GUARD Exam Dumps - CyberArk Guardian Questions and Answers

Original description / order

Correct match

1

Domain Administrators

2

Server built-in Administrators

3

Workstation built-in Administrators

4

Database Built-in Administrators

The CyberArk Blueprint prioritizes privileged identities according to their potential impact on enterprise security, particularly their ability to facilitate credential theft, lateral movement, and privilege escalation.

Domain Administrator accounts receive the highest priority because their compromise can provide extensive control over Active Directory, including authentication infrastructure, domain controllers, and other domain-managed resources. These identities represent a substantial enterprise-wide risk.

Server built-in Administrator accounts follow because they provide powerful local privileges on infrastructure that frequently hosts sensitive applications, databases, and business services. Securing these accounts reduces opportunities for attackers to establish persistence or move between critical servers.

Workstation built-in Administrator accounts are subsequently prioritized because shared or poorly managed endpoint credentials can facilitate credential reuse and lateral movement across large workstation populations.

Database built-in Administrator accounts remain important because they can provide extensive control over business-critical information. Within the Blueprint sequence represented by this question, these identities are addressed in a later stage of enterprise security expansion.

This ordering reflects CyberArk's staged implementation model rather than an assertion that every database credential is inherently less sensitive than every workstation credential. Actual onboarding priorities should additionally consider privilege scope, asset criticality, and business impact.

CyberArk Privileged Session Manager records administrative sessions and stores completed recordings in designated Recording Safes within the Digital Vault.

At approximately 100 GB per day, retaining seven years of recordings requires substantial storage capacity.

The estimated volume is:

100 GB × 365 × 7 = 255,500 GB

This represents approximately 255.5 TB before accounting for filesystem overhead, additional metadata, growth, and redundancy.

Retaining this entire volume within the operational Digital Vault would introduce considerable storage, backup, and recovery requirements.

The more appropriate approach is to establish a shorter operational recording-retention period and use CyberArk replication or supported archival processes to transfer recordings into secure long-term storage.

Secure Replicate can support the transfer of Vault data into an external backup environment, reducing dependence on continuously expanding primary Vault storage.

However, the archival solution must independently enforce the required seven-year retention period, integrity protection, recoverability, and audit requirements. A backup copy alone does not automatically establish regulatory compliance.

Option B relies on reactive storage expansion. Option C incorrectly treats PSM servers as the permanent recording archive. Option D does not address practical capacity management and incorrectly combines different retention mechanisms.

CyberArk Privileged Session Manager supports horizontally scaled deployments in which multiple PSM servers operate behind a load balancer. This architecture distributes privileged sessions across available servers and increases service availability.

When implementing a PSM farm with a physical load balancer, each PSM server must independently expose its health status. The PSM Health Check integration provides an application-level mechanism for determining whether the individual PSM instance is operational.

The health-check service should be installed and configured on both PSM servers. The load balancer must query each server's health-check endpoint rather than relying exclusively on network connectivity.

A typical endpoint is /psm/api/health , subject to the deployed PSM Health Check version.

The least-connections algorithm distributes new connections toward the server handling fewer active connections. This is useful because privileged sessions can have substantially different durations.

If a PSM instance becomes unavailable, health monitoring allows the load balancer to exclude it from new session assignments.

A single health-check deployment cannot reliably report the independent application status of both servers. Furthermore, PSM supports external load-balancing solutions and is not restricted to round-robin distribution.

See correct matching / sequence below.

Original description / order

Correct match

1

Log into Alero

2

Create the Tenant Account

3

Setup Alero for your tenant

4

Invite Vendors

CyberArk Alero, the former product name associated with CyberArk Remote Access, provides secure remote access for external vendors and privileged employees without relying on traditional VPN-based access.

The tenant creation workflow establishes the administrative and security foundation required before external users can access managed enterprise resources.

The process begins by logging in to the Alero administration environment using an appropriately authorized account.

Next, the administrator creates the tenant account. The tenant represents the organization's logical Remote Access environment and provides the administrative scope for configuring users, applications, and access policies.

After tenant creation, the administrator configures the tenant environment. This includes the applicable authentication settings, Remote Access configuration, privileged-access integration, and permissions required for the intended deployment.

Once these foundational settings are established, external vendors can be invited into the environment.

Vendor invitations should be issued only after the required access configuration has been completed. This reduces the risk of users entering an incompletely configured environment or receiving unintended permissions.

The sequence therefore follows the dependency chain of authentication, tenant creation, tenant configuration, and vendor onboarding.

Technical warning / qualification: Alero is legacy product terminology. The process should be interpreted in the context of the product generation represented by the question.

The CyberArk Digital Vault uses the DBParm.ini configuration file to define operational parameters affecting the Vault Server, including logging, communication, and service behavior.

The LogRetention parameter specifies how long relevant Vault log records are retained before they become eligible for removal.

According to the behavior described by this legacy parameter, expired log records are cleared during the Vault Server startup process. At startup, the server can evaluate retention settings and perform the corresponding cleanup operations.

This means the retention period defines the eligibility threshold for removing records, while the server lifecycle determines when the cleanup operation is performed.

Stopping the service does not independently execute the startup cleanup operation. Additionally, an administrator is not ordinarily required to perform individual manual deletions of expired records governed by this mechanism.

It is important to distinguish operational log retention from other CyberArk retention controls. Vault audit records, external SIEM archives, privileged session recordings, and disaster recovery replicas may have separate retention requirements.

Administrators should therefore validate the relevant logging configuration and applicable audit obligations before modifying retention settings.

CyberArk Digital Vault servers operate within a hardened security boundary designed to minimize their operating-system attack surface. Standard hardening restricts unnecessary Windows services, network connections, administrative access, and operating-system functionality.

