SC-900 · Domain 3: Describe the capabilities of Microsoft security solutions · 37% of the exam
Task 3.2: Describe security management capabilities of Azure
Microsoft Defender for Cloud, cloud security posture management and secure score, policies, standards and recommendations, and the workload protection plans.
Study it
Microsoft Defender for Cloud: DevSecOps, CSPM and workload protection
Lesson coming
Secure score, policies, standards and recommendations
Try each one before opening the answer. Every option is explained, with the Microsoft documentation page that proves it.
Question 1 · choose 2
Microsoft Defender for Cloud is Microsoft's CNAPP for cloud-based applications. Which two of these capabilities does it combine? (Choose TWO.)
ASecurity information and event management (SIEM)
BCloud security posture management (CSPM)
CCloud workload protection platform (CWPP)
DCloud access security broker (CASB)
EIdentity threat detection and response (ITDR)
Show the answer and why
ASecurity information and event management (SIEM)
Incorrect
SIEM is what Microsoft Sentinel provides.
BCloud security posture management (CSPM)
Correct
CSPM is one of Defender for Cloud's three pillars, with DevSecOps and CWPP.
CCloud workload protection platform (CWPP)
Correct
CWPP, delivered through Defender plans for servers, containers, storage and databases, is one of the pillars.
DCloud access security broker (CASB)
Incorrect
A CASB is what Microsoft Defender for Cloud Apps provides.
EIdentity threat detection and response (ITDR)
Incorrect
ITDR is what Microsoft Defender for Identity delivers.
Defender for Cloud covers Azure, other clouds and on-premises resources. It combines a DevSecOps solution for security at the code level, a cloud security posture management (CSPM) solution that surfaces actions to prevent breaches, and a cloud workload protection platform (CWPP) with protections for servers, containers, storage, databases and other workloads.
In the classic secure score that Defender for Cloud shows in the Azure portal, a security control groups four recommendations. An engineer fixes three of them on a virtual machine and the fourth is still open, yet the secure score hasn't moved. Why?
AThe score improves only after every one of those recommendations is remediated for that resource
BThe score is recalculated only once a month
COnly high-severity recommendations count toward the score
DSecure score needs the paid Defender CSPM plan
Show the answer and why
AThe score improves only after every one of those recommendations is remediated for that resource
Correct
Recommendations are grouped into controls, and the score improves only when all recommendations for a single resource within a control are remediated.
BThe score is recalculated only once a month
Incorrect
The score reflects continuous assessment; waiting for a monthly run isn't the reason here.
COnly high-severity recommendations count toward the score
Incorrect
Severity helps prioritize, but the score is built from security controls, not from high-severity items alone.
DSecure score needs the paid Defender CSPM plan
Incorrect
Secure score is part of the free foundational CSPM capabilities.
Secure score aggregates Defender for Cloud's findings into one number: the higher the score, the lower the identified risk. Recommendations are grouped into security controls, logical groups that reflect vulnerable attack surfaces, and the score only improves when all of the recommendations for a single resource within a control are remediated.
Defender for Cloud already lists posture recommendations for a company's Azure virtual machines. The company now also wants security alerts, with their nature and severity, when one of those machines is actually under attack. What does it need to turn on?
AThe Defender CSPM plan
BThe Microsoft cloud security benchmark initiative
CDefender for Storage
DThe Defender for Servers plan
Show the answer and why
AThe Defender CSPM plan
Incorrect
Defender CSPM adds advanced posture management such as attack paths; runtime threat alerts for servers come from a workload plan.
BThe Microsoft cloud security benchmark initiative
Incorrect
The benchmark is assigned by default and drives recommendations, not threat alerts.
CDefender for Storage
Incorrect
Defender for Storage protects storage accounts, not virtual machines.
DThe Defender for Servers plan
Correct
CWPP is delivered through Defender plans per resource type, and they raise security alerts when workloads are threatened.
Defender for Cloud delivers cloud workload protection through Microsoft Defender plans specific to resource types, such as Defender for Servers, Defender for Storage or Defender for Databases. When the environment is threatened, security alerts indicate the nature and severity of the threat so that the team can plan its response.
Defender for Cloud lists hundreds of recommendations for a company that has the Defender CSPM plan. The team wants to see where an internet-exposed virtual machine with a known vulnerability could be used to reach a storage account holding customer data, so it can fix that combination first. Which capability shows this?
ASecure score
BAttack path analysis
CThe regulatory compliance dashboard
DSecurity alerts from Defender for Servers
Show the answer and why
ASecure score
Incorrect
Secure score aggregates findings into one number; it doesn't show how issues chain toward a resource.
BAttack path analysis
Correct
Attack path analysis models how an attacker could chain vulnerabilities to reach high-value resources, so the combination can be prioritized.
CThe regulatory compliance dashboard
Incorrect
The dashboard shows status against standards such as ISO 27001, not routes an attacker could take.
DSecurity alerts from Defender for Servers
Incorrect
Alerts report threats that are happening, not potential paths between misconfigurations.
Attack path analysis, part of the Defender CSPM plan, helps teams understand how an attacker might chain vulnerabilities to reach high-value resources. For example, it can reveal that an internet-exposed VM with a known vulnerability has access to a storage account with sensitive data, so the combination is fixed rather than each issue in isolation.
