Analytics-Arch-201 Salesforce Certified Tableau Architect Free Practice Exam Questions (2025 Updated)

Setting up nightly backups during off-peak hours to reduce the impact on server performance Automating nightly backups during off-peak hours is an effective strategy for Tableau Server. This ensures that backups are regularly created to facilitate data recovery while minimizing the impact on server performance during peak usage times. This approach balances the need for data protection with the necessity of maintaining optimal server operation. Option A is incorrect because hourly backups can be excessive and may adversely affect server performance. Option C is incorrect as monthly full backups might not be frequent enough to ensure adequate data recovery capabilities. Option D is incorrect because relying solely on RAID configurations does not replace the need for regular backups to protect against data loss scenarios not covered by RAID.

Employing the REST API to automate the process of adding new users to the server Using the REST API is an effective and programmable way to add new users to Tableau Server. The REST API allows for automation and integration with other systems, enabling the efficient management of user accounts on a large scale. Option A is incorrect because while tabcmd can be used for various administrative tasks, the REST API offers a more flexible and programmable approach for user management. Option B is incorrect as manually adding each user through the web interface is time-consuming and not practical for large-scale operations. Option C is incorrect be-cause Tableau Desktop is not typically used for managing server resources or user accounts.

Registering Tableau Server as a client with the OpenID Connect provider and obtaining client credentials For secure and efficient authentication using OpenID Connect, it is essential to register the Tableau Server as a client with the OpenID Connect provider. This involves obtaining client credentials (client ID and client secret), which are used to authenticate requests from Tableau Server to the provider, ensuring secure communication and identity verification. Option A is incorrect because accepting all OpenID Connect providers without validation poses significant security risks. Option C is incorrect as setting up a direct database connection to the provider’s database is not a standard or secure practice for configuring OpenID Connect. Option D is incorrect because disabling all other forms of authentication is not necessary and could limit flexibility and accessibility for users.

Use a dedicated service account with restricted permissions for repository access Utilizing a dedicated service account with restricted permissions is crucial for maintaining security while accessing an external repository. This ensures that Tableau Server interacts with the repository in a controlled manner, reducing the risk of unauthorized access or data breaches. Option A is incorrect because allowing anonymous access compromises security and is not recommended for external repositories. Option B is incorrect as a direct VPN connection, while secure, is not a necessary step for configuring an external repository in Tableau Server. Option C is incorrect because repository partitioning based on user roles and permissions is not a standard feature or requirement for Tableau Server’s external repository configuration.

Updates should be manually downloaded and vetted before being transferred to the air-gapped environment In an air-gapped environment, the standard method for software updates involves manually downloading and vetting updates on a secure system outside the environment. Once verified, these updates can then be securely transferred into the air-gapped environment using a physical medium. This process ensures that updates are carefully controlled and secure. Option A is incorrect as real-time updates via an internet connection are not possible in an air-gapped environment. Option C is incorrect because automatic updates require an internet connection, which is not available in an air-gapped setup. Option D is incorrect as establishing a satellite connection for updates would compromise the isolation of an air-gapped environment.

Enabling sticky sessions on the load balancer to maintain user session consistent-cy Enabling sticky sessions on the load balancer is crucial when integrating with Tableau Server. It ensures that a user’s session is consistently directed to the same server node during their interaction. This is important for maintaining session state and user experience, particularly when interacting with complex dashboards or during data input. Option A is incorrect because while round-robin dis-attribution is a common method, it does not address session consistency on its own. Option C is incorrect as redirecting all write operations to a single node can create a bottleneck and is not a standard practice for load balancing in Tableau Server environments. Option D is incorrect because allocating a separate subnet for the load balancer, while potentially beneficial for network organization, is not directly related to load balancing effectiveness for Tableau Server.

Adjusting the cache to balance between frequent refreshes and maintaining some level of cached data For dashboards that are frequently updated with real-time data, the caching strategy should aim to balance between frequent cache refreshes and maintaining a level of cached data. This approach allows for relatively up-to-date information to be displayed while still taking advantage of caching for improved performance. Option A is incorrect because a very long cache duration may lead to stale data being displayed in scenarios with frequent updates. Option B is incorrect as refreshing the cache only during off-peak hours might not be suitable for dashboards requiring real-time data. Option D is incorrect because relying solely on disk-based caching does not address the need for balancing cache freshness with performance in a real-time data scenario.

Adding worker nodes to distribute the load more evenly across the server architecture When observability data indicates a consistent high load on Tableau Server’s primary node, adding worker nodes is a strategic architectural revision to consider. This approach helps distribute the workload more evenly across the server, potentially improving performance and reducing the strain on the primary node. Option A is incorrect because switching the operating system does not directly address the issue of load distribution across the server architecture. Option C is incorrect as increasing network bandwidth, while beneficial for data transfer, does not resolve high load issues on the server’s primary node. Option D is incorrect because consolidating all processes on the prima-ry node would likely exacerbate the high load issue rather than alleviate it.

Checking the reverse proxy configuration for correct forwarding rules and SSL termination settings When users are unable to access Tableau Server after setting up a reverse proxy, the first step should be to check the reverse proxy configuration. This includes verifying that the forwarding rules are correctly directing traffic to Tableau Server and that SSL termination (if used) is properly configured. Misconfigurations in these areas are common causes of accessibility issues in such setups. Option A is incorrect because bypassing the reverse proxy is not a solution to the problem and would negate the purpose of the proxy. Option C is incorrect as upgrading the proxy soft-ware, while potentially beneficial, is not the first step before checking the current configuration. Option D is incorrect because increasing memory allocation to Tableau Server does not address issues related to reverse proxy configurations.

