Salesforce-Tableau-Architect Exam Questions With Explanations

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Salesforce Salesforce-Tableau-Architect Exam Sample Questions 2025

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Salesforce Spring 25 Release
105 Questions
4.9/5.0

In configuring the Resource Monitoring Tool (RMT) for Tableau Server, what is important to ensure accurate and useful monitoring data is collected?

A. Configuring RMT to monitor user login and logout activities on Tableau Server

B. Setting appropriate thresholds and alerts for system performance metrics in RMT

C. Linking RMT with external network monitoring tools for comprehensive analysis

D. Integrating RMT with Tableau Server's user database for detailed user analytics

B.   Setting appropriate thresholds and alerts for system performance metrics in RMT

Explanation:

Why B is Correct?

The Resource Monitoring Tool (RMT) is designed to track system performance metrics (CPU, memory, disk I/O, etc.) to identify bottlenecks or failures.

Thresholds and alerts ensure administrators are notified of critical issues (e.g., CPU > 90%) before they impact users.

Tableau’s RMT Documentation emphasizes this as the tool’s primary purpose.

Why Other Options Are Incorrect?

A. Monitoring logins/logouts: Handled by Tableau Server’s internal logs, not RMT.

C. External network tools: RMT focuses on server resources, not network traffic (though complementary tools like SNMP can help).

D. User database integration: RMT doesn’t track user analytics—it’s for hardware/software performance.

Key Steps for Effective RMT Use:

Define thresholds for:

CPU/memory usage (e.g., alert if > 80% for 5+ minutes).

Disk space (e.g., warn if < 10% free).

Configure alerts (email/SNMP) for proactive response.

Review RMT dashboards regularly to spot trends.

Reference:

Tableau’s RMT Best Practices.

Final Note:

B is the core function of RMT. Options A/C/D misrepresent its capabilities—always prioritize performance thresholds for actionable insights.

In the process of configuring an external gateway for Tableau Server, which of the following is a critical step to ensure secure and efficient communication?

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

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

Explanation:

Why D is Correct?

Firewall rules are essential to:

Limit access to the gateway to trusted IPs only (e.g., corporate networks, VPNs).

Block malicious traffic (e.g., DDoS attacks, unauthorized access attempts).

This aligns with Tableau’s Security Hardening Guide, which mandates IP restrictions for gateways.

Why Other Options Are Incorrect?

A. Load balancer: Useful for scaling but doesn’t secure the gateway itself.

B. Bypassing SSL: A security risk—SSL/TLS is mandatory for encrypted traffic.

C. Direct database access: Defeats the purpose of a gateway (which proxies requests securely).

Reference:

NIST Firewall Guidelines (SP 800-41).

Final Note:

D is the only security-focused step. Options A/B/C either neglect security (B) or address unrelated concerns (A/C). Always audit firewall rules post-configuration.

In the context of SSL encryption for Tableau Server, what is an important consideration when renewing an SSL certificate?

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

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

Explanation:

Why B is Correct?

Certificate expiration causes immediate service disruption (browser warnings, connection failures).

Renewing before expiration ensures uninterrupted HTTPS access to Tableau Server.

Tableau’s SSL Certificate Guide mandates proactive renewal.

Why Other Options Are Incorrect?

A. Same specifications: New certificates may require updates (e.g., stronger key lengths, SANs).

C. Switching protocols: TLS versions (e.g., 1.2 → 1.3) are configured separately from certificates.

D. Disabling SSL: Creates security risks—always use a valid certificate..

Reference:

NIST IR 7966: Recommends certificate lifecycle management to prevent outages.

Final Note:

B is the only fail-safe approach. Letting certificates expire (or disabling SSL) risks downtime and security breaches.

When integrating Tableau Server with an authentication method, what factor must be considered to ensure compatibility with Tableau Cloud?

A. The need to configure a separate VPN for Tableau Cloud to support the authentication method

B. Ensuring the authentication method supports SAML for seamless integration with Tableau Cloud

C. The requirement to use a specific version of Tableau Server that is exclusive to Tableau Cloud environments

D. Setting up a dedicated database server for authentication logs when using Tableau Cloud

B.   Ensuring the authentication method supports SAML for seamless integration with Tableau Cloud

Explanation:

Why B is Correct?

SAML (Security Assertion Markup Language) is the standard authentication protocol supported by both Tableau Server and Tableau Cloud for:

Single Sign-On (SSO) with identity providers (e.g., Okta, Azure AD).

Centralized user management (e.g., auto-provisioning via SCIM).

Tableau’s SAML Documentation confirms this as the primary integration method.

Why Other Options Are Incorrect?

A. VPN for Tableau Cloud: Unnecessary—Tableau Cloud uses public HTTPS endpoints for auth.

C. Specific Server version: Tableau Cloud always supports the latest auth methods; compatibility depends on the identity provider, not Server versions.

D. Dedicated auth database: Tableau Cloud handles logs internally—no external DB needed.

Key Steps for SAML Integration:

Configure SAML in Tableau Cloud:

Register Tableau Cloud as a relying party in your IdP.

Map user attributes:

Ensure NameID (username) and groups/roles sync correctly.

Test authentication:

Validate SSO flows and error handling.

Reference:

Tableau’s Hybrid Auth Guide for Server + Cloud setups.

Final Note:

B is the only universal requirement. Options A/C/D misrepresent Cloud’s architecture. Always test SAML with a pilot group before full rollout.

In troubleshooting Azure Active Directory authentication issues with Tableau Server, what is a key aspect to check first?

A. The network bandwidth and speed between Tableau Server and Azure AD services

B. The validity of the OAuth tokens used for authentication between Tableau Server and Azure AD

C. The firewall settings on the Tableau Server blocking Azure AD traffic

D. The version of the Azure AD module installed on Tableau Server

B.   The validity of the OAuth tokens used for authentication between Tableau Server and Azure AD

Explanation:

Why B is Correct?

OAuth token issues are the most common cause of Azure AD authentication failures in Tableau Server. Key checks:

Token expiration: Tokens typically expire after 1 hour (adjustable in Azure AD).

Correct scopes: Ensure tokens include openid, profile, and email.

Signature validation: Mismatched signing keys (e.g., after Azure AD certificate rotation).

Tableau’s Azure AD Troubleshooting Guide lists token validation as step one.

Why Other Options Are Secondary?

A. Network bandwidth: Rarely an issue—Azure AD auth is lightweight (KB-sized tokens).

C. Firewall settings: Only check if Azure AD endpoints (e.g., login.microsoftonline.com) are blocked.

D. Azure AD module version: Tableau Server uses standard OAuth/SAML protocols—no Azure-specific modules.

Reference:

Microsoft’s Token Validation Guide.

Final Note:

B is the fastest path to resolution. Options A/C/D are unlikely culprits unless token checks pass. Always audit token lifetimes in Azure AD.

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