A.  

Immediately upgrade the server hardware to increase CPU capacity

B.  

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

C.  

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

D.  

Ignore the pattern as occasional spikes in CPU usage are normal

A.  

Relying on manual installation by each server administrator to ensure individual control

B.  

Using a network management tool like Microsoft SCCM to automate and standardize the deployment of updates

C.  

Employing email notifications to prompt administrators to download and install updates individually

D.  

Setting up an internal website where administrators can download updates at their convenience

A.  

Testing the server with a single, high-usage dashboard to see its performance under stress

B.  

Simulating a variety of user activities, such as viewing dashboards, publishing workbooks, and refreshing extracts

C.  

Exclusively testing the data source connection speeds to determine the overall server performance

D.  

Running the tests only with administrative users to evaluate the server's response to privileged activities

A.  

Universal access with a single shared login for all users

B.  

Region-specific local authentication for each group of users

C.  

Integration with a centralized identity management system that complies with regional data privacy laws

D.  

Randomized password generation for each user session

A.  

The Windows Event Viewer System Logs to check for any operating system-level errors

B.  

The Tableau Server log files located in the "logs" directory of the Tableau Server installation path

C.  

The IIS logs if Tableau Server is configured to use IIS as a web server

D.  

The network logs to check for any connectivity issues with client machines

A.  

Migrating the server during peak business hours to immediately test the performance

B.  

Planning the migration process with thorough backups and a clear rollback plan

C.  

Transferring only the most essential dashboards and rebuilding the rest on the new server

D.  

Changing the underlying database structure during the migration to improve performance

A.  

Regularly defragmenting the disk where encrypted extracts are stored

B.  

Ensuring there is sufficient processing power on the server for the encryption and decryption processes

C.  

Implementing dedicated network bandwidth for accessing encrypted extracts

D.  

Scheduling the encryption process during off-peak hours to minimize impact on server performance

A.  

Relying solely on periodic manual backups of the Tableau Server data

B.  

Implementing a strategy that includes regular automated backups, off-site storage, and a standby Tableau Server

C.  

Using only cloud-based auto-save features without any additional backup mechanisms

D.  

Limiting backups to only the most important dashboards and data sources

A.  

Assign all users the "Viewer" role to maintain data security and control

B.  

Provide "Creator" roles to department heads and "Explorer" roles to their team members

C.  

Implement a uniform "Explorer" role for all users to simplify management

D.  

Tailor user roles based on specific department needs and data access levels

A.  

Regularly updating the Tableau Server software to the latest version

B.  

Ensuring the SSL certificate covers all domain names and subdomains used by Tableau Server

C.  

Increasing the bandwidth capacity of the network to accommodate SSL traffic

D.  

Configuring all user accounts in Tableau Server to require SSL for authentication

A.  

Enabling automatic user provisioning within the SAML provider to create Tableau Server accounts

B.  

Configuring Tableau Server to redirect all HTTP requests to HTTPS for secure communication

C.  

Obtaining and installing an SSL certificate specifically for the SAML provider

D.  

Importing the SAML provider's metadata into Tableau Server for proper identity provider configuration

A.  

It provides real-time alerts for any changes in user permissions and security settings

B.  

It offers insights into server resource utilization, such as CPU, memory, and disk usage

C.  

It tracks changes in workbook and dashboard designs to assess their impact on performance

D.  

It monitors network bandwidth usage between the Tableau Server and client applications

A.  

Configuring the external gateway to use a different operating system than Tableau Server for diversity

B.  

Implementing session persistence in the external gateway to maintain user sessions during server failovers

C.  

Allocating additional storage to the external gateway to handle large volumes of data

D.  

Using a single, powerful gateway to manage all the traffic to Tableau Server

A.  

Disabling the corporate web proxy for the duration of the Tableau Server installation

B.  

Configuring Tableau Server to bypass the web proxy for all external communications

C.  

Setting the appropriate environment variables in Linux to specify the web proxy details

D.  

Implementing a VPN solution to circumvent the need for a web proxy

A.  

Collocating all services on a single node to minimize hardware costs

B.  

Isolating each service on separate nodes, regardless of the impact on resource utilization

C.  

Strategically collocating services based on usage patterns and workload compatibility

D.  

Assigning services to nodes randomly to evenly distribute the load

A.  

Increasing the bandwidth of the server's internet connection

B.  

