Free and Premium CyberArk CPC-CDE-RECERT Dumps Questions Answers

In the directory lookup order for the CyberArk Privilege Cloud solution, the "CyberArk Cloud Directory" is always looked up first. This directory service is a part of the CyberArk Privilege Cloud infrastructure and is specifically designed to handle identity and access management within the cloud environment efficiently. It prioritizes the CyberArk Cloud Directory for authentication and identity resolution before consulting any external directory services.

The tool used to configure the user object for the installation of the PSM for SSH component is CreateCredFile. This tool is responsible for creating a credentials file that stores the necessary user details required during the installation process, ensuring secure and correct authentication.

For customers using CyberArk Privilege Cloud Shared Services, the correct format for the CyberArk Vault address is:

vault-<subdomain>.privilegecloud.cyberark.cloud (Option B). This format is used to access the vault services provided by CyberArk in the cloud environment, where <subdomain> is the unique identifier assigned to the customer’s specific instance of the Privilege Cloud.

In CyberArk Privilege Cloud, when connecting to a target server using the Privileged Session Manager (PSM) for SSH, the correct syntax for the SSH command includes the following format: ssh neil@linuxuser01#acme.corp@192.168.1.164@192.168.65.145. This syntax breaks down as follows:

neil: The CyberArk username.

linuxuser01#acme.corp: The domain user on the target Linux server, formatted as username#domain.

192.168.1.164: The IP address of the target Linux server.

192.168.65.145: The IP address of the PSM for SSH server.

This specific format ensures that the CyberArk Privileged Access Manager correctly interprets and routes the connection through the PSM for SSH to the intended target server.

When implementing LDAPS Integration for a standard Privilege Cloud environment, certain information is crucial and must be provided to the CyberArk Privilege Cloud support team through a Service Request. The necessary details include:

LDAPS certificate chain for all domain controllers to be integrated (Option A): This information is critical to establishing a trusted secure connection between the Privilege Cloud and the domain controllers using LDAP over SSL (LDAPS).

Fully Qualified Domain Name and IP Address of the domain controllers to be integrated (Option D): This information is essential for accurately identifying and configuring the network connections to each domain controller that will be integrated with the Privilege Cloud.

In CyberArk Privilege Cloud / PSM deployments, PSM Health Check is implemented as a dedicated PSM Web Service on each PSM node (typically used by a load balancer to query application-level health). (docs.cyberark.com)

Because the Health Check relies on IIS, CyberArk includes PSM Health Check hardening activities as part of the setup. These hardening activities specifically focus on reducing IIS exposure by removing default/unused IIS components (for example, CyberArk documents that the setup deletes IIS application pools such as “Classic .NET AppPool”, “.NET v2.0”, “.NET v4.5”, etc.). This is a hardening action aimed at minimizing IIS attack surface / insecure defaults—i.e., removing IIS settings/configurations that could be considered security vulnerabilities. (docs.cyberark.com)

Why the other options are not the “purpose”:

B: While Health Check is used for load balancer health probing, “hardening” is not about validating readiness for a load balancer; it’s about tightening IIS-related configuration. (docs.cyberark.com)

C: Service-running checks are part of health determination, but the hardening step is described in docs in terms of IIS hardening activities (like deleting app pools), not just confirming services. (docs.cyberark.com)

D: AppLocker is part of PSM hardening overall, but it’s not the purpose of PSM Health Check hardening (which is IIS-focused). (docs.cyberark.com)

CyberArk’s PSM for SSH administration documentation explains how to create maintenance access by updating the SSH daemon configuration:

In /etc/ssh/sshd_config, add an AllowGroups entry that includes the maintenance group(s):AllowGroups PSMConnectUsers ..

This matches option C exactly: you enable the additional maintenance user by placing them in the group(s) referenced by AllowGroups in sshd_config.

CyberArk’s hardening instructions for SUSE (manual hardening) explicitly require:

Updating the SSH daemon configuration in /etc/ssh/sshd_config (for example, removing SFTP subsystem definitions and setting multiple hardening-related attributes such as disabling forwarding features).

Ensuring the credential file for the PSM for SSH gateway user (psmpgwuser.cred) has the required permissions 640 (default path shown as /etc/opt/CARKpsmp/Vault/psmpgwuser.cred).

Those map directly to A and C.

CyberArk explains that PSM recordings are saved temporarily on the PSM/connector during the active session, and when the session ends they are uploaded to Privilege Cloud.

It further notes that sessions are stored in the default recording Safe (PSMRecordings) in the Privilege Cloud Vault.

