Pass the CyberArk Defender PAM-DEF Questions and answers with ExamsMirror

Users can be restricted to using certain CyberArk interfaces (e.g. PVWA or PACLI) by using the User Type property. The User Type property is a parameter that can be configured in the User Management settings for each user. The User Type property defines which interfaces the user can access the Vault through, such as PVWA, PrivateArk Client, PACLI, PSM, etc. The User Type property is determined by the CyberArk license and can be assigned to users when they are added to the Vault or when their properties are updated. For example, if a user is assigned the User Type of EPVUser, they can access the Vault through PVWA, PrivateArk Client, PrivateArk Webclient, PACLI, and PIMSU. However, if a user is assigned the User Type of BizUser, they can only access the Vault through PVWA1. Therefore, by using the User Type property, administrators can control and restrict which CyberArk interfaces the users can use. References:

1: Manage users, Types of users subsection

The minvalidity parameter on a platform policy in CyberArk determines the minimum amount of time that must pass between the retrieval of a password and when the account becomes eligible for a password change. This parameter ensures that a user has a guaranteed period to use the password before it is changed again, providing stability and predictability in password management1. References: The information provided is based on general knowledge of CyberArk PAM best practices and the functionality of the minvalidity parameter as outlined in CyberArk’s official documentation

Vault Authorizations

• Can be assigned only to users (not groups).

• Cannot be inherited via group membership.

• Defined only via the Private Ark Client.

Safe Auth

• Assigned to users and/or groups.

• Can be inherited via group membership.

• Can be defined in the Private Ark Client or PVWA

To ensure that Windows Domain password changes occur outside of business hours, the settings that must be updated are found in the Master Policy under the Account Change Window section. Here, you can specify the ToHour and FromHour to define the time frame outside of which the passwords should be rotated. This setting allows you to control when password changes can occur, ensuring that they do not interfere with business operations by taking place during non-business hours1.

References:

CyberArk Docs - Set password policies

Target account platforms can be restricted to accounts that are stored in specific Safes using the Allowed Safes property. This property is a parameter that can be configured in the Platform Management settings for each platform. The Allowed Safes property specifies the name or names of the Safes where the platform can be applied. The default value is .*, which means that the platform can be used in any Safe. However, if you want to limit the platform to certain Safes, you can enter the name or names of the Safes, separated by a pipe (|) character. For example, if you want to restrict the platform to Safes called WindowsPasswords and LinuxPasswords, you can enter AllowedSafes=(WindowsPasswords)|(LinuxPasswords). This feature is useful for preventing unauthorized users from accessing passwords, especially if you implement the reconciliation functionality. It also helps the CPM to focus its search operations on specific Safes, instead of scanning all Safes it can see in the Vault1. References:

1: Limit Platforms to Specific Safes

It is possible to restrict the time of day, or day of week that a verify process can occur by using the Verify Time Window parameter in the Platform Management page. This parameter allows the administrator to define a time window for each platform, during which the verify process can be performed. The verify process will not run outside of this time window, unless it is manually initiated by the administrator. This feature can help reduce the load on the target systems and the network during peak hours. References:

[Defender PAM Course], Module 4: Managing Accounts, Lesson 2: Account Verification, Slide 8: Verify Time Window

[Defender PAM Documentation], Version 12.3, Administration Guide, Chapter 4: Managing Platforms, Section: Verify Time Window

Add Accounts --> Safe

Initiate CPM account management operations -> Safe

Add/Update Users -> Vault

Add Safes -> Vault

Comprehensive Explanation:

Add Accounts: This permission is associated with the ability to add new accounts to the CyberArk Vault. It is typically found in the Vault’s administrative settings where account management is handled.

Initiate CPM account management operations: This permission allows users to initiate operations related to the Central Policy Manager (CPM) for account management within a Safe. It is found in the Safe’s permissions settings.

Add/Update Users: This permission enables the addition or updating of user information in the Vault. It is found in the Vault’s user management settings.

Add Safes: This permission is related to the creation of new Safes in the Vault. It is found in the Vault’s administrative settings where Safe management is conducted.

References:

The permissions and their locations can be referenced in the CyberArk Defender PAM course materials and official documentation, which provide detailed information on the management of permissions within the CyberArk solution.

 The Accounts Feed is a feature of the CyberArk Privileged Access Security Solution that enables the discovery and provisioning of privileged accounts in the environment. The Accounts Feed contains the accounts that were discovered by CyberArk that have not yet been onboarded to the Vault. These accounts are displayed in the Pending Accounts page in the PVWA, where the user can view, analyze, and onboard them according to various criteria. The Accounts Feed helps the user to identify and manage the unmanaged privileged accounts that pose a security risk1.

The other options are not correct, because:

A. Accounts that were discovered by CyberArk in the last 30 days. This is not correct, because the Accounts Feed does not contain all the accounts that were discovered by CyberArk in the last 30 days, but only the ones that have not yet been onboarded. The accounts that were already onboarded to the Vault are not part of the Accounts Feed, but are displayed in the Accounts page in the PVWA1.

C. All accounts added to the vault in the last 30 days. This is not correct, because the Accounts Feed does not contain the accounts that were added to the Vault, but the ones that are waiting to be onboarded. The accounts that were added to the Vault are not part of the Accounts Feed, but are displayed in the Accounts page in the PVWA1.

D. All users added to CyberArk in the last 30 days. This is not correct, because the Accounts Feed does not contain the users that were added to CyberArk, but the accounts that are waiting to be onboarded. The users that were added to CyberArk are not part of the Accounts Feed, but are displayed in the Users page in the PVWA1.

References:

1: Accounts Feed

 When a DR Vault Server becomes an active vault, it will automatically fail back to the original state once the Primary Vault comes back online, if the AllowFailback setting is set to “yes” in the padr.ini file. The padr.ini file is the configuration file for the Disaster Recovery application, which enables the DR Vault to replicate data from the Primary Vault and take over its role in case of a failure. The AllowFailback setting determines whether the DR Vault will automatically switch back to the passive mode when the Primary Vault is restored. The default value of this setting is “no”, which means that the DR Vault will remain active until a manual failback is performed1. To enable the automatic failback, the setting must be changed to “yes” and the padr service must be restarted1. The dbparm.ini file is not relevant to this setting, as it is the main configuration file for the Vault database2. References:

Configure the DR Vault - CyberArk, section “AllowFailback”

DBParm.ini - CyberArk, section “Main parameters”

According to the CyberArk Defender PAM documentation1, when a user initiates a PSM connection to the target Linux machine using RemoteApp via PVWA, the client’s machine makes an RDP connection to the PSM server using the PSMConnect user. The PSMConnect user is a local or domain user that starts PSM sessions on the PSM machine. The PSMConnect user has limited permissions and access rights on the PSM server, and its credentials are managed by the CPM. The PSMConnect user retrieves the credentials of the target account from the vault and uses them to establish a secure connection to the target machine. The user can then interact with the target machine through the PSM session, while the PSM server records and audits the session activity.