Tag: Security Copilot

Cloud computing, Cybersecurity, Microsoft Certification, SC-500, security October 10, 2026

Manage permissions and roles in Security Copilot (SC-500 Exam Prep)

This post is a part of the "SC-500: Implementing End-to-End Security Controls for Cloud and AI Workloads" Exam Prep Hub.
This topic falls under these sections:
Manage and monitor security posture (20–25%)
   --> Implement Microsoft Security Copilot
      --> Manage permissions and roles in Security Copilot

Note that there are 10 practice questions (with answers) at the end of each section to help you solidify your knowledge of the material. Also, there are 4 practice tests with 30 questions each available from the hub's main page below the exam topics section.

Introduction

Microsoft Security Copilot uses a role-based access model to control who can access the Security Copilot platform and what administrative capabilities they have.

Understanding this model is particularly important for the SC-500 exam because Security Copilot permissions are not the same thing as Microsoft Entra roles, Azure RBAC roles, or permissions within Microsoft security products such as Microsoft Defender, Microsoft Sentinel, Microsoft Intune, and Microsoft Purview.

The fundamental Security Copilot roles are:

Security Copilot owner
Security Copilot contributor

These roles control access to the Security Copilot platform itself. They do not, by themselves, grant access to the underlying security data that Security Copilot can retrieve through its plugins.

1. The Security Copilot Permission Model

A useful way to understand Security Copilot permissions is to separate them into layers.

                    SECURITY COPILOT
                           |
              +------------+------------+
              |                         |
       Platform Access             Data Access
              |                         |
      Copilot Owner             Defender permissions
      Copilot Contributor       Sentinel permissions
                                Intune permissions
                                Purview permissions
                                Entra permissions

The Security Copilot role determines whether a person can use the Security Copilot platform and which Security Copilot administrative capabilities they have.

The permissions in the connected security products determine what security information the user can actually access.

This distinction is critical.

Example

Suppose Alice has the Security Copilot Contributor role.

Alice can access Security Copilot.

However, that does not automatically mean Alice can access every Microsoft Sentinel incident, every Defender alert, or every Microsoft Intune device.

Her permissions to those services still matter.

Security Copilot uses the user’s permissions when accessing security-related information through its integrated services. Microsoft describes this as on-behalf-of authentication for security data accessed through active Microsoft plugins.

2. The Two Security Copilot Roles

Security Copilot has two primary platform roles:

Role	Primary purpose
Security Copilot owner	Administration and management of Security Copilot
Security Copilot contributor	Use of Security Copilot without the full administrative capabilities of an owner

These roles are Security Copilot roles, not Microsoft Entra ID roles.

3. Security Copilot Owner

The Security Copilot owner role provides administrative capabilities within Security Copilot.

Owners can perform activities such as:

Manage Security Copilot role assignments
Manage workspace-level settings
Manage capacity
View the usage dashboard
Configure data-sharing and feedback settings
Manage plugin availability
Control who can upload files
Manage certain custom-plugin permissions
Perform other administrative configuration

Microsoft’s current permissions matrix shows that owners can create sessions, manage capacity, view the usage dashboard, manage relevant plugin settings, and update data-sharing and feedback options.

Owner capabilities

A simplified view is:

			
Security Copilot Owner
        |
        +-- Use Security Copilot
        |
        +-- Manage access
        |
        +-- Manage capacity
        |
        +-- View usage
        |
        +-- Manage platform settings
        |
        +-- Manage plugin governance
        |
        +-- Manage upload settings
        |
        +-- Manage data-sharing settings

		

Because the Owner role provides significant administrative authority, it should be assigned carefully.

4. Security Copilot Contributor

The Security Copilot contributor role is intended for users who need to use Security Copilot but don’t require the full administrative privileges of an owner.

Contributors can:

Create Security Copilot sessions
Run prompts
Run promptbooks
Manage personal promptbooks
Share promptbooks with the tenant
Use Security Copilot capabilities permitted by their underlying service permissions

However, contributors don’t receive the full set of administrative capabilities associated with owners.

For example, contributors don’t automatically receive permission to:

Manage Security Copilot capacity
View the usage dashboard
Change organization-wide data-sharing settings
Change tenant-wide plugin availability

5. Owner vs. Contributor

The following simplified comparison is useful for the exam.

Capability	Owner	Contributor
Create Security Copilot sessions	Yes	Yes
Run promptbooks	Yes	Yes
Manage personal promptbooks	Yes	Yes
Share promptbooks with tenant	Yes	Yes
Manage capacity	Yes	No
View usage dashboard	Yes	No
Change data-sharing/feedback options	Yes	No
Manage organization-wide plugin settings	Yes	No
Manage upload-file settings	Yes	No
Manage personal custom plugins	Yes	Default No
Use Security Copilot	Yes	Yes

The exact capabilities can evolve as Security Copilot evolves, so the important exam principle is:

Owners administer the Security Copilot platform; contributors primarily use it.

The current Microsoft permissions matrix confirms these distinctions.

6. Security Copilot Roles Are Not Microsoft Entra Roles

This is one of the most important SC-500 concepts.

Security Copilot roles:

Are defined within Security Copilot
Control access to the Security Copilot platform
Don’t automatically grant access to security data
Are separate from Microsoft Entra roles

Microsoft explicitly states that Security Copilot owner and contributor roles aren’t Microsoft Entra ID roles.

Exam scenario

A user has:

Security Copilot Contributor

The question asks whether the user automatically has access to Microsoft Sentinel data.

The answer is no.

The user still needs the appropriate permissions to the underlying Sentinel resources.

7. Security Copilot and Underlying Security Permissions

Security Copilot can interact with multiple Microsoft security services.

Examples include:

Microsoft Defender
Microsoft Sentinel
Microsoft Intune
Microsoft Entra
Microsoft Purview

A user’s access to those services affects what Security Copilot can retrieve or perform on that user’s behalf.

For example:

			
User
  |
  +--> Security Copilot Contributor
  |
  +--> Microsoft Sentinel permissions
  |
  +--> Microsoft Defender permissions
  |
  +--> Microsoft Intune permissions
  |
  +--> Microsoft Entra permissions

		

Security Copilot therefore doesn’t function as a mechanism for bypassing existing authorization boundaries.

8. On-Behalf-Of Authentication

Security Copilot uses on-behalf-of authentication when accessing security-related information through active Microsoft plugins.

This is an important security principle.

The user doesn’t gain unrestricted access simply because Security Copilot can connect to a service.

Instead, Security Copilot operates within the permissions available to the user.

Example

A security analyst has:

Security Copilot Contributor
Microsoft Sentinel permissions for a particular workspace
No access to another Sentinel workspace

When the analyst asks Security Copilot about Sentinel incidents, Security Copilot shouldn’t be treated as a mechanism for circumventing that analyst’s Sentinel permissions.

