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Microsoft SC-200 Bundle

Exam Code: SC-200

Exam Name Microsoft Security Operations Analyst

Certification Provider: Microsoft

Corresponding Certification: Microsoft Certified: Security Operations Analyst Associate

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Microsoft Security Operations Analyst (SC-200) Practice Tests

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Microsoft SC-200 Practice Test 16

Question 150

The logistics company SOC needs to find underused security coverage improvements based on deployed Sentinel data, and its change advisory board asks for the technical basis of the recommended method. Which explanation identifies the most relevant capability?

  1. Different retrieval requirements justify different data tiers.
  2. SOC optimization helps prioritize configuration improvements from observed telemetry.
  3. Source-selective filtering reduces ingestion while preserving needed records.
  4. Responder includes incident management but not general content engineering rights.

Explanation

Correct Answer

B:

SOC optimization helps prioritize configuration improvements from observed telemetry.

Incorrect Answers

A:

Deciding whether a low-frequency historical dataset needs to remain in expensive hot storage does not find underused security coverage improvements based on deployed Sentinel data.

C:

Lowering unnecessary data volume from a noisy collection source without silencing all detections does not find underused security coverage improvements based on deployed Sentinel data.

D:

Letting the SOC change incident status and assignment while not creating analytic rules does not find underused security coverage improvements based on deployed Sentinel data.

Question 151

A SOC attempts to determine which detections are underused by looking only at raw ingestion bytes and has no coverage recommendation evidence. Which explanation best accounts for the specific failure?

  1. Ingestion volume alone does not provide SOC optimization recommendations
  2. Retention tier was chosen without matching query latency and historical access requirements
  3. The KQL lacks selective time and entity predicates and scans too broadly
  4. The workbook parameter is not bound to the query's time predicate

Explanation

Correct Answer

A:

Ingestion volume alone does not provide SOC optimization recommendations.

Incorrect Answers

B:

Retention tier was chosen without matching query latency and historical access requirements. Ingestion volume alone does not provide SOC optimization recommendations.

C:

The KQL lacks selective time and entity predicates and scans too broadly. Ingestion volume alone does not provide SOC optimization recommendations.

D:

The workbook parameter is not bound to the query's time predicate. Ingestion volume alone does not provide SOC optimization recommendations.

Question 152

During a controlled investigation, a Sentinel workspace has supported coverage and value signals available for optimization. Which observation most directly verifies the intended technical behavior?

  1. Historical jobs access the retained records while interactive Analytics rules query only their supported active data
  2. Its execution uses the intended bounded event set and returns the same supported detection signals with reduced scanned data
  3. The SOC optimization view identifies actionable detection or data-source recommendations rather than merely reporting gigabytes
  4. Changing TimeRange changes the query time filter and the returned graph records

Explanation

Correct Answer

C:

The SOC optimization view identifies actionable detection or data-source recommendations rather than merely reporting gigabytes.

Incorrect Answers

A:

Historical jobs access the retained records while interactive Analytics rules query only their supported active data; the SOC optimization view identifies actionable detection or data-source recommendations rather than merely reporting gigabytes.

B:

Its execution uses the intended bounded event set and returns the same supported detection signals with reduced scanned data; the SOC optimization view identifies actionable detection or data-source recommendations rather than merely reporting gigabytes.

D:

Changing TimeRange changes the query time filter and the returned graph records; the SOC optimization view identifies actionable detection or data-source recommendations rather than merely reporting gigabytes.

Question 153

A retailer needs to decide whether a low-frequency historical dataset needs to remain in expensive hot storage. Its current security configuration cannot meet this specific operational requirement. Which action should the SOC implement?

  1. Scope time filters and projected columns in the detection KQL before increasing resources
  2. Evaluate supported Analytics versus data lake retention settings against query needs
  3. Adjust supported data-collection filtering or transformation after assessing required fields
  4. Configure the supported Microsoft Sentinel data lake tier for eligible records

Explanation

Correct Answer

B:

Different retrieval requirements justify different data tiers.

Incorrect Answers

A:

Query optimization reduces work while retaining detection semantics.

C:

Source-selective filtering reduces ingestion while preserving needed records.

D:

Data lake retention is intended for long-term investigative use distinct from hot analytics.

Question 154

The utility operator SOC needs to decide whether a low-frequency historical dataset needs to remain in expensive hot storage, and its change advisory board asks for the technical basis of the recommended method. Which explanation identifies the most relevant capability?

  1. A workbook can be empty due to filter or permissions even when events exist.
  2. Query optimization reduces work while retaining detection semantics.
  3. SOC optimization helps prioritize configuration improvements from observed telemetry.
  4. Different retrieval requirements justify different data tiers.

Explanation

Correct Answer

D:

Different retrieval requirements justify different data tiers.

Incorrect Answers

A:

Troubleshooting an empty workbook panel when the underlying table has events does not decide whether a low-frequency historical dataset needs to remain in expensive hot storage.

B:

Diagnosing high analytic-rule query expense caused by unbounded scans does not decide whether a low-frequency historical dataset needs to remain in expensive hot storage.

C:

Finding underused security coverage improvements based on deployed Sentinel data does not decide whether a low-frequency historical dataset needs to remain in expensive hot storage.

Question 155

The team pays Analytics retention costs for infrequently investigated history even though the same eligible data is suitable for data-lake analysis. Which explanation best accounts for the specific failure?

