A. Focusing solely on the load time of the most complex dashboards available on the server

B. Conducting tests only during off-peak hours to minimize the impact on regular users

C. Limiting the testing to only a few selected reports to reduce the load on the server

D. Testing with the maximum number of users simultaneously to assess the peak performance capacity

A. Configuring Tableau Bridge with appropriate authentication and encryption for secure da-ta transmission

B. Completely isolating Tableau Bridge from the internal network to prevent any potential security breaches

C. Limiting Tableau Bridge access to only a few select high-level administrators for security reasons

D. Using Tableau Bridge to store a copy of all on-premises data on the cloud for backup purposes

A. Implement a geographically dispersed disaster recovery setup for the Tableau deployment

B. Avoid investing in disaster recovery infrastructure to reduce costs

C. Focus on high availability within a single location without offsite disaster recovery

D. Utilize manual processes for disaster recovery to maintain data control

A. Limiting the number of users to control system load

B. Focusing only on current data requirements without considering future growth

C. Choosing a deployment model that can scale with increasing data volume and user count

D. Using a single server regardless of increasing data and user requirements

A. The version compatibility of Tableau Server with the connected app

B. The frequency of data synchronization between the connected app and Tableau Server

C. The speed and stability of the internet connection between the connected app and Tableau Server

D. The correctness and validity of the client credentials used by the connected app

A. Adding worker nodes to distribute the load more evenly across the server architecture

B. Consolidating all server processes on the primary node to simplify management

C. Increasing the bandwidth of the network on which Tableau Server is hosted

D. Switching to a different operating system for the Tableau Server

A. Investigate scheduled activities, such as extract refreshes or subscriptions, occurring during those times

B. Immediately upgrade the server hardware to increase CPU capacity

C. Ignore the pattern as occasional spikes in CPU usage are normal

D. Limit user access to the server during periods of high CPU usage

A. Increasing the number of Tableau Cloud instances without analyzing usage patterns

B. Reducing the number of dashboards available to users to decrease load

C. Analyzing user access patterns and resource utilization to identify bottlenecks

D. Immediately upgrading the company's internet connection

A. Completing the migration in the least possible time without testing

B. Migrating user passwords directly from Active Directory to LDAP

C. Relying on default settings in LDAP without custom configurations

D. Ensuring that user roles and permissions are accurately mapped and transferred to the new LDAP system

A. Changing the underlying database platform to better suit the Linux environment

B. Neglecting the testing of data connections post-migration, assuming they will remain stable

C. Conducting comprehensive testing of the Tableau Server on Linux, including data source connections and performance benchmarks

D. Only transferring the most frequently used dashboards to reduce the load on the Linux server

A. Allowing the connected app to access Tableau Server content without any restrictions for ease of integration

B. Setting up connected apps in Tableau Server with specific permissions and access controls for the web application

C. Configuring the web application to bypass Tableau Server's security protocols for a direct connection

D. Requiring manual authentication for each user session in the web application to access Tableau content

A. Upgrading the primary node first to ensure new features are immediately available

B. Staging the upgrade by first updating a non-primary node, followed by the primary node, and then the remaining nodes

C. Upgrading all nodes simultaneously to complete the process as quickly as possible

D. Performing the upgrade during business hours to immediately address any issues that arise

A. Creating a dedicated Tableau user and group, and setting appropriate ownership and per-missions on the Tableau directories

B. Assigning the Tableau Server user to the root group to ensure full system access

C. Disabling the Linux system's firewall to prevent it from interfering with file permissions

D. Configuring all users on the Linux system to have administrative privileges for the duration of the Tableau Server installation

A. Configuring Windows to automatically update all system drivers during the Tableau Server installation

B. Disabling all antivirus and firewall software on the Windows system during installation

C. Setting up a dedicated virtual machine for the Tableau Server installation process

D. Running the Installation Wizard as an administrator to ensure sufficient privileges for setup

A. Implementing a complex architecture regardless of current needs to prepare for future demands

B. Selecting the cheapest available hosting option to minimize initial costs

C. Using a static configuration that focuses only on the current state of the business

D. Ensuring the infrastructure can handle different data regulations and compliance requirements across regions