9. Security Copilot Access Does Not Equal Security Data Access

This distinction deserves special emphasis.

Consider two separate questions:

Question 1

Can the user open and use Security Copilot?

This is primarily controlled by the user’s Security Copilot role.

Question 2

What security information can the user access through Security Copilot?

This depends on the user’s permissions in the relevant security products and services.

Therefore:

			
Security Copilot role
        ↓
Can the user use the platform?
Service-specific permissions
        ↓
What data can the user access?

		

This is a common exam-testing pattern.

10. Assigning Security Copilot Roles

Security Copilot roles are assigned through the Security Copilot settings.

The current process is:

Open Security Copilot.
Open the relevant settings/menu.
Select Role assignment.
Select Add members.
Select the user or group.
Select the Security Copilot role:
- Copilot owner
- Copilot contributor
Add the assignment.

Microsoft recommends using security groups rather than assigning Security Copilot roles individually whenever practical. This reduces administrative complexity.

11. Use Security Groups for Role Assignment

Instead of assigning a role individually:

			
Alice → Contributor
Bob → Contributor
Carol → Contributor
David → Contributor

A better administrative model can be:

			
Security-Copilot-Contributors
       |
       +-- Alice
       +-- Bob
       +-- Carol
       +-- David
Security-Copilot-Owners
       |
       +-- Security Administrator
       +-- Security Operations Manager

		

Then assign the Security Copilot role to the appropriate group.

Benefits

This provides:

Easier onboarding
Easier offboarding
Centralized access management
Reduced administrative effort
Better governance
Easier auditing

Microsoft specifically recommends security groups for Security Copilot role assignment.

12. Role-Assignable Groups

There is an important detail concerning group-based Security Copilot permissions.

Security Copilot supports assigning permissions to role-assignable groups.

Therefore, when designing group-based role assignments, administrators need to use appropriate Microsoft Entra group configurations.

This is particularly important in environments where administrative permissions must be tightly controlled.

13. Recommended Security Roles

Security Copilot provides a recommended approach for granting platform access based on existing Microsoft security roles.

The current recommended role-assignment model can use groups containing Microsoft security roles that already correspond to users who work with security data.

This can simplify administration because users who already have appropriate security responsibilities can receive Security Copilot platform access without creating an entirely separate individual access model.

Microsoft currently identifies Recommended Microsoft Security roles as the default approach for new Security Copilot instances.

14. The “Everyone” Group

Some existing Security Copilot deployments may have the Everyone group assigned contributor access.

Microsoft notes that this configuration can still exist for existing customers, but recommends considering replacement of broad Everyone access with the recommended Microsoft Security roles approach.

The key security principle is straightforward:

Don’t grant broad access when a narrower, role-based assignment can satisfy the requirement.

Exam scenario

An organization wants to reduce unnecessary Security Copilot access.

Which approach best supports least privilege?

Replace broad Everyone access with appropriately scoped role or group assignments.

15. Two Owners Are Retained

Security Copilot has an important protection against accidental administrative lockout.

Microsoft states that Security Copilot enforces retention of two owners at all times. These two owners cannot be removed.

This provides administrative continuity.

Why does this matter?

Imagine an organization accidentally removes every Security Copilot owner.

Without a protection mechanism, administrators could potentially lose the ability to administer the platform.

Maintaining two owners helps prevent that scenario.

Exam takeaway

If a question asks why two Security Copilot owners cannot be removed, think:

Administrative continuity and prevention of accidental lockout.

16. Microsoft Entra Roles That Can Inherit Security Copilot Access

Security Copilot integrates with Microsoft’s broader identity and security role model.

Certain Microsoft Entra roles automatically inherit Security Copilot owner access.

Current documentation identifies roles including:

Billing Administrator
Entra Compliance Administrator
Global Administrator
Intune Administrator
Security Administrator

Certain Microsoft Purview roles can also inherit owner access, including:

Purview Compliance Administrator
Purview Data Governance Administrator
Purview Organization Management

The exact role mappings can change, so SC-500 candidates should understand the underlying concept rather than memorizing an outdated list.

17. Important Warning About Inherited Roles

Inherited access can be convenient, but it can also result in more privileges than necessary.

For example, Microsoft specifically cautions against assigning the Security Administrator role merely to provide Security Copilot access because that Microsoft Entra role has broader permissions.

Instead, an organization can use an appropriately scoped Security Copilot role or security group.

Principle

Don’t grant a powerful Microsoft Entra role simply because you need Security Copilot access.

This is a direct application of least privilege.

18. Microsoft Defender, Intune, and Purview Roles

Security Copilot can also inherit contributor access from certain roles in Microsoft security services.

For example, Microsoft documents inherited contributor access for supported:

Microsoft Defender roles
Microsoft Purview roles
Microsoft Intune roles

Current documentation notes that custom Microsoft Defender XDR roles can include the Security Copilot permission, and applicable Intune roles can include Security Copilot permission.

This allows organizations to align Security Copilot access with existing security responsibilities.

19. Security Copilot Role vs. Security Product Role

Consider the following scenario:

A user has a Microsoft Defender role that gives the user access to Defender data.

Does that necessarily mean the user can access Security Copilot?

Not necessarily.

The relevant Security Copilot access model and inherited-role configuration must be considered.

Likewise:

Having Security Copilot Contributor does not automatically give the user every permission in Microsoft Defender.

This two-way distinction is extremely important.

20. Embedded Security Copilot Experiences

Security Copilot can appear inside other Microsoft products and security experiences.

Having the Security Copilot Contributor role may be necessary, but it isn’t necessarily sufficient for every embedded experience.

Microsoft states that administrators should verify the requirements for each embedded Security Copilot experience, including the required roles and licenses.

For example, a user may need:

			
Security Copilot access
        +
Product-specific permission
        +
Required license
        =
Embedded experience access

		

Therefore, don’t assume that assigning Contributor automatically enables every embedded Security Copilot capability.

21. Plugin Permissions

Plugins introduce another important layer of authorization.

Security Copilot owners can control:

Who can add/manage personal custom plugins
Who can add/manage plugins for the organization
Which preinstalled plugins are available
Whether certain plugins are restricted to owners

Current Security Copilot settings allow administrators to choose between:

Owners only
Owners and Contributors

for relevant custom-plugin management scenarios.

22. Owner Control Over Custom Plugins

By default, owners have significantly greater plugin-management capabilities.

An owner can configure whether contributors can:

Add and manage personal custom plugins
Add and manage custom plugins for the organization

Owners can also control availability of preinstalled plugins.

This matters because plugins can connect Security Copilot to additional information and functionality.

Therefore, plugin permissions should be treated as part of the organization’s security governance model.