Verifying the configuration settings of the reverse proxy, including URL rewriting and port forwarding rules

C.  

Changing the reverse proxy software to a different provider

D.  

Installing a new SSL certificate directly on the Tableau Server

A.  

Configuring Tableau Server to use a specific set of encryption algorithms

B.  

Obtaining and installing a valid SSL certificate from a trusted certificate authority on Tableau Server

C.  

Setting up a dedicated SSL decryption server to handle incoming SSL traffic

D.  

Enabling SSL on client devices that access Tableau Server

A.  

Creating a unique user account in Tableau Server for each user of the connected app

B.  

Registering the connected app in Tableau Server and obtaining client credentials (client ID and secret)

C.  

Allocating additional storage on Tableau Server for data accessed by the connected app

D.  

Setting up a dedicated VPN channel between Tableau Server and the connected app

A.  

Upgrading the Windows operating system to the latest version

B.  

Checking for and resolving any software conflicts, such as incompatible versions of dependencies or conflicting applications

C.  

Disconnecting the Windows system from the network to isolate it from external interference

D.  

Changing the system's regional and language settings to match those recommended by Tableau

A.  

Increasing the server's hardware resources, such as RAM and CPU capacity

B.  

Simplifying the calculated fields and reducing the number of filters and parameters in the workbook

C.  

Splitting the workbook into several smaller workbooks to distribute the load

D.  

Checking the network speed between the Tableau Server and the client machines

A.  

Increasing the number of Tableau Cloud instances without analyzing usage patterns

B.  

Analyzing user access patterns and resource utilization to identify bottlenecks

C.  

Immediately upgrading the company's internet connection

D.  

Reducing the number of dashboards available to users to decrease load

A.  

To store user data and content such as workbooks and data sources

B.  

To balance the load among different nodes in the cluster

C.  

To manage the election process for the active repository and synchronize cluster configurations

D.  

To encrypt data transferred between nodes in the cluster

A.  

The tool's ability to compress dashboards to reduce file size during migration

B.  

Its capacity to handle bulk migrations with batch processing of multiple dashboards

C.  

The feature to convert dashboards into different formats before migration

D.  

Its function to redesign dashboards automatically to fit the new server's layout

A.  

Setting up a load balancer to distribute traffic evenly across multiple Tableau Server in-stances

B.  

Configuring the gateway to bypass SSL for faster data transmission

C.  

Enabling direct database access from the gateway for real-time data querying

D.  

Implementing firewall rules to restrict access to the gateway based on IP addresses

A.  

Implementing a complex LDAP-based system for future scalability

B.  

Using Tableau Server's built-in local identity store for simplicity and ease of management

C.  

Integrating with an external enterprise-level identity provider, regardless of the cost

D.  

Requiring users to have separate credentials for Tableau Server, unrelated to other systems

A.  

The network speed and latency between Tableau Server and the LDAP server

B.  

The compatibility of the LDAP server's software version with Tableau Server

C.  

The correctness of the LDAP server address and port number configured in Tableau Server

D.  

The firewall settings on the client machines trying to authenticate with Tableau Server

A.  

Moving all data extracts to live connections to avoid refreshes

B.  

Scheduling extract refreshes during off-peak hours to minimize impact on performance

C.  

Completely disabling extract refreshes to enhance server performance

D.  

Upgrading the server's CPU to speed up extract refreshes

A.  

Enabling port forwarding on the Tableau Server for all SSL traffic

B.  

Requiring all users to have administrative privileges on their devices

C.  

Installing a trusted certificate on both the client's and server's sides

D.  

Configuring the Tableau Server to use a specific set of cipher suites

A.  

Disabling user access to Tableau Server until the upgrade is complete on all nodes

B.  

Conducting a full backup of the server before initiating the upgrade process

C.  

Immediately applying all available updates to the operating systems of the server nodes be-fore starting the upgrade

D.  

Removing less critical nodes from the cluster to simplify the upgrade process

A.  

Configuring the load balancer to use a round-robin method for distributing requests across nodes

B.  

Enabling sticky sessions on the load balancer to maintain user session consistency

C.  

Setting up the load balancer to redirect all write operations to a single node

D.  

Allocating a separate subnet for the load balancer to enhance network performance

A.  

Changing the domain name of the Windows server to align with the DNS settings

B.  

Verifying and correcting the DNS settings on the Windows server

C.  