  1. Ingestion volume alone does not provide SOC optimization recommendations
  2. Retention tier was chosen without matching query latency and historical access requirements
  3. The KQL lacks selective time and entity predicates and scans too broadly
  4. The workbook time or entity parameter filters out the records despite the table containing data

Explanation

Correct Answer

B:

Retention tier was chosen without matching query latency and historical access requirements.

Incorrect Answers

A:

Ingestion volume alone does not provide SOC optimization recommendations. Retention tier was chosen without matching query latency and historical access requirements.

C:

The KQL lacks selective time and entity predicates and scans too broadly. Retention tier was chosen without matching query latency and historical access requirements.

D:

The workbook time or entity parameter filters out the records despite the table containing data. Retention tier was chosen without matching query latency and historical access requirements.

Question 156

During a controlled investigation, a low-frequency investigation dataset is retained in a supported less frequently queried tier. Which observation most directly verifies the intended technical behavior?

  1. The SOC optimization view identifies actionable detection or data-source recommendations rather than merely reporting gigabytes
  2. Its execution uses the intended bounded event set and returns the same supported detection signals with reduced scanned data
  3. Historical jobs access the retained records while interactive Analytics rules query only their supported active data
  4. The panel's KQL returns the expected rows and chart values after the parameter is corrected

Explanation

Correct Answer

C:

Historical jobs access the retained records while interactive Analytics rules query only their supported active data.

Incorrect Answers

A:

The SOC optimization view identifies actionable detection or data-source recommendations rather than merely reporting gigabytes. Historical jobs access the retained records while interactive Analytics rules query only their supported active data.

B:

Its execution uses the intended bounded event set and returns the same supported detection signals with reduced scanned data. Historical jobs access the retained records while interactive Analytics rules query only their supported active data.

D:

The panel's KQL returns the expected rows and chart values after the parameter is corrected. Historical jobs access the retained records while interactive Analytics rules query only their supported active data.

Question 157

A software firm needs to diagnose high analytic-rule query expense caused by unbounded scans. Its current security configuration cannot meet this specific operational requirement. Which action should the SOC implement?

  1. Scope time filters and projected columns in the detection KQL before increasing resources
  2. Apply authorized table-retention settings and least-privilege access controls
  3. Adjust supported data-collection filtering or transformation after assessing required fields
  4. Examine SOC optimization insights and recommended actions

Explanation

Correct Answer

A:

Query optimization reduces work while retaining detection semantics.

Incorrect Answers

B:

Storage duration and analyst permission are separate governance decisions.

C:

Source-selective filtering reduces ingestion while preserving needed records.

D:

SOC optimization helps prioritize configuration improvements from observed telemetry.

Question 158

The legal practice SOC needs to diagnose high analytic-rule query expense caused by unbounded scans, and its change advisory board asks for the technical basis of the recommended method. Which explanation identifies the most relevant capability?

  1. Query optimization reduces work while retaining detection semantics.
  2. Query visibility depends on tier and retention settings as well as data presence.
  3. SOC optimization helps prioritize configuration improvements from observed telemetry.
  4. Source-selective filtering reduces ingestion while preserving needed records.

Explanation

Correct Answer

A:

Query optimization reduces work while retaining detection semantics.

Incorrect Answers

B:

Understanding why an old record is absent from an interactive Analytics query does not diagnose high analytic-rule query expense caused by unbounded scans.

C:

Finding underused security coverage improvements based on deployed Sentinel data does not diagnose high analytic-rule query expense caused by unbounded scans.

D:

Lowering unnecessary data volume from a noisy collection source without silencing all detections does not diagnose high analytic-rule query expense caused by unbounded scans.

Question 159

An expensive analytics rule scans all historical rows for every run although its decision requires only recent matching principals. Which explanation best accounts for the specific failure?

  1. Ingestion volume alone does not provide SOC optimization recommendations
  2. The KQL lacks selective time and entity predicates and scans too broadly
  3. Retention tier was chosen without matching query latency and historical access requirements
  4. Incident case lists are not the SOC optimization recommendation experience

Explanation

Correct Answer

B:

The KQL lacks selective time and entity predicates and scans too broadly.

Incorrect Answers

A:

Ingestion volume alone does not provide SOC optimization recommendations; the KQL lacks selective time and entity predicates and scans too broadly.

C:

Retention tier was chosen without matching query latency and historical access requirements; the KQL lacks selective time and entity predicates and scans too broadly.

D:

Incident case lists are not the SOC optimization recommendation experience; the KQL lacks selective time and entity predicates and scans too broadly.

Question 160

During a controlled investigation, a scheduled detection query is restricted to the actual incident time window and required columns. Which observation most directly verifies the intended technical behavior?

  1. Its execution uses the intended bounded event set and returns the same supported detection signals with reduced scanned data
  2. The SOC optimization view identifies actionable detection or data-source recommendations rather than merely reporting gigabytes
  3. Historical jobs access the retained records while interactive Analytics rules query only their supported active data
  4. The recommendations identify specific coverage gaps or value improvements with suggested actions

Explanation

Correct Answer

A:

Its execution uses the intended bounded event set and returns the same supported detection signals with reduced scanned data.

Incorrect Answers

B:

The SOC optimization view identifies actionable detection or data-source recommendations rather than merely reporting gigabytes; its execution uses the intended bounded event set and returns the same supported detection signals with reduced scanned data.

C:

Historical jobs access the retained records while interactive Analytics rules query only their supported active data; its execution uses the intended bounded event set and returns the same supported detection signals with reduced scanned data.

D:

The recommendations identify specific coverage gaps or value improvements with suggested actions; its execution uses the intended bounded event set and returns the same supported detection signals with reduced scanned data.