23. Owner vs. Contributor Plugin Capabilities

A simplified model is:

                    Plugin Governance
                           |
             +-------------+-------------+
             |                           |
          Owner                     Contributor
             |                           |
     Full administrative          Depends on owner
       plugin control             configuration

By default, contributors don’t have the same custom-plugin management capabilities as owners.

An owner can explicitly allow contributors to manage personal custom plugins.

24. File Upload Permissions

Security Copilot also provides administrative controls over file uploads.

Owners can configure who can upload files.

The current owner settings allow administrators to control file-upload usage through Security Copilot owner settings.

The permissions matrix indicates that contributors can have file-upload capability by default, while owners can manage the organization’s upload-file settings.

This is another example of the difference between:

Using a capability

and

Administering the capability.

25. Managing Capacity Requires Appropriate Permissions

Security Copilot owners can manage capacity through Security Copilot.

Capacity management includes managing the association and creation of Security Compute Unit capacity.

For manually provisioned Security Copilot deployments, additional Azure permissions can be required.

Microsoft documents Azure Contributor or Owner permissions on the relevant subscription/resource group, together with the appropriate tenant-level Security Administrator or higher permissions, for provisioning and attaching SCU capacity.

This is another example of why:

Security Copilot permissions and Azure permissions are not interchangeable.

26. Usage Dashboard Permissions

The Security Copilot usage dashboard is an administrative capability.

Current role documentation indicates:

Owner → can view the usage dashboard
Contributor → cannot view the usage dashboard

This follows the broader pattern:

			
Contributor
    ↓
Use Security Copilot
Owner
    ↓
Use + administer Security Copilot

		

27. Data-Sharing and Feedback Settings

Owners can manage Customer Data sharing and feedback settings.

The current owner settings include Help improve Copilot, which controls whether Microsoft can capture data for documented improvement purposes.

These settings should not be confused with:

Security Copilot role assignments
Customer Data storage location
Product-specific data permissions
Microsoft Entra roles

They represent a separate administrative control.

28. Security Copilot Owner Settings

Owner settings are an important exam area.

Current owner settings include capabilities such as:

Owner setting	Purpose
Manage capacity	Manage SCU association/creation
Help improve Copilot	Control applicable data capture for improvement
Logging audit data in Microsoft Purview	Configure Purview audit-data access/processing/storage
Manage who can upload files	Control file-upload permissions

These settings require the Security Copilot owner role.

29. Microsoft Purview Audit Data

Security Copilot can be configured to allow Microsoft Purview to access, process, copy, and store applicable Customer Data for audit logging.

This capability is controlled through owner settings.

The important exam distinction is that:

Managing Security Copilot’s audit-data integration is an owner-level administrative capability.

It is not simply a normal contributor activity.

30. Agents and Permissions

Security Copilot agents introduce another layer of permissions.

For partner-built agents that need access to Microsoft services such as:

Microsoft Intune
Microsoft Entra
Microsoft Sentinel
Microsoft Defender
Defender Threat Intelligence

a Global Administrator may need to approve the required permissions during setup.

However, this does not mean the Global Administrator must perform every subsequent agent-management task.

Once required consent has been granted, Security Copilot owners and contributors can complete applicable setup activities.

This supports the principle of using highly privileged roles only when required.

31. Don’t Use Global Administrator as the Default Security Copilot Role

The Global Administrator role is extremely powerful.

Microsoft recommends using lower-permissioned accounts whenever possible and limiting Global Administrator use to scenarios where the privilege is actually required.

Therefore, this is generally poor security design:

			
Need Security Copilot
        ↓
Give user Global Administrator

A better model is:

			
Need Security Copilot
        ↓
Assign appropriate Security Copilot role
        ↓
Grant only required service-specific permissions
        ↓
Use Global Administrator only when a specific operation requires it

		

32. Least Privilege in Security Copilot

The principle of least privilege should be applied at several levels.

Platform access

Use:

Owner only when administrative capabilities are required
Contributor for normal Security Copilot users

Security data

Grant only the necessary:

Defender permissions
Sentinel permissions
Intune permissions
Entra permissions
Purview permissions

Plugin management

Allow contributors to manage custom plugins only when organizational policy permits it.

Agent administration

Use elevated roles only for operations that specifically require them.

33. Example: Designing Roles for a SOC

Suppose an organization has:

2 Security Copilot administrators
25 SOC analysts
5 security engineers

A possible design is:

Group	Security Copilot role	Purpose
Security-Copilot-Owners	Owner	Platform administration
SOC-Analysts	Contributor	Investigations and analysis
Security-Engineers	Contributor or Owner as required	Security engineering and administration

The SOC analysts would separately receive the Microsoft Defender, Sentinel, or other service permissions required for their jobs.

This prevents Security Copilot from becoming a mechanism for granting excessive access.

34. Example: Why Contributor May Not Be Enough

Consider an analyst who has:

Security Copilot Contributor

The analyst asks:

“Show me all Sentinel incidents in the production workspace.”

If the analyst doesn’t have appropriate Microsoft Sentinel permissions for that workspace, assigning additional Security Copilot privileges isn’t necessarily the correct solution.

The administrator should evaluate the analyst’s Sentinel permissions.

This illustrates:

Security Copilot platform access does not replace service-specific authorization.

35. Example: Why Security Administrator May Be Too Much

An organization wants a group of analysts to use Security Copilot.

An administrator considers assigning:

Microsoft Entra Security Administrator

simply because that role can inherit Security Copilot access.

That may grant substantially more Microsoft Entra privileges than the analysts need.

A more least-privilege-oriented design is to assign the appropriate Security Copilot role to a suitable security group and separately provide the required data-access permissions.

Microsoft specifically warns against assigning the Security Administrator role purely for Security Copilot access.

36. Security Copilot Permission Architecture

The entire model can be summarized as:

                         USER
                           |
                           v
                SECURITY COPILOT ROLE
                    /             \
                   /               \
              OWNER             CONTRIBUTOR
                |                    |
                |                    |
        Administration            Usage
                |                    |
                +---------+----------+
                          |
                          v
                SERVICE-SPECIFIC RBAC
                          |
          +---------------+---------------+
          |               |               |
       Defender        Sentinel         Intune
          |               |               |
          +---------------+---------------+
                          |
                          v
                    AVAILABLE DATA

This is one of the most useful mental models for the SC-500 exam.

37. Common Exam Traps

Trap 1: Security Copilot Contributor grants all security-data access

Incorrect.

Contributor provides access to the Security Copilot platform. Underlying security-data permissions are still required.

Trap 2: Security Copilot roles are Microsoft Entra roles

Incorrect.

Security Copilot owner and contributor are Security Copilot platform roles.

Trap 3: Global Administrator is required for normal Security Copilot use

Incorrect.

Global Administrator is highly privileged and should not be used merely because it is convenient.

