ACCESS-DEF Practice Exam Questions with Answers CyberArk Defender Access (ACC-DEF) Certification

When a user’s account information required for multi-factor authentication (MFA) is not set up properly, preventing them from logging in, the appropriate action is to use the MFA Unlock command in the Admin Portal. This command temporarily suspends MFA, allowing the user a 10-minute window to log in without the need for MFA. This is a useful feature for resolving login issues related to MFA setup errors without having to resort to more drastic measures such as account deletion or changing directory sources.

References: This information can be found in the CyberArk documentation under the section “Temporarily suspend multi-factor authentication,” which outlines the steps to log in to the Identity Administration portal, navigate to Core Services > Users, right-click the account for the user who is locked out, and select MFA Unlock1.

The CyberArk Authenticator desktop application can be installed on both Windows and MacOS operating systems. It is designed to generate Time-based One-Time Passwords (TOTPs) for use in two-factor authentication, providing an additional layer of security for user sign-ins.

References: This information is based on the CyberArk documentation which specifies that the CyberArk Authenticator is compatible with Windows and macOS machines1.

The “Something you are” requirement in multi-factor authentication (MFA) refers to biometric verification methods that rely on unique biological characteristics of an individual. The CyberArk Identity mobile app can fulfill this requirement by using biometric inputs like fingerprints or facial recognition, which are unique to each user. Similarly, F1D02 likely refers to a hardware token or similar device that can support biometric verification, such as fingerprint scanning, to authenticate a user’s identity.

References: The information is based on the official CyberArk documentation which discusses the broad set of supported factors for MFA, including mobile authenticators and hardware tokens that can use biometric verification1. This is also in line with general MFA best practices that categorize biometric factors as “Something you are” due to their inherent uniqueness to the individual23.

 In the context of CyberArk Identity, when dealing with websites that do not require user authentication, the appropriate connector to use is typically a Bookmark. This type of connector acts as a simple link to the website without the need for any authentication process. It’s used for quick access to web resources that are publicly available and do not require a login.

References: The information is based on general knowledge of web application connectors and their purposes. For the most accurate and detailed information, please refer to the latest CyberArk Defender Access (ACC-DEF) course materials and documents. Specific details about the use of connectors for different types of applications can be found in the CyberArk documentation12.

In a typical MFA configuration, users are often allowed to answer security questions as part of the authentication process. This can be an admin-defined question, a user-defined question, or both. The requirement for the number of questions and the minimum number of characters in the answers can vary based on the organization’s security policy.References: This explanation is based on common MFA practices and not on specific CyberArk Defender Access (ACC-DEF) course materials.

For detailed and accurate information, please refer to the official CyberArk Defender Access (ACC-DEF) course materials or contact a certified CyberArk instructor.

To minimize the frequency of 2FA/MFA prompts, the following settings are useful:

A.Challenge Pass-Through Duration:This setting allows users to bypass additional MFA prompts for a set period after successfully completing an MFA challenge. For example, if the duration is set to 8 hours, after the user completes MFA once, they won't be prompted again for another 8 hours on the same device.

D.IP Address filter:By whitelisting certain IP addresses, such as those within the corporate network, you can configure policies that do not prompt for MFA when a user is accessing resources from a known and trusted location.

B, C, and E are not related to minimizing MFA prompts. RADIUS is an authentication provider, OATH OTP is an authentication method, and port mapping is unrelated to authentication prompts.

In general, authentication policies in systems like CyberArk’s may have certain behaviors:

• If a user mistypes their username, it’s possible that the system will still prompt for MFA to avoid revealing whether the username is correct or not, which can be a security measure.
• Similarly, if a user mistypes their password but has set up a mobile authenticator, the system might still send a push notification to prevent giving clues about the correctness of the password.
• It’s common for systems not to notify users of which particular challenge they failed, as this can be a security risk.
• If a security question is set up as an MFA and the user mistypes their password, the security question might not be presented, depending on the system’s configuration.
• When the first factor is a password and the user is an Active Directory user, if the Active Directory service is unavailable, the user typically cannot authenticate, and the system might display a message indicating the service is not available.