A security team wants one console that shows exposed secrets, code scanning findings and vulnerable open-source dependencies across the company's GitHub, Azure DevOps and GitLab repositories, before code reaches production. Which capability provides this?
ADevOps security in Microsoft Defender for Cloud
BData security posture management in Defender CSPM
CDefender for Storage
DApp connectors for the DevOps platforms in Defender for Cloud Apps
Show the answer and why
ADevOps security in Microsoft Defender for Cloud
Correct
Defender for DevOps gives security teams a central console with findings from code, secrets and open-source dependency scans across pipelines.
BData security posture management in Defender CSPM
Incorrect
DSPM discovers datastores with sensitive data and assesses their exposure; it doesn't scan code repositories.
CDefender for Storage
Incorrect
Defender for Storage protects storage accounts against threats; it doesn't review repositories.
DApp connectors for the DevOps platforms in Defender for Cloud Apps
Incorrect
App connectors give visibility into accounts, user and admin activity in the connected apps; they don't scan the code inside repositories.
Defender for DevOps, a service in Defender for Cloud, lets security teams manage DevOps security across multi-pipeline environments such as GitHub, Azure DevOps and GitLab. Its overview surfaces code scanning vulnerabilities, exposed secrets, open-source dependency vulnerabilities and recommendations, so issues are caught before production.
What does each security recommendation in Microsoft Defender for Cloud provide?
AOnly a pass or fail flag for the subscription
BA list of users who signed in to the affected resources
CThe issue, how to fix it, the affected resources and its severity
DAn automatic fix that Defender for Cloud has already applied to each resource
Show the answer and why
AOnly a pass or fail flag for the subscription
Incorrect
Recommendations go further, with steps, affected resources and severity.
BA list of users who signed in to the affected resources
Incorrect
Sign-in activity isn't part of a recommendation.
CThe issue, how to fix it, the affected resources and its severity
Correct
Each recommendation includes a description, remediation steps, affected resources, severity and risk factors.
DAn automatic fix that Defender for Cloud has already applied to each resource
Incorrect
Recommendations guide remediation; they aren't fixes already applied.
Each Defender for Cloud recommendation provides a short description of the security issue, remediation steps, the affected resources, severity and risk factors, and attack path context when available.
A regulated company asks how the Microsoft cloud security benchmark relates to the frameworks its auditors already use. What's the answer?
AIt replaces CIS and NIST, so their controls no longer apply
BIt applies only to Azure, with no guidance for other clouds
CIt's a Microsoft certification that auditors issue to customers
DIt builds on CIS and NIST controls and maps its recommendations to CIS, NIST and PCI DSS
Show the answer and why
AIt replaces CIS and NIST, so their controls no longer apply
Incorrect
The benchmark builds on those frameworks rather than replacing them.
BIt applies only to Azure, with no guidance for other clouds
Incorrect
The benchmark also gives implementation guidance for AWS and GCP.
CIt's a Microsoft certification that auditors issue to customers
Incorrect
It's a Microsoft-authored set of guidelines, not a certification.
DIt builds on CIS and NIST controls and maps its recommendations to CIS, NIST and PCI DSS
Correct
The mapping makes security and compliance simpler for organizations already working with those frameworks.
The Microsoft cloud security benchmark is a Microsoft-authored set of security and compliance guidelines for Azure and multicloud environments. It builds on controls from the Center for Internet Security (CIS) and NIST, maps recommendations to frameworks including CIS, NIST and PCI DSS, and provides Azure, AWS and GCP guidance.
Which Azure service backs the security policies that Microsoft Defender for Cloud uses to assess resources?
AAzure Key Vault
BAzure Policy
CMicrosoft Sentinel
DMicrosoft Purview Compliance Manager
Show the answer and why
AAzure Key Vault
Incorrect
Key Vault doesn't define or evaluate resource policies.
BAzure Policy
Correct
Defender for Cloud's security policies are backed by Azure Policy, Microsoft's governance service for organizational rules.
CMicrosoft Sentinel
Incorrect
Sentinel is a SIEM and SOAR solution, not a policy engine for resource configuration.
DMicrosoft Purview Compliance Manager
Incorrect
Compliance Manager tracks regulatory controls and improvement actions, not Azure resource policies.
Security policies in Microsoft Defender for Cloud are backed by Azure Policy, Microsoft's governance service for enforcing organizational rules across Azure resources. Azure Policy offers many built-in policy definitions, and organizations can also create custom ones.
A SOC team works in the Microsoft Defender portal. Where in that portal does it reach Microsoft Defender for Cloud's posture view across Azure, AWS and GCP?
AThe Cloud apps node
BThe Cloud security node
CThe Identities node
DThe Endpoints node
Show the answer and why
AThe Cloud apps node
Incorrect
The Cloud apps node holds Defender for Cloud Apps functionality.
BThe Cloud security node
Correct
The Cloud security node gives access to Defender for Cloud, with a Cloud Overview dashboard as its landing page.
CThe Identities node
Incorrect
That node maps to Defender for Identity.
DThe Endpoints node
Incorrect
That node maps to Defender for Endpoint.
Defender for Cloud is integrated into the Microsoft Defender portal. Its Cloud security node opens on the Cloud Overview dashboard, with security at a glance (cloud secure score, alerts by severity, coverage), top actions and trends across Azure, AWS and GCP.