Despite these protections, Vault servers still require supported operating-system security updates to address vulnerabilities and maintain compliance.

CyberArk documents a controlled patching procedure using Windows Server Update Services (WSUS). A dedicated, appropriately secured WSUS server distributes approved Microsoft updates without requiring the Vault to connect directly to public Windows Update services.

The process involves configuring the Vault for the internal WSUS service, temporarily enabling the services and network connectivity needed to obtain updates, installing approved patches, and restoring the hardened configuration.

CyberArk supplies PowerShell utilities for these operations, including ConfigureWSUS.ps1 , OpeningServices.ps1 , DownloadUpdatesFromWSUS.ps1 , and InstallUpdates.ps1 .

Updates should be tested, approved, and applied during coordinated maintenance windows. Reboots must be planned according to the Vault's availability architecture.

Joining the Vault to Active Directory merely to support patch distribution would introduce unnecessary dependencies and weaken its security isolation.

Technical warning / qualification: Option A identifies the supported mechanism. It should not be interpreted as authorization for uncontrolled, unattended patch installation.

CyberArk Master Policy provides centralized control over key privileged-access and password-management requirements across managed platforms.

The Require dual control password access approval setting establishes an approval workflow for privileged credential retrieval.

When this rule is enabled, users must obtain authorization from designated approvers before accessing protected account credentials, unless a supported exception applies.

This is particularly useful for sensitive administrative accounts requiring separation of duties and additional access oversight.

The Enforce one-time password access rule controls the reuse of privileged credentials. When enabled, the password-management process changes the managed password after account usage, subject to the configured validity and workflow requirements.

This reduces the period during which a retrieved credential remains usable.

Automatic reconciliation is implemented through password-management platform settings and reconciliation-account configuration. It is not the specific Master Policy rule represented by option C.

PSM recording retention is configured through the relevant recording-retention and Safe-management mechanisms rather than being one of the two controls requested.

Similarly, password-version retention is governed by applicable Vault or Safe configuration rather than the Master Policy rules listed.

Options A and B therefore correctly identify the two Master Policy controls.

CyberArk xRay is a diagnostic utility designed to collect information required for troubleshooting CyberArk Privileged Access Manager components.

In a large deployment containing multiple Vaults, PVWAs, CPMs, and PSMs, manually retrieving logs and configuration files from every server introduces considerable administrative overhead.

The xRay utility simplifies diagnostic collection by gathering supported component logs, configuration information, and other troubleshooting data into a structured package suitable for CyberArk Technical Support.

This allows support engineers to investigate installation problems, connectivity failures, configuration inconsistencies, and component-specific operational errors.

For example, PSM diagnostics may involve session-manager service logs and connection-component configuration, while CPM diagnostics may include password-management logs and relevant platform information.

CyberArk PAS Reporter is intended primarily for reporting and operational assessment rather than comprehensive technical diagnostic collection. CyberArk zBang focuses on identifying potential attack paths and security exposures in Active Directory environments.

Although manual collection remains possible when automated tooling is unavailable, it is less efficient for the described deployment.

Diagnostic packages must also be handled securely because configuration files and logs may contain sensitive infrastructure information.

Original description / order

Correct match

Added and fetched in OpenSSH format

Public Keys

Manage policies and maintain consistency

Host Factory — intended by elimination

Immutable permission events and records across entire infrastructure

Audit

Engine to manage users, groups, hosts, and layers

Directory

CyberArk Conjur includes services for managing machine identities, authorization policies, cryptographic public keys, and security audit information.

The Public Keys service manages public keys associated with Conjur identities. These keys can support SSH-based authentication and are commonly represented in OpenSSH format.

The Directory service organizes identity resources, including users, groups, hosts, and layers. These resources provide the foundation for policy-based authorization and controlled secrets retrieval.

The Audit service records security-relevant activities, including authentication and authorization events. Such records support operational investigation, accountability, and security monitoring. Audit durability depends on the deployment and protected log-storage configuration.

Host Factory enables automated creation and enrollment of host identities. It uses policy-controlled, time-limited enrollment tokens to allow newly provisioned workloads to become members of authorized Conjur layers without granting broad administrative permissions.

The second description in the exhibit is technically imprecise. Host Factory is not the general mechanism for maintaining Conjur policies. Policy files and Conjur's policy-management interfaces govern authorization definitions.

Nevertheless, Host Factory is the intended remaining match among the four supplied choices.

Technical warning / qualification: The second description should be rewritten to Automates the creation and enrollment of host identities using policy-controlled tokens.

Successful CyberArk adoption requires more than deploying privileged access management components. Organizations must address the operational impact of new access workflows on administrators and business users.

Personal Privileged Accounts represent identities assigned to individual users for performing administrative activities requiring elevated permissions.

Migrating these accounts into CyberArk can change how users authenticate, initiate privileged sessions, request access, and perform routine administrative tasks.

If these changes are introduced without preparation, business teams may experience operational disruption and resist adoption.

The recommended approach is to establish a structured transition program that includes stakeholder communication, user training, testing, and a clearly defined migration schedule.

Training should explain how to access privileged accounts through CyberArk, use the relevant connection mechanisms, and obtain assistance when access problems occur.

Providing a transition date allows business units to prepare and validate critical operational workflows before legacy access arrangements are retired.

Option A creates uncontrolled security exceptions. Option B introduces unnecessary operational risk through an immediate transition.

Option C leaves the migration deadline entirely to individual business units, potentially extending the period during which unmanaged privileged access remains available.

Option D combines operational preparation with enforceable program governance.