CyberArk states that LDAP users are provisioned using directory maps, and that a directory map determines whether a user account or group may be created in Privilege Cloud (and under which criteria/templates). That’s A.

CyberArk also states that an LDAP user’s account properties are updated by the directory map each time the user logs on (i.e., attributes refresh on login). That’s C.

Why the others are incorrect:

B: No custom Python script is required—Privilege Cloud uses built-in LDAP integration/directory mapping.

D: A Base Context / search base (e.g., DC=example,DC=com) is part of the required LDAP connection configuration.

E: The bind user does not have to be a domain admin; typical LDAP bind accounts are least-privileged for directory reads (domain admin is not a prerequisite in CyberArk’s integration flow).

CyberArk’s Privilege Cloud documentation for SIEM integration (Syslog) states that to connect to SIEM in Privilege Cloud, you must first deploy the Secure Tunnel.

That means the Secure Tunnel is the required component that enables the communication path for sending Privilege Cloud audit logs via Syslog (TCP/TLS) to your SIEM.

Why the other options are not correct for this Privilege Cloud Syslog requirement:

A (CyberArk Syslog Writer) is typically referenced in CyberArk Identity / ISP logging contexts, not as the required Privilege Cloud SIEM transport component. (Privilege Cloud SIEM doc calls out Secure Tunnel explicitly.)

C (Privilege Cloud Connector) is not what the SIEM/Syslog doc identifies as the required prerequisite; it specifically calls out Secure Tunnel.

D (CyberArk Identity Connector) is used to integrate directory services (AD/LDAP) with CyberArk Identity/Identity Administration, not as the Privilege Cloud Syslog transport prerequisite.

For Shared Services (ISPSS), CyberArk’s Identity Administration documentation states: “To provision users based on on-prem directory services, you must first install the Identity Connector.”

This is because Privilege Cloud Shared Services leverages CyberArk Identity directory services integration (via the Identity Connector) for AD/LDAP provisioning and authentication.

In the Privilege Cloud Installer (Standard) procedure, the Connector installer explicitly prompts you to select which components you want to install: “CPM/PSM/Both.”

That means the installation package supports installing:

PSM (Windows connector)

CPM

Why the other options are not correct for this installer package:

C (Secure Tunnel) is treated as a separate component (downloaded as a Secure Tunnel Client Installer package), not one of the “CPM/PSM/Both” choices in the Connector installer step.

D (CCP) is not listed as an installable component in the Privilege Cloud Connector installer flow shown in the official procedure.

E (PSM for SSH) is selected/downloaded as a separate component to support UNIX/Linux, not installed via the Connector installer’s “CPM/PSM/Both” selection.

CyberArk’s Privilege Cloud Standard SAML configuration documentation states that, before using SAML, users must already be defined in Privilege Cloud and provides two supported methods:

Integrate with your LDAP server (recommended) → this provisions users into Privilege Cloud. (Answer A)

Create CyberArk users in Privilege Cloud with identical details as the users who will access via SAML. (Answer D)

The other options are not valid “user definition” methods for this requirement:

SIEM and Email system integrations don’t define users in Privilege Cloud.

E is not a supported/customer method in Privilege Cloud Standard documentation (and Privilege Cloud is a managed service; you don’t create users by directly manipulating the service database).

PSM for SSH supports various authentication methods, specifically focusing on secure and verified access mechanisms. The supported methods include:

RADIUS (D): Remote Authentication Dial-In User Service (RADIUS) is a networking protocol that provides centralized Authentication, Authorization, and Accounting management for users who connect and use a network service. PSM for SSH utilizes RADIUS to authenticate SSH sessions, which adds an additional layer of security by centralizing authentication requests to a RADIUS server.

Client Authentication Certificate (E): This method uses certificates for authentication, where a client presents a certificate that the server verifies against known trusted certificates. This type of authentication is highly secure as it ensures that both parties involved in the communication are precisely who they claim to be, making it suitable for environments that require stringent security measures.

These methods provide robust security options for SSH sessions managed through CyberArk's PSM, ensuring that only authorized users can access critical systems.

CyberArk’s official connector guidance (CyberArk Identity / Identity Administration—used with Privilege Cloud Shared Services for AD user authentication) says that for trusted domains in a single forest, you use this model when the domain controllers have a two-way, transitive trust relationship with the domain controller the connector is joined to.

It also clarifies that a single connector can be used for the entire domain tree or forest in that trusted-domain model, and authentication requests are handled according to AD trust relationships within the forest/tree.