Increasing the bandwidth allocation to the Windows server to improve network communication

D.  

Installing a secondary DNS server to provide redundancy in the network configuration

A.  

Restructuring the underlying database to improve its performance

B.  

Optimizing the data source by reviewing and refining complex calculations and data relationships

C.  

Replacing the data source with a pre-aggregated summary data source

D.  

Increasing the frequency of extract refreshes to ensure more up-to-date data

A.  

The 'users' table to identify active users interacting with the data sources

B.  

The 'data_connections' table to gain insights into connections and performance of published data sources

C.  

The 'background_tasks' table to monitor the performance of scheduled tasks related to data sources

D.  

The 'server_usage' table to understand the overall server load and its impact on data source performance

A.  

Set the repository to allow anonymous access for ease of connectivity

B.  

Configure a direct VPN connection between the Tableau Server and the external repository

C.  

Implement repository partitioning based on user roles and permissions in Tableau

D.  

Use a dedicated service account with restricted permissions for repository access

A.  

Ensuring the test environment has significantly higher specifications than the production environment to test maximum capacity

B.  

Mirroring the hardware and software configurations of the production environment as closely as possible

C.  

Using a simplified dataset in the test environment to focus on server performance

D.  

Configuring the test environment without security protocols to observe performance with-out any restrictions

A.  

The Linux system's kernel logs to check for any hardware-related issues

B.  

The Tableau Server log files located in the Tableau Server data directory

C.  

The web server logs to identify any issues related to web traffic handling

D.  

The network logs to check for any connectivity issues with external data sources

A.  

Software updates must be performed in real-time via a secure internet connection

B.  

Updates should be manually downloaded and vetted before being transferred to the air-gapped environment

C.  

The Tableau Server should be configured to automatically download and install updates when available

D.  

A dedicated satellite connection should be established for regular software updates

A.  

The compatibility of the Kerberos protocol with the web browser used by clients

B.  

The configuration of Service Principal Names (SPNs) for the Tableau Server

C.  

The network speed between the client machines and the Tableau Server

D.  

The frequency of synchronization between Tableau Server and the domain controller

A.  

Configuring a minimal number of backgrounders and VizQL processes to reduce server load

B.  

Maximizing the number of Data Server processes while minimizing other processes

C.  

Balancing the number of VizQL, Data Server, and Backgrounder processes to support user concurrency and data analysis needs

D.  

Focusing solely on increasing the number of Backgrounder processes

A.  

Utilizing tabcmd to execute a script that automatically adds new users based on a predefined list

B.  

Manually adding each user through the Tableau Server web interface to ensure accurate data entry

C.  

Using Tableau Desktop to import a list of new users into Tableau Server

D.  

Employing the REST API to automate the process of adding new users to the server

A.  

Ignoring data governance policies as they are not applicable in Tableau Cloud

B.  

Ensuring that data governance and security policies are adapted for the cloud environment

C.  

Focusing solely on the technical aspects of migration, disregarding data security

D.  

Completely redesigning all dashboards to fit the cloud model

A.  

Further increase the load in subsequent tests to find the server's actual performance limits

B.  

Immediately scale down the server's hardware to reduce operational costs

C.  

Focus on testing network bandwidth and latency as the primary factors for performance optimization

D.  

Stop further load testing as low resource utilization indicates optimal server performance

A.  

Upgrading the external database servers for faster processing

B.  

Reviewing and optimizing the database queries used in Tableau workbooks for efficiency

C.  

Implementing caching mechanisms in Tableau Server to reduce the reliance on database queries

D.  

Restricting the size of data extracts to lessen the load on the external databases

A.  

Enforcing that all WDCs must be hosted on the same server as Tableau Server

B.  

Regularly updating WDCs to the latest version available, irrespective of testing and compatibility checks

C.  

Ensuring that WDCs are securely accessing data sources and handling data transfer secure-ly and efficiently

D.  

Limiting WDC usage to only internally developed connectors and prohibiting any third-party connectors

A.  

Configuring a primary and secondary Tableau Server in an active-active mode for real-time data replication

B.  

Implementing a nightly backup routine that stores backups on the same physical server for quick access

C.  

Relying on manual backups performed by administrators on a weekly basis

D.  

Using a cloud-based storage service as the sole method for disaster recovery backups

A.  

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

B.  

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

C.  

Selecting the cheapest available hosting option to minimize initial costs

D.  