Trap 4: Every contributor can manage custom plugins

Incorrect.

Plugin management depends on owner configuration, and contributor custom-plugin management is not enabled by default in the same way as owner capabilities.

Trap 5: Contributor can view the usage dashboard

Incorrect.

The current permissions matrix identifies usage-dashboard access as an owner capability.

Trap 6: Removing all owners is allowed

Incorrect.

Security Copilot retains two owners to help prevent accidental administrative lockout.

Trap 7: Azure Owner automatically means Security Copilot Owner

Incorrect.

Azure RBAC and Security Copilot platform roles are separate permission systems.

Azure permissions may be required for capacity operations, but they don’t simply substitute for Security Copilot platform access.

38. Exam-Focused Role Matrix

Scenario	Think about
Use Security Copilot	Contributor or Owner
Administer Security Copilot	Owner
Manage SCU capacity	Owner + applicable Azure permissions
View usage dashboard	Owner
Change data-sharing settings	Owner
Manage workspace settings	Owner
Manage organization-wide plugin availability	Owner
Run prompts	Contributor or Owner
Run promptbooks	Contributor or Owner
Access Sentinel data	Security Copilot role + Sentinel permissions
Access Defender data	Security Copilot role + Defender permissions
Access Intune data	Security Copilot role + Intune permissions
Access Purview data	Security Copilot role + Purview permissions
Assign Security Copilot roles	Owner
Prevent accidental loss of administration	Maintain required owners
Give broad Global Administrator rights	Avoid unless specifically required

39. Key Takeaways

For SC-500, remember these principles:

Security Copilot has two primary platform roles: Owner and Contributor.
Security Copilot roles are not Microsoft Entra roles.
Owner provides administrative capabilities.
Contributor primarily provides platform usage capabilities.
Security Copilot roles do not automatically grant access to all security data.
Underlying Defender, Sentinel, Intune, Entra, and Purview permissions still matter.
Security Copilot uses on-behalf-of authentication when accessing security data through active plugins.
Use security groups for role assignments when practical.
Security Copilot supports role-assignable groups for permissions assignment.
Two owners are retained to prevent accidental loss of administration.
Avoid assigning powerful Microsoft Entra roles merely to provide Security Copilot access.
Owners control important plugin-management settings.
Owners can manage capacity and view the usage dashboard.
Owners can manage data-sharing and other owner settings.
Global Administrator should be used only when the specific operation requires it.
Least privilege applies to Security Copilot just as it does to other security services.

40. The Mental Model to Remember

For the exam, remember:

Security Copilot role = access to the Copilot platform.

Service-specific role = access to the underlying security data.

Owner = administer.

Contributor = use.

Least privilege = don’t give more authority than necessary.

And perhaps the most important relationship:

			
Security Copilot Owner/Contributor
              +
    Service-specific permissions
              =
    Effective Security Copilot
       capabilities and data access

		

That distinction is fundamental to managing permissions and roles securely in Microsoft Security Copilot.

Practice Exam Questions

Question 1

An organization wants its security analysts to use Microsoft Security Copilot but does not want them to have administrative control over Security Copilot settings.

Which role should normally be assigned?

A. Microsoft Entra Global Administrator
B. Security Copilot Owner
C. Security Copilot Contributor
D. Azure Owner

Answer: C

Explanation:
The Security Copilot Contributor role is intended for users who need to use Security Copilot without the full administrative capabilities of an owner. Assigning Owner, Global Administrator, or Azure Owner would provide more administrative authority than required.

Question 2

A user has the Security Copilot Contributor role but cannot retrieve incidents from a particular Microsoft Sentinel workspace.

What should the administrator investigate first?

A. Whether the user has Security Copilot Owner privileges
B. Whether the user has the required Microsoft Sentinel permissions for that workspace
C. Whether the user has Azure Owner permissions
D. Whether the user is a Security Copilot owner in another workspace

Answer: B

Explanation:
Security Copilot platform access and security-data access are separate. The user needs appropriate Microsoft Sentinel permissions to access Sentinel data. Security Copilot does not automatically grant unrestricted access to connected security-service data.

Question 3

An organization wants to give a group of users Security Copilot access without assigning roles individually to every user.

Which approach is recommended?

A. Assign Global Administrator to the group
B. Assign Azure Owner to the group
C. Use an appropriate security group for Security Copilot role assignment
D. Add every user to the Everyone group

Answer: C

Explanation:
Microsoft recommends using security groups for Security Copilot role assignment because they reduce administrative complexity and make access easier to manage. Broad assignments such as Global Administrator or Everyone are not appropriate least-privilege designs.

Question 4

An administrator wants to configure who can add and manage custom plugins for the organization.

Which Security Copilot role provides the required administrative capability?

A. Security Copilot Contributor
B. Microsoft Sentinel Reader
C. Microsoft Entra Global Reader
D. Security Copilot Owner

Answer: D

Explanation:
Security Copilot owners can configure plugin-management permissions, including who can add and manage custom plugins for the organization. Contributor plugin-management capabilities depend on owner configuration and are more limited by default.

Question 5

Which statement correctly describes Security Copilot roles?

A. They are Azure RBAC roles
B. They are Microsoft Entra ID roles
C. They are Security Copilot platform roles that control access to Security Copilot capabilities
D. They automatically grant access to all Microsoft security data

Answer: C

Explanation:
Security Copilot owner and contributor are Security Copilot-specific roles. They control access to the Security Copilot platform but don’t, by themselves, grant access to all underlying security data.

Question 6

A company wants to prevent an accidental configuration change from removing all Security Copilot administrators.

Which Security Copilot behavior helps address this risk?

A. Security Copilot automatically assigns every contributor as an owner
B. Security Copilot requires two owners to remain assigned
C. Azure RBAC automatically restores the Global Administrator role
D. Microsoft Sentinel automatically creates a new owner

Answer: B

Explanation:
Security Copilot enforces retention of two owners at all times. These two owners cannot be removed, helping maintain administrative continuity and preventing accidental removal of all owners.

Question 7

A security manager wants analysts to access Security Copilot. The manager is considering assigning the Microsoft Entra Security Administrator role solely because it can provide inherited Security Copilot access.

What should the manager consider?

A. Security Administrator provides broader permissions than may be necessary and should not be assigned solely for Copilot access
B. Security Administrator prevents the user from accessing Security Copilot
C. Security Administrator is required for every Security Copilot contributor
D. Security Administrator only grants access to Microsoft Sentinel

Answer: A

Explanation:
Microsoft specifically cautions against assigning Security Administrator merely to provide Security Copilot access because it carries broader permissions. A more least-privilege approach is to assign an appropriate Security Copilot role and only the necessary service permissions.

Question 8

A Security Copilot owner wants to review the organization’s Security Copilot capacity consumption.