Setting the appropriate environment variables in Linux to specify the web proxy details To ensure that Tableau Server can communicate through a corporate web proxy, it is necessary to set the appropriate environment variables in the Linux system. These variables should include the web proxy address and port, allowing Tableau Server to route its external communications through the proxy. Option A is incorrect as disabling the corporate web proxy is typically not feasible or recommended due to security policies. Option B is incorrect because configuring Tableau Server to bypass the web proxy may not be allowed under corporate network policies and could introduce security risks. Option D is incorrect as implementing a VPN solution is an excessive measure for addressing web proxy communication issues and may also conflict with corporate network policies.

Implement external services for real-time data processing and streaming before integrating with Tableau For handling large volumes of real-time data, using external services for initial processing and streaming can be more efficient, allowing Tableau to effectively integrate and visualize the processed data. Option A is incorrect as it’s inefficient to use external services for storing all data, especially if not all of it is relevant for Tableau. Option C is incorrect because relying solely on Tableau Server may not be efficient for large-scale real-time data processing. Option D is incorrect as external services can be valuable for both real-time and historical data, depending on the use case.

Strategically collocating services based on usage patterns and workload compatibility Strategic collocation of services based on usage patterns and workload compatibility can optimize performance and resource utilization for a medium-sized organization, balancing cost and efficiency. Option A is incorrect because collocating all services on a single node might not provide the best performance balance. Option B is incorrect as isolating each service can lead to unnecessary resource utilization and increased costs. Option D is incorrect because random distribution does not ensure an efficient or effective balance of load and resources.

Implementing OAuth for secure, token-based authentication for external applications accessing the Metadata API Implementing OAuth for secure, token-based authentication is crucial when allowing external applications to access the Metadata API. This ensures that only authorized applications can access the API, enhancing security by providing controlled access based on authenticated tokens. Option A is incorrect because unrestricted access can lead to security vulnerabilities and performance issues. Option B is incorrect as real-time updates are more related to the functionality of the Metadata API rather than its configuration for external applications. Option D is incorrect because direct database access is not a standard or safe practice for external applications, especially in the context of API access.

The Tableau Server log files located in the Tableau Server data directory For troubleshooting startup issues with Tableau Server on Linux, the Tableau Server log files located in the data directory of Tableau Server are the most relevant. These logs contain detailed information about the server’s operations and can provide insights into specific errors or issues occurring during the startup process. Option A is incorrect because kernel logs, while useful for hardware-related di-agnostics, are less likely to contain specific information about Tableau Server startup issues. Option C is incorrect as web server logs are more focused on HTTP traffic and may not provide detailed information about Tableau Server’s internal startup processes. Option D is incorrect because network logs, while important for diagnosing connectivity issues, are not the primary source of information for startup problems in Tableau Server.

Ensuring that all Tableau Server components and dependencies are compatible with the Linux operating system Compatibility of server components and dependencies with Linux is crucial to ensure that the Tableau Server functions correctly after migration, avoiding any disruptions due to incompatibilities. Option A is incorrect because transferring data and content without assessing compatibility can lead to functionality issues. Option C is incorrect as focusing only on user interface elements neglects the backend and technical aspects crucial for the server’s operation. Option D is incorrect because the aesthetic differences are less critical than the functional and technical compatibilities in the migration process.

Verifying that the SPNs are correctly set for the Tableau Server service account A common issue in Kerberos authentication related to SPNs is incorrect or missing SPN configura-tion for the Tableau Server service account. The first step in troubleshooting should be to verify that the SPNs are correctly set and associated with the service account running Tableau Server. Incorrect SPN settings can prevent Kerberos from authenticating the server properly. Option A is incorrect because while ticket expiration is a factor in Kerberos, it is less likely to be the primary issue com-pared to incorrect SPN settings. Option C is incorrect as firewall settings, while important, are not the first aspect to check when SPN-related Kerberos issues are suspected. Option D is incorrect be-cause the client machines having Kerberos enabled is less likely to be the root cause of SPN-related issues in Tableau Server.

Ensuring compatibility of data sources and security protocols between Tableau Cloud and Tableau Server This approach focuses on the compatibility of data sources and security protocols, which are critical for ensuring that the migrated environment functions correctly and securely. Option A is incorrect because discontinuing Tableau Cloud before starting the migration can lead to data and service disruptions. Option C is incorrect as migrating all users without testing can result in unforeseen issues impacting user experience and data integrity. Option D is incorrect be-cause the migration of visualizations should be prioritized only after ensuring data source compatibility.

The correctness and validity of the client credentials used by the connected app A common area to focus on when troubleshooting Connected App authentication issues is the correctness and validity of the client credentials (client ID and secret). Incorrect or expired credentials can prevent the connected app from authenticating with Tableau Server, leading to access issues. Ensuring that these credentials are correct and up-to-date is crucial for resolving authentication problems. Option A is incorrect because while internet connectivity is important, it is not typically the primary cause of authentication issues. Option C is incorrect as version compatibility, although important, is less likely to be the direct cause of authentication problems. Option D is incorrect be-cause the frequency of data synchronization is generally not related to authentication issues with connected apps.

The network connection between the Tableau Server and the external file store should have high bandwidth and low latency For optimal performance, it’s critical to ensure that the network connection between the Tableau Server and the external file store has high bandwidth and low latency. This minimizes data transfer times and improves the responsiveness of the server when accessing stored data. Option A is incorrect as having the external file store in a different geographical region can actually increase latency and reduce performance. Option C is incorrect because while having a separate backup system is good practice, it is not directly related to the performance of the external file store with Tableau Server. Option D is incorrect as the file system format compatibility is important, but it does not directly impact the performance in the context of an external file store’s integration with Tableau Server.