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Microsoft SC-200 Exam is aimed at security professionals who want to enhance their skills and knowledge in the security operations domain. SC-200 exam measures the candidate's ability to perform tasks such as analyzing security data, detecting and responding to security incidents, and implementing security controls. Microsoft Security Operations Analyst certification is ideal for individuals who work in roles such as security analyst, incident responder, or SOC analyst. Microsoft Security Operations Analyst certification also helps professionals to stand out in a competitive job market and opens up new career opportunities.
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Microsoft SC-200 (Microsoft Security Operations Analyst) certification exam is designed to test the skills and knowledge required to implement, manage, and monitor security and compliance solutions in Microsoft Azure and Microsoft 365. Microsoft Security Operations Analyst certification is ideal for security professionals who work with Microsoft security technologies and want to enhance their expertise in the field. SC-200 Exam focuses on various security-related topics, including security operations management, threat protection, identity and access management, and governance and compliance management.
NEW QUESTION # 191
You need to implement Microsoft Defender for Cloud to meet the Microsoft Defender for Cloud requirements and the business requirements. What should you include in the solution? To answer, select the appropriate options in the answer area. NOTE: Each correct selection is worth one point.
Answer:
Explanation:
Explanation:
NEW QUESTION # 192
You have a Microsoft 365 E5 subscription that uses Microsoft Defender XDR.
The security team at your company detects command and control (C2) agent traffic on the network. Agents communicate once every 50 hours.
You need to create a Microsoft Defender XDR custom detection rule that will identify compromised devices and establish a pattern of communication. The solution must meet the following requirements:
* Identify all the devices that have communicated during the past 14 days.
* Minimize how long it takes to identify the devices.
To what should you set the detection frequency for the rule?
Answer: B
Explanation:
When creating custom detection rules in Microsoft Defender XDR (formerly Microsoft 365 Defender) , the detection frequency determines how often the rule runs to evaluate the specified KQL query against the dataset.
In this scenario, the objective is to detect command and control (C2) agent traffic that communicates once every 50 hours (approximately every 2 days) , while still covering the past 14 days of device telemetry. The requirements emphasize:
* Identifying all devices that have communicated in the past 14 days , and
* Minimizing detection latency (how quickly compromised devices are identified), while balancing query efficiency and cost .
Anal ysis of Options Option
Frequency
Evaluation
A). Every 3 hours
Too frequent for agents that beacon every ~50 hours. Creates unnecessary computation and no added detection benefit.
B). Every 24 hours
Optimal. Ensures daily evaluation, aligning with Defender XDR's typical log ingestion latency and well within the 50-hour communication window. Provides timely identification without resource waste.
C). Every hour
Excessively frequent; consumes unnecessary compute resources and does not improve detection effectiveness because C2 traffic occurs only once every 50 hours.
D). Every 12 hours
Slightly faster than daily but still redundant given the 50-hour beacon interval. Adds cost without significantly reducing time to detection.
Microsoft Official Guidance Microsoft's Defender XDR documentation states:
"For rules that identify infrequent or periodic activities, such as command-and-control communications or rare logon patterns, set the detection frequency based on the expected activity interval to minimize cost and optimize performance. For daily or multi-day behaviors, a frequency of 24 hours is recommended." Because the C2 agents communicate every 50 hours, a 24-hour detection frequency ensures the query executes often enough to detect compromised devices promptly while avoiding redundant runs or excess processing overhead.
# Final Answer: B. Every 24 hours
NEW QUESTION # 193
You have an Azure subscription that contains 100 Linux virtual machines.
You need to configure Microsoft Sentinel to collect event logs from the virtual machines.
Which three actions should you perform in sequence? To answer, move the appropriate actions from the list of actions to the answer area and arrange them in the correct order.
Answer:
Explanation:
Explanation:
To collect event logs from Linux virtual machines in Microsoft Sentinel, the data ingestion path must be correctly configured through Azure Monitor (Log Analytics) and Sentinel connectors. The correct order of actions is as follows:
1## Add Microsoft Sentinel to a workspace:
Sentinel requires a Log Analytics workspace as its data foundation. You must first enable Microsoft Sentinel on a workspace by selecting Microsoft Sentinel # Add # Select workspace. This step prepares the workspace to receive and analyze security data.