References: The explanation provided is based on common practices and principles of multi-factor authentication and does not reference specific ACC-DEF course materials. For detailed and accurate information, please refer to the official CyberArk Defender Access (ACC-DEF) documentation and resources12.

Workday supports synchronization with both Active Directory and CyberArk Identity Cloud Directory. This allows for seamless integration and management of user identities across different platforms, ensuring that user data remains consistent and up-to-date.

References: The information is based on general knowledge of HR systems’ capabilities to integrate with various directories, as described in public documentation. For the exact details and confirmation, please refer to the official CyberArk Defender Access (ACC-DEF) course materials and learning resources.

CyberArk Identity provides a Command Line Interface (CLI) integration specifically designed for Amazon Web Services (AWS). This integration allows users to interact with AWS services using the CLI, leveraging CyberArk Identity for secure authentication and access management. The CLI integration facilitates seamless, secure access to AWS resources, ensuring that credentials are managed and protected according to CyberArk’s robust security standards.

References: The CyberArk documentation provides detailed instructions on installing and running the AWS CLI for CyberArk Identity, highlighting the steps for integrating CyberArk with AWS services12.

The Infinite Apps feature is part of the CyberArk Identity Browser Extension. It simplifies the process of adding SaaS user-password applications that are not listed in the CyberArk Identity App Catalog. The feature includes the App Capture utility, which automatically discovers the username and password fields on a web application’s login page. Once discovered, it adds the application to the portal’s Apps page, allowing it to be deployed with single sign-on capabilities to user portals and devices. If the App Capture utility cannot automatically discover the fields, it provides the option to select them manually. Additionally, users can add applications to their user portal Apps pageand devices using the browser extension, subject to configuration settings managed by the “Allow users to add personal apps” policy.

References: This information can be found in the CyberArk documentation for adding web applications using CyberArk Identity Infinite Apps1.

SAML 2.0, or Security Assertion Markup Language 2.0, is a widely adopted standard for enterprise Single Sign-On (SSO) that facilitates the exchange of authentication and authorization data between parties, particularly between an identity provider and a service provider. In the context of CyberArk Identity, SAML 2.0 is used to manage authentication, allowing users to authenticate at a single location and access a range of services without re-authenticating. This standard issues XML tokens that contain assertions about the user’s identity, attributes, andentitlements, which are then consumed by the service provider to grant access to resources. References: The information is based on CyberArk’s official documentation regarding SAML integration, which outlines the role of SAML 2.0 in single sign-on processes and its implementation within the CyberArk ecosystem1.

 When enforcing certificate-based authentication for domain-joined Windows machines, it’s crucial to ensure that only authorized endpoints are registered. This can be achieved by setting an expiration date for the enrollment code (A), which ensures that the code cannot be used after a certain period, thus reducing the risk of unauthorized use. Specifying the maximum number of devices that can be enrolled (B) helps to prevent over-enrollment and ensures that only a controlled number of machines can be authenticated. Defining the enrollment code to be valid only for specific office/VPN IP network segments © adds an additional layer of security by restricting the enrollment tomachines within the organization’s network, thereby preventing external entities from registering unauthorized devices.

References: The parameters for secure enrollment are outlined in CyberArk’s documentation, which details the process of configuring authentication certificates for enrolled endpoints, including setting expiration dates, device limits, and network restrictions12.

The user behavior risk score in CyberArk Defender Access is influenced by a variety of factors that can indicate potentially risky behavior or anomalies. Geolocation is a significant factor as it can signal unusual access patterns if logins are occurring from locations not typically associated with the user1. The AD joined status of a device is also a critical factor, as devices that are not part of the Active Directory may represent a higher risk when accessing resources2.

References:

• CyberArk’s official documentation on configuring risk-based access control highlights the importance of location as a risk factor and describes how to adjust individual risk factor weights1.
• The CyberArk Docs also detail how administrators can assign unique risk scores based on variables like geo-location data and the AD joined status of the device23.

When the “Challenge Pass-Through Duration” is set to “No Pass Through”, it ensures that users are presented with an authentication challenge every time they attempt to access the portal or applications. This setting is crucial for maintaining strict security protocols and ensuring that user identities are verified at each access attempt, preventing unauthorized access and enhancing overall security posture.