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| Section | Weight | Objectives |
|---|---|---|
| Troubleshooting | 18% | - Analyze performance and capacity issues - Troubleshoot software and connectivity issues - Troubleshoot backup, restore, and replication issues |
| Cloud Tier Administration | 18% | - Perform data movement and Cloud tuning - Configure and manage Cloud Tier |
| Active Tier Administration | 50% | - Manage file system and storage policies - Configure access protocols (CIFS, NFS, DD Boost, VTL) - Apply retention lock and monitor system health - Configure Secure Multitenancy and replication policies - Manage upgrades, updates and performance tuning - Manage system access and networking - Configure system and support settings |
| Integration with Application Software | 14% | - Verify backup and recovery operations - Integrate with backup applications |
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NEW QUESTION # 23
During a project kick-off meeting, the customer's IT team states that they require centralized user authentication and access control for their Dell PowerProtect Data Domain environment.
Which authentication method best meets this requirement?
Answer: B
Explanation:
Comprehensive and Detailed Explanation From PowerProtect Data Domain Deploy Dell PowerProtect Data Domain supports centralized authentication through Lightweight Directory Access Protocol (LDAP) and Microsoft Active Directory (AD). These integrations allow administrators to authenticate using enterprise-managed identities rather than maintaining separate local credentials for each Data Domain appliance.
LDAP and AD integration enable centralized account management, password-policy enforcement, and directory group-based authorization. Administrative roles can be associated with configured directory groups, allowing personnel to receive the appropriate permissions according to their assigned responsibilities.
Dell's Data Domain LDAP Guide confirms that LDAP authentication supports user logins through both the DDOS command-line interface and Data Domain System Manager. The guide also documents configuring directory servers and assigning roles to LDAP groups.
Dell UK
During implementation planning, the engineer should identify the directory infrastructure, authentication servers, DNS requirements, network connectivity, certificate requirements, and access-control policies.
Secure LDAP communication using TLS should be configured wherever supported and appropriate.
Option A is incorrect because locally managed accounts do not provide centralized identity administration.
Option C introduces an additional authentication factor but does not independently establish centralized identity management. Option D is incorrect because SMTP is an email transport protocol, not the required directory authentication mechanism.
Therefore, LDAP/AD integration is the appropriate choice for centralized authentication and role-based access control across the Data Domain environment.
References: Dell PowerProtect Data Domain Deploy - Pre-Deployment Check, Authentication and Security Requirements; Dell DDOS Administration Guide - LDAP Authentication, Active Directory Configuration, and User Role Management.
NEW QUESTION # 24
An implementation engineer has enabled Single Sign-On (SSO), but users cannot authenticate to the Dell PowerProtect Data Domain appliance.
What must be completed to allow SSO login?
Answer: D
Explanation:
Comprehensive and Detailed Explanation From PowerProtect Data Domain Deploy Dell PowerProtect Data Domain supports Single Sign-On (SSO) to allow authorized users to access Data Domain System Manager through a supported centralized authentication provider.
Enabling SSO on the Data Domain appliance is only one part of the configuration. The appliance must also be registered with the designated SSO provider to establish the trusted authentication relationship required for successful sign-in.
The Dell DD Operating System Administration Guide explicitly identifies two prerequisites for SSO login:
SSO must be enabled and the protection system must be registered with an SSO provider.
Dell Canada
Registration allows the Data Domain system to participate in the provider's authentication workflow and validate the appropriate authentication information.
The engineer must verify provider connectivity, hostname resolution, system registration, and the credentials required for the registration process.
For integration with Data Protection Central, Dell documents that the Data Domain sysadmin account is required to complete SSO registration. Other administrative accounts cannot substitute for this requirement.
Dell US
Option A is insufficient because enabling an identity provider without completing system registration does not establish the required SSO relationship. Option B is unrelated to this prerequisite. Option C is incorrect because local accounts do not need to be removed to establish SSO authentication.
Therefore, registering the Data Domain appliance with the SSO provider is the required step to allow SSO login.
References: Dell PowerProtect Data Domain Deploy - Post-Deployment, Authentication Configuration; Dell DD Operating System Administration Guide - Configuring SSO Authentication and Logging In Using SSO; Dell Knowledge Base 000173543 - Configuring SSO for Data Domain.
NEW QUESTION # 25
What information does the daily Autosupport report contain?
Answer: B
NEW QUESTION # 26
What information does the daily Autosupport report contain?
Answer: B
Explanation:
The autosupport command manages system reports. Command options enable administrative users to manage two reports that describe the state of a Data Domain system: the autosupport report and the daily alert summary.
Reference: https://www.delltechnologies.com/asset/en-us/products/data-protection/technical-support
/docu95816.pdf
NEW QUESTION # 27
A deployment engineer is configuring a syslog server on a Dell PowerProtect Data Domain appliance. They must ensure that all logs are correctly received by the syslog server.
What must be verified to ensure this will work as expected?
Answer: B
Explanation:
Comprehensive and Detailed Explanation From PowerProtect Data Domain Deploy Dell PowerProtect Data Domain supports forwarding system log messages to a centralized syslog server for monitoring, troubleshooting, security analysis, and operational auditing. For the syslog server to receive these messages, network connectivity must be established and the required communication port must be permitted through intervening firewalls.
Dell's official knowledge base article, Port Requirements for Allowing Access to a Data Domain through Firewalls, identifies UDP port 514 as the port used for transmitting syslog messages when syslog forwarding is enabled.
Dell Australia
The implementation engineer must verify that the firewall permits traffic from the Data Domain management interface to the configured syslog destination on UDP port 514.
The engineer should also confirm that the destination IP address or hostname is correct, DNS resolution operates properly where applicable, and the receiving syslog service is running.
The DDOS CLI command log host show can be used to review configured remote syslog destinations and their status.
Option A concerns system alert configuration, which is separate from the basic syslog transport requirement.
Option B is incorrect because syslog functionality is not restricted to DDOS 7.13 and later. Option D is incorrect because SNMP provides a separate monitoring mechanism and is not required for syslog forwarding.
Therefore, allowing UDP port 514 through the firewall is the required network configuration for standard syslog delivery.
References: Dell PowerProtect Data Domain Deploy - Post-Deployment, Logging and Monitoring Configuration; Dell Knowledge Base 000004184 - Port Requirements for Allowing Access to a Data Domain through Firewalls; Dell DDOS Administration Guide - Managing Log Hosts.
NEW QUESTION # 28
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