In Privilege Cloud Shared Services, the System Health dashboard lists component categories that include CPM (and Accounts Discovery) and PSM (and PSM for SSH), along with Web Portal and Secrets Manager Credential Providers. Vault/PVWA/PTA are not listed as monitorable components on this page in the Privilege Cloud Shared Services System Health topic.

During Secure Tunnel deployment, CyberArk’s installation flow includes an “Authenticate to Privilege Cloud” step where you must enter Subdomain or Customer ID (plus the provided username/password). The documentation explicitly says to enter only the subdomain identifier (not the whole URL) or use the Customer ID provided by CyberArk.

For PSM Web Connectors developed using the CyberArk Plugin Generator Utility (PGU), the supported browser is Google Chrome. This is because the PGU is designed to create plugins that are most compatible with Chrome's web technologies and security frameworks. Chrome is generally recommended by CyberArk for its up-to-date security features and extensive support for web applications. This is further supported by the CyberArk documentation on the Plugin Generator Utility, which specifies browser compatibility and the optimal environment for deploying web connectors.

In large-scale environments, to enable the Central Policy Manager (CPM) to focus its search operations on specific Safes instead of scanning all Safes it sees in the Vault, the AllowedSafes parameter on each platform policy is used. This parameter can be configured within the platform settings in the CyberArk administration interface. By specifying safes in the AllowedSafes parameter, the CPM will only manage credentials within those designated safes, thereby optimizing performance and managing resources more efficiently by not scanning unnecessary safes. This setting is crucial for large environments where the CPM needs to be as efficient as possible due to the volume of managed accounts.

CyberArk documents that the health check service returns HTTP 200 (OK) when the PSM service is healthy, and returns 503 (Service unavailable) when it is not healthy (in code-based behavior).

CyberArk’s Safe creation documentation explains that when you choose “Save the last <number> account versions” (also shown as “Save latest account versions” in some UIs), the Safe retains the most recent password versions indefinitely by keeping a fixed number of versions and rolling off the oldest. It also states that by default, the last five password versions are stored.

On CyberArk Privilege Cloud, updating users' permissions on safes can be done through the Privilege Cloud Portal and the REST API. The Privilege Cloud Portal provides a user-friendly graphical interface where administrators can manage user permissions directly within the portal's safe management settings. Additionally, the REST API offers a programmable way to automate permission updates across safes, which is especially useful for bulk changes or integrating with other management tools. Both methods provide effective means to manage and customize access controls in a CyberArk environment, allowing for detailed permission settings per user on specific safes.

CyberArk’s PSM hardening procedure for In Domain deployments explicitly recommends linking the hardening GPO to a dedicated OU and ensuring the CyberArk servers are located under that OU so the hardening GPO does not affect any other server.

This directly matches D.

In the Shared Services model, MFA enforcement is done in CyberArk Identity / Identity Administration using Core Services > Policies:

To enforce MFA broadly, CyberArk documents configuring MFA for all users by enabling authentication policy controls and creating/assigning an authentication profile (the mechanisms/challenges).

To require users to set up MFA factors, CyberArk documents the setting under User Security Policies > User Account Settings where you specify the minimum number of authentication factors users must configure upon login.

Option B is the only choice that correctly points you to the right place and activity (Identity Administration Policies to configure authentication/MFA requirements and enrollment requirements).

AllowedSafes is a regular expression and is case sensitive.

The regex Win (with no anchors) will match any Safe name that contains the exact substring “Win” with the same case:

WindowsPasswords → starts with Win ✅

SQL-Win-SA → contains Win ✅

win-ssh-keys → contains win (lowercase) ❌ (case sensitive)

CXD-WIN-ADMINS → contains WIN (all caps) ❌

WiNdOwS_Accts → mixed case, does not contain the exact substring Win ❌

Therefore the correct choices are A and D.

CyberArk’s official guidance for restricting a platform to specific Safes is to set the AllowedSafes platform parameter in the General section of the platform under Automatic Password Management.

AllowedSafes uses a regular expression to match Safe names, which is why a pattern such as (WINDEMEA)|(WINDEMEA_ADMIN) is used to allow exactly those two Safe names.

For LDAP integration with CyberArk Privilege Cloud Standard, the correct statement is that only the Issuing CA certificate is required for certificate trust to your directory server. This setup simplifies the process of establishing a trusted connection between CyberArk and the LDAP server by necessitating only the certification of the issuing Certificate Authority (CA), rather than needing multiple certificates from different levels of the trust chain. This approach ensures that the SSL/TLS communication between CyberArk and the LDAP server is secured based on the trust of the issuing CA’s certificate.