Salesforce Updated Agentforce-Specialist Exam Questions and Answers by bruno

The AgentForce Conditional Logic and Triage Design Guide recommends using custom variables and deterministic filters for reliable decision-making in AI agents. The document explains: “For deterministic triage flows, create a variable (e.g., severityLevel) populated by an action or rule. Then, apply filters so that specific actions execute only when the variable matches defined criteria. This approach guarantees predictable and auditable outcomes.”

In this case, severityLevel controls whether to escalate to a human rep or create a support case, ensuring no ambiguity in execution.

Option A (IF/THEN logic in topic instructions) and Option B (“Always/Never” keywords) rely on natural language interpretation, which is non-deterministic and can lead to inconsistent results.

Thus, Option C aligns with Salesforce’s documented best practice for reliable and rule-based triage logic.

References (AgentForce Documents / Study Guide):

AgentForce Conditional Logic Guide: “Using Variables and Filters for Deterministic Flows”

AgentForce Implementation Handbook: “Triage and Escalation Best Practices”

AgentForce Study Guide: “Building Reliable Multi-Step Decision Logic”

According to the AgentForce Data Configuration and Retrieval Guide, when an organization like Universal Containers wants to enable its AI agent to answer questions using historical case data, the correct implementation is to create an Unstructured Data Model Object (UDMO) based on the Case object, then index that data for retrieval.

The documentation clearly explains:

“When using previous case records to power AI-driven Q&A or similarity-based retrieval, create a UDMO mapped to the Case object. UDMOs allow the system to process and semantically index unstructured text fields such as Case Description, Resolution, and Comments, enabling the LLM to surface contextually similar resolved cases.”

This allows the AgentForce retrieval engine to perform semantic searches across historical support data, returning cases that are most contextually relevant to the user’s query.

Option A is incorrect because past cases cannot be used automatically without indexing them.

Option B is incorrect because a DMO is for structured data (tables, numeric fields) and doesn’t support semantic text retrieval.

Therefore, Option C is correct and aligns fully with Salesforce’s documented best practices.

References (AgentForce Documents / Study Guide):

AgentForce Data Configuration Guide: “Using UDMOs for Case-Based Reasoning”

AgentForce Implementation Handbook: “Indexing Historical Case Records for Semantic Search”

AgentForce Study Guide: “Creating Unstructured Data Model Objects from Case Objects”

The AgentForce Action Design Guide emphasizes that concise and clear action instructions are essential for predictable and reliable agent behavior. The documentation states: “Action instructions should be concise, clearly define the purpose of the action, and specify its expected inputs and outputs. Each action must be validated through testing in AgentForce Builder to confirm the LLM interprets and executes it as intended.”

This aligns with Option A, which focuses on clarity and testing.

Option B incorrectly focuses on label-intent matching, which is a naming best practice but not sufficient for accuracy.

Option C promotes overly detailed instructions, which can lead to LLM confusion and inconsistent results.

Therefore, Option A best aligns with Salesforce’s official best practices for creating and validating custom actions.

References (AgentForce Documents / Study Guide):

AgentForce Action Design and Testing Guide

AgentForce Builder Documentation: “Validating Custom Actions”

AgentForce Study Guide: “Creating Clear and Testable Action Instructions”

The AgentForce Security and Access Control Best Practices Guide emphasizes the principle of least privilege, which means granting each agent only the permissions strictly necessary to perform its defined tasks.

To prevent unauthorized access to sensitive data such as medical research, administrators should exclude permissions for the Medical Product object and related records from the AgentForce Service Agent’s permission set group. This approach ensures that even if the reasoning engine processes a related query, it cannot retrieve or expose data it lacks access to.

Option A is partially effective but not sufficient since Salesforce role hierarchy does not fully restrict record access. Option B is over-restrictive and would prevent legitimate operations involving other custom objects.

Thus, the correct answer is Option C – Follow the principle of least privilege and avoid granting permission to view the Medical Product object or related records.