2## Add a Syslog connector to the workspace:
Linux systems send event data through Syslog. You must enable the Syslog connector within the Sentinel workspace. The connector defines which Syslog facilities and severities should be collected and ingested into Sentinel. It acts as the integration bridge between the Linux hosts and Sentinel's analytics engine.
3## Install the Log Analytics agent for Linux on the virtual machines:
To forward the logs, each Linux virtual machine needs the Log Analytics agent (OMS agent). This agent collects the configured Syslog and performance data and sends it to the connected Log Analytics workspace.
This sequence ensures proper setup for Linux log ingestion: Sentinel is first activated, then the Syslog data source is configured, and finally, agents are deployed to gather and transmit the logs.
NEW QUESTION # 194
You manage the security posture of an Azure subscription that contains two virtual machines name vm1 and vm2.
The secure score in Azure Security Center is shown in the Security Center exhibit. (Click the Security Center tab.)
Azure Policy assignments are configured as shown in the Policies exhibit. (Click the Policies tab.)
For each of the following statements, select Yes if the statement is true. Otherwise, select No.
NOTE: Each correct selection is worth one point.
Answer:
Explanation:
Explanation:
Statements
Answer
Both virtual machines have inbound rules that allow access from either Any or Internet ranges.
Yes
Both virtual machines have management ports exposed directly to the internet.
Yes
If you enable just-in-time network access controls on all virtual machines, you will increase the secure score by four points.
Yes
In the Microsoft Defender for Cloud (Azure Security Center) screenshot, the Secure Score report shows several active security recommendations, including:
* " Restrict unauthorized network access " with a potential score increase of +9% (4 points) for 2 of 2 resources .
* " Secure management ports " with a potential score increase of +9% (4 points) for 1 of 2 resources .
These cont rols correspond to Defender for Cloud recommendations related to network security and exposure of management ports (RDP/SSH) . The fact that both controls show "2 of 2 resources" or "1 of 2 resources" as unhealthy means both virtual machines currently have NSG or firewall rules that allow inbound access from "Any" or "Internet ranges," indicating open ports and insecure configurations.
According to Microsoft documentation ("Improve your Secure Score in Microsoft Defender for Cloud"), enabling Just-In-Time (J IT) VM access mitigates these findings by restricting inbound RDP/SSH access to approved users for limited time windows, thereby increasing the Secure Score. Each remediated recommendation increases the Secure Score by the number of points shown in the "Po tential score increase" column (4 points in this case).
Because Azure Policy shows no assigned or conflicting policies , compliance enforcement is not yet active, confirming that the current exposure is due to lack of configuration rather than policy overri de.
Therefore:
* The two VMs have inbound Internet-accessible rules # Yes .
* They have management ports exposed # Yes .
* Enabling JIT network access would fix both recommendations, improving the Secure Score by 4 points
# Yes .
NEW QUESTION # 195
Note: This question is part of a series of questions that present the same scenario. Each question in the series contains a unique solution that might meet the stated goals. Some question sets might have more than one correct solution, while others might not have a correct solution.
After you answer a question in this section, you will NOT be able to return to it. As a result, these questions will not appear in the review screen.
You are configuring Azure Sentinel.
You need to create an incident in Azure Sentinel when a sign-in to an Azure virtual machine from a malicious IP address is detected.
Solution: You create a livestream from a query.
Does this meet the goal?
Answer: B
Explanation:
A livestream in Microsoft Sentinel is used for real-time query monitoring, allowing analysts to see new events that match a query as they occur. However, a livestream does not create alerts or incidents automatically.
To generate an incident when a specific condition (like a sign-in from a malicious IP address) occurs, you must create a scheduled analytics rule that runs a KQL query on a defined interval (e.g., every 5 or 10 minutes) and triggers an alert when matches are found.
Microsoft documentation clarifies:
"Livestream is an analyst tool for hunting in real time. It does not generate alerts or incidents. To generate incidents automatically, create an analytics rule using a scheduled query." Therefore, creating a livestream does not meet the requirement to automatically create incidents.
# Correct answer: B. No
NEW QUESTION # 196
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