Which capability should the owner use?

A. Microsoft Sentinel Workbook
B. Microsoft Entra audit log
C. Security Copilot usage dashboard
D. Microsoft Purview eDiscovery

Answer: C

Explanation:
The Security Copilot usage dashboard provides administrators with visibility into Security Copilot usage. Current role documentation identifies viewing the usage dashboard as an owner capability.

Question 9

A user has Security Copilot Contributor access and Microsoft Defender permissions. Security Copilot retrieves Defender information while processing the user’s request.

Which authentication concept is most relevant?

A. Azure Resource Manager delegation
B. On-behalf-of authentication
C. Anonymous plugin authentication
D. Azure subscription ownership

Answer: B

Explanation:
Security Copilot uses on-behalf-of authentication when accessing security-related data through active Microsoft plugins. This helps ensure that access to security information respects the user’s applicable permissions.

Question 10

A security engineer needs to manage Security Copilot capacity, review usage, and change organization-wide Security Copilot settings.

Which role is most appropriate?

A. Security Copilot Contributor
B. Microsoft Sentinel Contributor
C. Microsoft Entra Directory Reader
D. Security Copilot Owner

Answer: D

Explanation:
The Security Copilot Owner role provides administrative capabilities including capacity management, usage-dashboard access, and management of important Security Copilot settings. Contributor is intended primarily for using the platform rather than administering it.

Final Exam Summary

The most important SC-500 distinction is:

Security Copilot permissions are layered.

A user needs an appropriate Security Copilot role to access the platform, but that role does not automatically provide unrestricted access to the data held by connected security services.

Think of the model this way:

                 SECURITY COPILOT
                       |
             +---------+---------+
             |                   |
          OWNER             CONTRIBUTOR
             |                   |
       Administration           Usage
             |                   |
             +---------+---------+
                       |
              Service Permissions
                       |
        +------+------+------+------+
        |      |      |      |      |
     Entra  Defender Sentinel Intune Purview
        |      |      |      |      |
        +------+------+------+------+
                       |
                 Accessible Data

If you remember Owner vs. Contributor, platform access vs. data access, Security Copilot roles vs. Microsoft Entra/Azure RBAC, and least privilege, you have the core concepts needed for this SC-500 topic.

Go to the SC-500 Exam Prep Hub main page

azure, Cloud computing, Cybersecurity, Microsoft Certification, SC-500, security October 10, 2026

Enable and configure plugins (SC-500 Exam Prep)

This post is a part of the "SC-500: Implementing End-to-End Security Controls for Cloud and AI Workloads" Exam Prep Hub.
This topic falls under these sections:
Manage and monitor security posture (20–25%)
   --> Implement Microsoft Security Copilot
      --> Enable and configure plugins

Note that there are 10 practice questions (with answers) at the end of each section to help you solidify your knowledge of the material. Also, there are 4 practice tests with 30 questions each available from the hub's main page below the exam topics section.

Overview

Microsoft Security Copilot can extend its capabilities beyond the information available directly within the Copilot experience by using plugins.

A plugin provides Security Copilot with access to additional tools, data sources, APIs, Microsoft services, non-Microsoft services, or public websites. Plugins can therefore provide the additional context or capabilities needed for Security Copilot to answer a question, investigate a security event, or perform a task.

For the SC-500 exam, it is important to understand that enabling a plugin is not the same thing as granting a user unrestricted access to the underlying data. Security Copilot operates within an organization’s existing identity and authorization model, and Microsoft plugins generally use on-behalf-of (OBO) authentication to access Microsoft services using the user’s existing permissions.

The exam can test your ability to:

Understand what Security Copilot plugins are.
Distinguish between preinstalled and custom plugins.
Configure plugin availability.
Control who can manage custom plugins.
Configure plugins that require additional setup.
Understand user-level versus organization-level plugin availability.
Understand authentication requirements.
Restrict preinstalled plugins.
Understand how plugins interact with Security Copilot agents.
Apply least-privilege principles when enabling plugins.

1. What Is a Security Copilot Plugin?

A plugin is a collection of related tools that Security Copilot can invoke to obtain information or perform actions outside the core Copilot model.

A useful mental model is:

Security Copilot + Plugin = AI reasoning + external capability/data

For example:

                         Microsoft Security Copilot
                                   |
                                   v
                         Prompt / Investigation
                                   |
                                   v
                            Plugin selection
                                   |
                +------------------+------------------+
                |                  |                  |
                v                  v                  v
        Microsoft service    Custom API       External service
                |                  |                  |
                v                  v                  v
          Security data      Organization      Third-party
                             application       information
                |                  |                  |
                +------------------+------------------+
                                   |
                                   v
                         Information / action
                                   |
                                   v
                            Copilot response

Plugins can provide access to Microsoft and non-Microsoft services, as well as public websites. Microsoft describes plugins as components that extend Security Copilot by providing access to capabilities outside the agent and underlying LLM.

Example

Suppose a security analyst asks:

“Investigate this IP address and determine whether it has been associated with malicious activity.”

Security Copilot by itself may not have the necessary external threat-intelligence information.

A threat-intelligence plugin could provide:

IP reputation
Malware associations
Threat intelligence
Related indicators
Other external security information

Security Copilot can then use that information as part of its reasoning.

2. Why Plugins Matter

Plugins are important because security information is often distributed across many systems.

An organization might use:

Microsoft Defender XDR
Microsoft Sentinel
Azure
Microsoft Entra
Azure AI Search
A third-party threat-intelligence platform
A custom security application
Internal APIs
Public security-information websites

Rather than requiring analysts to manually retrieve information from each system, plugins can allow Security Copilot to interact with those capabilities.

This makes plugins particularly important for:

Threat investigation
Incident response
Threat intelligence
Security operations
Security automation
Custom enterprise workflows
Agentic scenarios

3. Types of Security Copilot Plugins

For SC-500, understand two major categories:

Plugin type	Description
Preinstalled plugins	Plugins already available within Security Copilot, including Microsoft and some non-Microsoft plugins
Custom plugins	Plugins added or created by an organization to extend Security Copilot

Security Copilot supports Microsoft plugins, non-Microsoft plugins, custom plugins, and website-based capabilities.

4. Preinstalled Plugins

Preinstalled plugins are already available in Security Copilot.

Examples can include plugins associated with Microsoft services such as:

Microsoft Defender
Microsoft Sentinel
Azure AI Search
Other Microsoft security and cloud services

The exact set of available plugins depends on the organization’s configuration and services.

Users can access the plugin/source interface from the Security Copilot prompt experience to see the available plugins.

A key point for the exam is:

Preinstalled does not necessarily mean unrestricted.

Security Copilot owners can control the availability of preinstalled plugins.