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

A.  

The 'users' table to identify all the active users on Tableau Server

B.  

The 'data_connections' table to see details about connections to published data sources

C.  

The 'background_tasks' table to monitor scheduled tasks for data sources

D.  

The 'server_usage' table to get an overview of overall server activity

A.  

Allocating a dedicated server solely for running Tableau Bridge to manage all data connections

B.  

Ensuring that Tableau Bridge is installed on a machine with a constant and stable internet connection

C.  

Installing Tableau Bridge on every user's local machine to decentralize data connectivity

D.  

Configuring Tableau Bridge to refresh data only during off-peak hours to reduce network load

A.  

Reconfiguring the LDAP server to use a different authentication protocol

B.  

Ensuring that the Tableau Server has the correct LDAP server address, port, and credentials configured

C.  

Upgrading the network infrastructure to facilitate a faster connection to the LDAP server

D.  

Installing additional security software on the Tableau Server to enhance LDAP communication

A.  

Disabling the web proxy to see if performance improves without it

B.  

Checking the web proxy settings for any bandwidth limits or filtering rules that might be affecting performance

C.  

Reinstalling Tableau Server to ensure it's properly configured for proxy usage

D.  

Configuring Tableau Server to use an alternative port that bypasses the web proxy

A.  

Renewing the certificate with the exact same specifications as the old one to avoid configuration changes

B.  

Ensuring that the new SSL certificate is renewed and installed before the expiration of the current certificate

C.  

Switching to a different SSL protocol version during renewal for enhanced security

D.  

Temporarily disabling SSL encryption while waiting for the new certificate to be issued

A.  

Configuring each user account in Tableau Server with its own unique SPN

B.  

Ensuring the Tableau Server service account has the appropriate SPNs set for the server's fully qualified domain name (FQDN)

C.  

Assigning a dedicated IP address for each SPN used by Tableau Server

D.  

Enabling SSL on Tableau Server to encrypt the SPN communication

A.  

Setting the cache to refresh every time a view is loaded to ensure the most up-to-date data is always used

B.  

Configuring the cache to be cleared at a regular, scheduled interval that aligns with the data refresh schedule

C.  

Disabling caching entirely to force real-time queries for all dashboard views

D.  

Increasing the server's RAM to enhance its overall caching capability

A.  

Setting up a VPN tunnel between Tableau Server and the third-party application

B.  

Adding the third-party application's server IP address to the list of trusted hosts in Tableau Server

C.  

Configuring all users in Tableau Server to have default administrative privileges

D.  

Enabling cross-origin resource sharing (CORS) on Tableau Server for all domains

A.  

Immediately replacing the network switches and routers to ensure more reliable connectivity

B.  

Analyzing the server logs on both Tableau Server and the database server to identify any error patterns or connection failures

C.  

Restricting access to the database server to only a few select nodes to reduce load and potential connectivity issues

D.  

Migrating all data to a new database server to eliminate the possibility of server-specific connectivity problems

A.  

The total number of views created by users each day

B.  

The average load time of dashboards and views on the server

C.  

The frequency of user logins and logouts on the server

D.  

The number of extract refresh failures occurring on the server

A.  

Choosing to encrypt only new extracts while keeping existing extracts unencrypted to maintain their current performance levels

B.  

Ensuring that the server has sufficient processing power and memory to handle the additional load from encrypting and decrypting extracts

C.  

Disabling extract encryption during peak usage times to avoid any potential impact on server response times

D.  

Implementing extract encryption only for extracts accessed by a certain number of users to reduce server load

A.  

Migrating user passwords directly from Active Directory to LDAP

B.  

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

C.  

Relying on default settings in LDAP without custom configurations

D.  

Completing the migration in the least possible time without testing

A.  

Deploying a large number of nodes to prepare for peak usage, regardless of cost

B.  

Configuring a minimal number of nodes to save on costs, despite potential performance is-sues

C.  

Establishing a scalable node configuration that can accommodate periodic high usage

D.  

Ignoring node count considerations and focusing only on process distribution

A.  

Encrypting only those extracts that contain sensitive information, while leaving others un-encrypted for performance reasons

B.  

Enabling extract encryption at the server level to ensure all extracts are encrypted, regard-less of their content

C.  

Relying on database-level encryption alone to secure all data used in Tableau extracts

D.  

Manually encrypting each extract using third-party software before uploading it to Tableau Server