100 devices to Microsoft Defender XDR.
You need to identify any unmanaged on-premises devices. The solution must ensure that only specific onboarded devices perform the discovery.
What should you do first?
Microsoft Defender XDR includes device discovery, which can identify unmanaged devices on the same network. When performing on-premises device discovery, only selected onboarded devices act as discovery sensors. To limit which devices perform discovery, you use device groups to scope the discovery sensors.
From Microsoft's Defender for Endpoint documentation:
''You can limit network discovery to specific onboarded devices by assigning those devices to a device group and enabling discovery only for that group.''
The other options are incorrect because:
A . Set Discovery mode to Basic -- Defines how discovery works, not which devices perform it.
C . Create a tag -- Useful for classification, not for discovery scoping.
D . Create an exclusion -- Excludes IP ranges or devices from scanning, not the discovery role itself.
Your company has an on-premises network that uses Microsoft Defender for Identity.
The Microsoft Secure Score for the company includes a security assessment associated with unsecure Kerberos delegation.
You need remediate the security risk.
What should you do?
To remediate the security risk associated with unsecure Kerberos delegation, you should modify the properties of the computer objects listed as exposed entities. Specifically, you should set the Kerberos delegation settings to either 'Trust this computer for delegation to any service' or 'Trust this computer for delegation to specified services only'. This will ensure that the computer is not allowed to use Kerberos delegation to access other computers on the network. Reference:https://docs.microsoft.com/en-us/windows/security/identity-protection/microsoft-defender-for-identity/configure-kerberos-delegation