By default, Owners and Contributors can access preinstalled Microsoft and non-Microsoft plugins. An owner can change this configuration and restrict plugin access to owners only.

5. Managing Preinstalled Plugin Availability

A Security Copilot owner can control whether preinstalled plugins are available to:

All users
Owners only

This is a tenant/workspace-level administrative control.

Conceptually:

                Security Copilot Owner
                         |
                         v
                Plugin availability
                         |
              +----------+----------+
              |                     |
              v                     v
          All users            Owners only

This provides an important governance mechanism.

Example

An organization has a plugin that connects Security Copilot to a sensitive security system.

The security team decides that only Security Copilot Owners should be able to use the plugin.

The owner can restrict that preinstalled plugin to Owners only.

This does not mean the organization has removed the underlying security system’s permissions. It means the plugin itself is restricted within Security Copilot.

Microsoft notes that restricting a preinstalled plugin is an immediate change affecting users and embedded Security Copilot experiences, so administrators should consider the operational impact before making the change.

6. Custom Plugins

A custom plugin extends Security Copilot with capabilities specific to an organization’s requirements.

Custom plugins can be particularly useful when an organization has:

Proprietary security applications
Internal APIs
Custom threat-intelligence systems
Specialized security databases
Enterprise applications
Custom automation services

A custom plugin generally includes a YAML or JSON manifest describing the plugin and how its capabilities can be invoked. Security Copilot currently supports Security Copilot plugin manifests and OpenAI plugin formats, with supported OpenAPI versions including 3.0 and 3.0.1.

7. Custom Plugin Scope

One of the most important concepts for the exam is scope.

A custom plugin can be made available:

Only to the person who added it
To users across the organization

Think of this as:

			
Custom Plugin
     |
     +---- User scope
     |       |
     |       +-- Only the individual user
     |
     +---- Organization scope
             |
             +-- Available to Security Copilot users

		

User scope

A plugin can be private to the user who added it.

This is useful for:

Testing
Development
Validation
Experimental integrations

Organization scope

A plugin can be made available to users across the organization.

This should generally happen only after the plugin has been reviewed and validated.

Microsoft specifically recommends vetting custom plugins at the user level before making them available to the entire organization.

8. Who Can Manage Custom Plugins?

Security Copilot has two primary platform roles:

Owner
Contributor

These are Security Copilot roles and should not be confused with Microsoft Entra or Azure RBAC roles.

By default, Owners can manage their own custom plugins.

Contributors do not automatically have the same plugin-management privileges.

An Owner can configure whether Contributors are permitted to manage custom plugins.

Microsoft currently provides settings that control:

Who can add/manage personal custom plugins
Who can add/manage custom plugins for the organization

9. Personal Versus Organization-Level Plugin Management

This distinction is particularly important for scenario questions.

An Owner can configure plugin management using two separate concepts.

Personal plugin management

Who can add and manage plugins for themselves?

Possible configuration:

Owners only
Owners and Contributors

Organization-level plugin management

Who can add and manage plugins for users throughout the organization?

Possible configuration:

Owners only
Owners and Contributors

This produces combinations such as:

Personal plugins	Organization plugins	Meaning
Owners only	Owners only	Most restrictive
Owners + Contributors	Owners only	Contributors can experiment personally but cannot publish organization-wide
Owners + Contributors	Owners + Contributors	Broadest plugin-management permissions

For an exam question, pay close attention to whether the scenario asks about personal/user scope or organization/tenant scope.

10. Recommended Governance Pattern

A practical governance model is:

             Security Copilot Owner
                       |
                       v
              Establish governance
                       |
                       v
              Allow user-level testing
                       |
                       v
             Validate custom plugin
                       |
                       v
               Security review
                       |
                       v
        Publish for organization if approved
                       |
                       v
             Monitor and periodically review

This approach reduces the possibility that an untested custom plugin becomes broadly available.

Why this matters

A plugin may connect an AI system to an external API.

That API could:

Return sensitive information
Perform actions
Access privileged resources
Depend on credentials
Introduce third-party dependencies

Therefore, a plugin should be treated as part of the organization’s security boundary.

11. Configuring a Custom Plugin

The general process for adding a custom plugin is:

Step 1 — Open Security Copilot

Step 2 — Open the plugin/source interface

From the prompt experience, select the plugin/source control and open plugin management.

Step 3 — Go to Custom

Locate the Custom plugin section.

Step 4 — Add the plugin

Select the option to add/upload a plugin.

Step 5 — Choose the scope

Specify whether the plugin should be available:

Only to yourself
To anyone in the organization

Step 6 — Choose the plugin format

Depending on the plugin, you can add a:

Security Copilot plugin
OpenAI plugin

Step 7 — Provide the manifest

A Security Copilot plugin can be uploaded as a file or provided through a link to a YAML or JSON manifest.

Step 8 — Configure the plugin

Some plugins require additional configuration.

Step 9 — Complete setup

Provide the required configuration values and complete setup.

Step 10 — Enable the plugin

Once successfully configured, the plugin appears in the Custom section and can be turned on or off.

Microsoft notes that required setup must be completed before the plugin is available for use.

12. Plugin Authentication

Authentication is one of the most important security considerations when configuring plugins.

Different plugins can use different authentication mechanisms.

For Microsoft services, Security Copilot generally uses on-behalf-of authentication.

This means Security Copilot can access Microsoft service data according to the user’s existing permissions rather than simply giving the plugin unrestricted access to all organizational data.

Conceptually:

			
User
 |
 | Existing identity + permissions
 v
Security Copilot
 |
 | On-behalf-of authentication
 v
Microsoft Plugin
 |
 v
Microsoft Service
 |
 v
Only data/actions authorized for the user

		

Important exam distinction

Security Copilot access ≠ automatic access to all underlying security data.

A user needs:

Appropriate Security Copilot access
Appropriate permissions to the underlying service/data

13. Plugin Setup May Be Per User

Some preinstalled plugins require additional configuration.

Microsoft notes that plugins displaying a setup/gear control can require each user who has access to configure the plugin for themselves.

This creates an important distinction:

			
Plugin available
       |
       v
Does it require setup?
       |
   +---+---+
   |       |
  No      Yes
   |       |
   v       v
Use     Configure
          |
          v
        Use

		

Therefore, if an exam scenario says:

“The plugin is visible but the user cannot use it.”

Do not immediately conclude that the plugin is disabled.

It may require additional configuration or authentication.

14. Website Plugins

Security Copilot can also use website-based plugins.

A website plugin can provide access to publicly available website content.

Website plugins use anonymous authentication to access website content.

This is different from Microsoft service plugins that use the user’s identity through on-behalf-of authentication.

