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Active Directory with single sign-on (SSO) to integrate with the existing corporate identity management system Using Active Directory with SSO enables seamless integration with the corporation’s existing identity management system, ensuring a unified and secure authentication experience across all branches. Option A is incorrect because local authentication would create fragmented and inefficient user management. Option C is incorrect as it does not leverage the existing corporate identity management system, leading to unnecessary complexity. Option D is in-correct because manual setup for each user is inefficient and does not provide the security benefits of integrating with an existing system.

Scheduling extract refreshes during off-peak hours to minimize impact on performance An effective architectural adjustment in response to performance impacts from data ex-tract refreshes is to reschedule these refreshes to off-peak hours. This change minimizes the performance impact during business hours when server demand is typically higher, thereby maintaining better overall server performance. Option A is incorrect because switching all data extracts to live connections might not be feasible or desirable for all data sources and can have its own performance implications. Option C is incorrect as completely disabling extract refreshes could compromise data freshness and functionality for users. Option D is incorrect because while upgrading the CPU may improve performance, it does not address the core issue of extract refreshes impacting server use during peak times.

Analyzing user access patterns and resource utilization to identify bottlenecks This approach involves a methodical analysis to understand the root cause of performance issues, focusing on how and when the resources are being utilized. Option A is incorrect because increasing cloud instances without understanding the issue may not resolve the problem and could lead to un-necessary costs. Option C is incorrect as upgrading the internet connection might not address the underlying issue within Tableau Cloud’s configuration. Option D is incorrect because reducing the number of dashboards does not directly address the issue of performance during peak times and might hinder business operations.

Ensuring that the new SSL certificate is renewed and installed before the expiration of the current certificate When renewing an SSL certificate for Tableau Server, it is important to ensure that the new certificate is renewed and installed before the current one expires. This continuity prevents any interruptions in SSL encryption and maintains secure communications without any downtime or security warnings due to an expired certificate. Option A is incorrect because the new certificate does not necessarily need to have the exact same specifications; updates or changes might be beneficial. Option C is incorrect as switching SSL protocol versions during renewal should be done based on security needs and compatibility, not as a routine process. Option D is incorrect because disabling SSL encryption, even temporarily, can expose the server to security risks.

To provide seamless user experience during upgrades or maintenance The primary purpose of maintaining two identical environments in a blue-green deployment is to ensure a seamless user experience during upgrades or maintenance. This approach allows for one environment (blue) to be active while the other (green) is updated or maintained. Users are then switched over to the updated environment with minimal disruption. Option A is incorrect because using one environment for development and the other for production is not the primary goal of blue-green deployment, which focuses on seamless transitions during updates. Option B is incorrect as A/B testing is not the main objective of blue-green deployment, which is more about minimizing downtime and ensuring service continuity. Option D is incorrect because dividing the workload between servers is not the fundamental purpose of this strategy; rather, it’s about having a ready-to-go, updated environment.

Establishing a scalable node configuration that can accommodate periodic high usage A scalable configuration allows the business to efficiently handle periodic high usage periods while avoiding unnecessary costs during lower usage times. Option A is incorrect because deploying a large number of nodes for a medium-sized business can be cost-inefficient. Option B is incorrect as a minimal number of nodes may lead to performance issues during high usage periods. Option D is incorrect because considering node count is crucial for balancing performance and cost.

Setting up real-time alerts for any hardware failures or operating system errors Prioritizing the setup of real-time alerts for hardware failures or operating system errors is crucial in a strategy for monitoring a Tableau Server environment. This proactive approach ensures immediate awareness of critical issues that could impact server stability and performance, allowing for swift resolution or mitigation. Option B is incorrect because focusing solely on optimizing disk storage neglects other important metrics like CPU, memory, and network performance. Option C is incorrect as periodic reboots are not a substitute for continuous monitoring and may disrupt service un-necessarily. Option D is incorrect because hardware upgrades should be based on performance metrics and needs, not on a fixed annual schedule.

The ‘data_connections’ table to gain insights into connections and performance of published data sources The ‘data_connections’ table in the Tableau repository schema is critical for tracking the performance of published data sources. It provides detailed information on each connection made to the data sources, offering insights into how these data sources are being accessed and utilized, which is crucial for understanding and optimizing their performance. Option A is incorrect because the ‘users’ table, while identifying users, does not provide specific information on data source performance. Option C is incorrect as the ‘background_tasks’ table focuses on scheduled tasks and does not offer detailed insights into real-time data source performance. Option D is incorrect because the ‘server_usage’ table provides a broad overview of server activity but does not offer the granular details required for monitoring specific data source performance.

Reviewing the installation logs to identify the specific component that failed the pre-installation check When encountering an error during the pre-installation check of Tableau Server on Windows, the first step should be to review the installation logs. These logs provide de-tailed information on which specific component or requirement failed, allowing for targeted trouble-shooting and resolution. Option A is incorrect because reformatting the system is an excessive measure before reviewing detailed logs for specific issues. Option C is incorrect as increasing hard-ware resources does not directly address issues identified in pre-installation checks. Option D is in-correct because uninstalling and reinstalling Tableau Server without identifying the root cause of the failure is unlikely to resolve the issue.

Set up network shared storage that is accessible by all nodes in the cluster For Tableau Server to utilize an external file store effectively, it’s crucial to set up a network shared storage solution that is accessible by all nodes in the cluster. This ensures that data is readily available to all components of the Tableau Server, maintaining consistency and reliability in data access and management. Option A is incorrect because configuring FTP access is not a standard or secure method for integrating an external file store with Tableau Server. Option B is incorrect as enabling SSL on the Tableau Server, while important for security, does not directly relate to the accessibility of the external file store. Option D is incorrect since increasing the virtual memory of the Tableau Server does not affect its ability to access an external file store.