Exam comparison

Plugin scenario	Authentication concept
Microsoft service plugin	Often on-behalf-of authentication
Website plugin	Anonymous authentication
Custom API	Depends on API/plugin configuration
Non-Microsoft plugin	Depends on the plugin/provider

15. Custom API Plugins

Organizations can build plugins that connect Security Copilot to APIs.

An API plugin can define how Security Copilot interacts with an external API.

Security Copilot supports authentication approaches for API plugins, including scenarios involving:

Basic authentication
API keys
OAuth authorization code flow
Other supported configurations

The authentication mechanism must match how the underlying API is secured.

Security principle

Do not select an authentication method simply because it is available.

Instead:

Select an authentication method appropriate for the security requirements and capabilities of the target API.

16. Plugin Permissions and Data Permissions Are Different

This is a major SC-500 concept.

Suppose a user has access to Security Copilot and a Microsoft Sentinel plugin.

That does not mean the user automatically receives administrator privileges in Microsoft Sentinel.

Security Copilot uses existing permissions when accessing Microsoft services.

Therefore:

			
Security Copilot role
        |
        v
Can the user use Security Copilot?
        |
        +-------------------+
                            |
                            v
Underlying service permissions
                            |
                            v
             What data/actions are available?

		

The two authorization layers should be considered separately.

17. Plugins and Security Copilot Agents

Plugins are also important when working with Security Copilot agents.

An agent can use plugins to access external capabilities and information.

For example:

			
Security Copilot Agent
          |
          +---- Plugin A
          |       |
          |       +---- Microsoft service
          |
          +---- Plugin B
          |       |
          |       +---- External API
          |
          +---- Plugin C
                  |
                  +---- Threat intelligence

		

Microsoft describes plugins as components that extend what agents can do by giving them access to capabilities in Microsoft and non-Microsoft services and public websites through APIs.

An important distinction is that an agent’s identity and permissions also matter.

An agent can either use a dedicated agent identity in supported scenarios or connect using an existing user account, depending on the agent.

18. Required Plugins for Agents

Some agents depend on particular plugins.

When an agent is configured, its required plugins may be automatically enabled for that agent.

Importantly, enabling a required plugin for an agent does not necessarily change the organization’s general plugin availability configuration.

Microsoft describes agent-required plugins as being activated for that agent without changing the organization’s broader plugin availability settings.

This is an important exam distinction.

Example

An organization restricts a plugin to Owners only.

An agent requires that plugin.

The agent’s required plugin can be enabled specifically for the agent without simply changing the organization’s general plugin policy.

19. Plugin Governance and Least Privilege

Security Copilot should follow the same security principles used elsewhere in Azure and Microsoft security solutions.

The most important principle is:

Grant the minimum access required to perform the task.

For plugins, this means considering:

Who can add plugins?
Who can modify plugins?
Who can publish plugins?
Who can use the plugin?
What data does the plugin access?
What APIs can it call?
What actions can it perform?
What authentication does it use?
Is the plugin organization-wide?
Is the plugin required only for a specific agent?

Microsoft’s Zero Trust guidance emphasizes least privilege for Security Copilot administration and SecOps users.

20. Owner Versus Contributor — Plugin Perspective

Capability	Owner	Contributor
Use Security Copilot	Yes	Yes
Create sessions	Yes	Yes
Manage personal custom plugins	Yes	Default: No
Allow Contributors to manage personal plugins	Yes	No
Allow Contributors to publish custom plugins for organization	Yes	No
Change availability of preinstalled plugins	Yes	No
Manage plugin governance	Yes	No

These distinctions are especially important because Contributor does not automatically mean administrator.

Microsoft’s current Security Copilot role model explicitly separates Owner and Contributor capabilities.

21. Embedded Security Copilot Experiences

Security Copilot can be integrated into other Microsoft security experiences.

Plugin availability can therefore affect not only the standalone Security Copilot experience but also embedded experiences.

For example, restricting a preinstalled plugin can affect the availability of related functionality inside integrated Microsoft security products.

This is why administrators should consider the broader impact before restricting a plugin.

22. Disabling a Plugin

Plugin availability can be controlled through plugin settings.

A plugin can generally be:

Available
Restricted
Turned on
Turned off

The exact effect depends on whether the plugin is:

Preinstalled
Custom
Organization-wide
User-specific
Required by an agent

Do not confuse:

“The plugin is installed”

with:

“The plugin is currently enabled and usable.”

23. Plugin Lifecycle

A useful exam mental model is:

              CREATE / ADD
                   |
                   v
              CONFIGURE
                   |
                   v
               VALIDATE
                   |
                   v
                ENABLE
                   |
                   v
                 USE
                   |
                   v
              MONITOR
                   |
                   v
             REVIEW / UPDATE
                   |
                   v
               DISABLE
                   |
                   v
                DELETE

A mature organization should not treat plugin configuration as a one-time task.

Plugins should be periodically reviewed for:

Security
Ownership
Authentication
Permissions
Business justification
Data exposure
API changes
Continued organizational need

24. Common SC-500 Exam Traps

Trap 1: Assuming Contributors can automatically manage plugins

They cannot automatically manage all custom plugins.

An Owner controls whether Contributors can manage personal or organization-level custom plugins.

Trap 2: Confusing Security Copilot roles with Entra roles

Security Copilot Owner and Contributor are Security Copilot roles.

They should not be treated as equivalent to Microsoft Entra or Azure RBAC roles.

Trap 3: Assuming a plugin grants data access

A plugin does not automatically override the user’s permissions.

For Microsoft services, Security Copilot uses the user’s existing authorization through the on-behalf-of model.

Trap 4: Assuming preinstalled means everyone can use it

Owners can restrict preinstalled plugins.

The available choices include allowing all users or restricting access to Owners.

Trap 5: Confusing user scope with organization scope

A custom plugin can be private to the person who adds it or made available organization-wide.

Look carefully for words such as:

“my session”
“personal”
“user”
“everyone”
“organization”
“tenant”

Trap 6: Assuming a visible plugin is ready to use

Some plugins require additional setup or authentication.

A plugin may therefore appear in the interface but still require configuration.

Trap 7: Assuming an agent’s plugin requirement changes the global plugin policy

An agent can have required plugins enabled specifically for that agent without changing the organization’s general plugin availability configuration.

25. Exam-Focused Mental Model

When you see a Security Copilot plugin question, think through these five questions:

1. What type of plugin is it?

Preinstalled or custom?

2. Who should have access?

Owners, Contributors, or everyone?

3. What is the scope?

Personal/user or organization-wide?

4. Does it require setup/authentication?

Available does not necessarily mean configured.

5. What underlying permissions apply?

Security Copilot permissions and service/data permissions are separate considerations.

A compact mental model is:

             SECURITY COPILOT PLUGIN
                       |
        +--------------+--------------+
        |              |              |
        v              v              v
      TYPE           SCOPE         ACCESS
        |              |              |
 Preinstalled       User          Owner
 Custom             Org          Contributor
        |                             |
        +-------------+---------------+
                      |
                      v
                CONFIGURATION
                      |
                      v
               AUTHENTICATION
                      |
                      v
               DATA / ACTIONS
                      |
                      v
                 GOVERNANCE

26. Key Takeaways

For the SC-500 exam, remember these points:

Plugins extend Security Copilot’s capabilities.
Plugins can connect Security Copilot to Microsoft, non-Microsoft, custom, and website-based capabilities.
Preinstalled plugins are already available within Security Copilot.
Custom plugins are added or created to meet specialized requirements.
Owners control important plugin governance settings.
Owners can determine whether Contributors can manage custom plugins.
Custom plugins can be scoped to the individual user or the organization.
Preinstalled plugins can be restricted to Owners.
Some plugins require additional setup or authentication.
Microsoft service plugins generally use on-behalf-of authentication.
Security Copilot access does not automatically grant unrestricted access to underlying service data.
Plugins can extend the capabilities of Security Copilot agents.
Agent-required plugins can be enabled for the agent without necessarily changing the organization’s general plugin availability.
Least privilege should guide plugin access and administration.
Always distinguish plugin availability, plugin configuration, authentication, and underlying data permissions.

Practice Exam Questions

Question 1

A security administrator wants to allow Security Copilot Contributors to create and manage their own custom plugins for personal use. However, Contributors must not be allowed to publish custom plugins for the entire organization.

What configuration should the administrator use?

A. Allow Owners and Contributors to manage personal custom plugins, while restricting organization-level custom plugin management to Owners.

B. Restrict all custom plugin management to Owners.

C. Allow Contributors to manage organization-level plugins but restrict personal plugins to Owners.

D. Grant Contributors the Security Copilot Owner role.

Answer: A

Explanation: Security Copilot provides separate controls for personal and organization-level custom plugin management. The administrator can allow Owners and Contributors to manage their own plugins while keeping organization-wide plugin management restricted to Owners.

Question 2

A Security Copilot user can see a preinstalled plugin in the plugin list, but the plugin cannot yet be used because it requires additional configuration.

What should the user do?

A. Request the Security Copilot Owner role.

B. Assign themselves an Azure Owner role.

C. Create a new custom plugin with the same name.

D. Complete the plugin’s required setup and authentication/configuration.

Answer: D

Explanation: Some preinstalled plugins require additional setup. Plugins that display a setup or gear option may require configuration by each user who has access to them.

Question 3

An organization wants to prevent Contributors from using a sensitive preinstalled Security Copilot plugin while continuing to allow Security Copilot Owners to use it.

What should an Owner configure?

A. Delete the plugin from Security Copilot.

B. Disable Security Copilot for Contributors.

C. Remove all Microsoft Entra permissions from Contributors.

D. Restrict the preinstalled plugin’s availability to Owners only.

Answer: D

Explanation: Owners can configure preinstalled plugin availability and restrict a plugin to Owners only. This is different from removing a user’s Security Copilot access entirely.

Question 4

A Security Copilot user accesses Microsoft security data through a Microsoft plugin. The security team wants to ensure that Security Copilot does not bypass the user’s existing permissions.

Which authentication concept is most relevant?

A. Anonymous authentication

B. Basic authentication

C. API key authentication

D. On-behalf-of authentication

Answer: D

Explanation: Security Copilot uses on-behalf-of authentication to access Microsoft service data through active Microsoft plugins, helping maintain the user’s existing authorization context.

Question 5

An organization has developed a custom plugin and wants to make it available to all Security Copilot users. Before doing so, what is the recommended approach?

A. Immediately publish it organization-wide so that all users can test it.

B. Grant every user the Security Copilot Owner role.

C. Test and vet the plugin at the user level before making it organization-wide.

D. Convert the plugin into a preinstalled Microsoft plugin.

Answer: C

Explanation: Microsoft recommends vetting custom plugins at the user level before making them available throughout the organization. This reduces the risk of deploying an improperly configured or unsafe plugin broadly.

Question 6

Which statement correctly describes the relationship between Security Copilot permissions and permissions in an underlying Microsoft service?

A. Security Copilot access does not automatically grant unrestricted access to the underlying service’s data.

B. A Security Copilot Contributor automatically receives Security Administrator permissions.

C. Enabling a plugin automatically grants its users Global Administrator privileges.

D. All Security Copilot users receive identical permissions to every connected Microsoft service.

Answer: A

Explanation: Security Copilot roles govern access to the Security Copilot platform. Underlying Microsoft service permissions remain relevant, and Microsoft plugins generally use on-behalf-of authentication to access data according to the user’s existing permissions.

Question 7

A custom plugin is being developed for an organization’s internal API. The security team wants the plugin to remain available only to the developer while it is being tested.

What scope should be selected?

A. Organization-wide

B. Tenant-wide administrator

C. Preinstalled

D. User/personal scope

Answer: D

Explanation: Custom plugins can be added for the individual user or made available to everyone in the organization. User scope is appropriate for development and validation before broader publication.

Question 8

A Security Copilot agent requires a particular plugin to function. The organization has restricted that plugin’s general availability.

What should the administrator understand about an agent’s required plugin?

A. The restriction must always be removed for every Security Copilot user.

B. The required plugin can be enabled specifically for the agent without changing the general organization-wide plugin availability setting.

C. The agent automatically becomes a Security Copilot Owner.

D. The plugin must be deleted and recreated as a custom plugin.

Answer: B

Explanation: When an agent requires specific plugins, those plugins can be activated for the agent without changing the general plugin availability configuration.

Question 9

An administrator wants to allow Contributors to experiment with custom plugins but does not want them to publish plugins for organization-wide use.

Which configuration best satisfies the requirement?

A. Allow Contributors to manage personal custom plugins while restricting organization-level custom plugin management to Owners.

B. Restrict all plugin access to Owners.

C. Allow Contributors to manage organization-level plugins but prohibit personal plugins.

D. Make all custom plugins preinstalled plugins.

Answer: A

Explanation: Security Copilot separates personal plugin management from organization-level plugin management. Contributors can be allowed to manage personal plugins while organization-wide plugin publishing remains restricted to Owners.

Question 10

A security engineer needs to connect Security Copilot to an external API that requires authentication. Which statement is most accurate?

A. Every API plugin must use anonymous authentication.

B. Security Copilot automatically converts every API to Microsoft Entra authentication.

C. The plugin’s authentication configuration should match the authentication requirements of the underlying API.

D. API plugins cannot connect to authenticated APIs.

Answer: C

Explanation: API plugins can use supported authentication approaches appropriate to the API, including scenarios involving API keys, basic authentication, and OAuth authorization code flow. The authentication configuration must correspond to how the target API is secured.