Salesforce Salesforce Certified Agentforce Specialist (AI-201) Spring 26 Update Agentforce-Specialist Exam Dumps: Updated Questions & Answers (June 2026)

When a custom Agent action is not being prioritized correctly by the planner service, the root cause is often missing or improperly defined action dependencies. The planner service determines the execution order of actions based on dependencies defined in the action instructions. To resolve this, the Agentforce Specialist must explicitly specify dependent actions using their API names in the custom action’s configuration. This ensures the planner understands the sequence in which actions must be executed to meet business logic requirements.

Salesforce documentation highlights that dependencies are critical for orchestrating workflows in Einstein Bots and Agentforce. For example, if Action B requires data from Action A, Action A’s API name must be listed as a dependency in Action B’s instructions. The Einstein Bot Developer Guide states that failing to define dependencies can lead to race conditions or incorrect execution order.

In contrast:

Profiles or custom permissions (B) control access to the action but do not influence execution order.

LLM model provider and version (C) determine the AI model used for processing but are unrelated to the planner’s sequencing logic.

For improving sales operations efficiency, Einstein Studio is ideal for creating AI-powered models that can predict outcomes based on data. One of the most valuable use cases is predicting customer lifetime value, which helps sales teams focus on high-value accounts and make more informed decisions. Customer lifetime value (CLV) predictions can optimize strategies around customer retention, cross-selling, and long-term engagement.

Option B is the correct choice as predicting customer lifetime value is a well-established use case for AI in sales.

Option A (customer sentiment) is typically handled through NLP models, while Option C (product popularity) is more of a marketing analysis use case.

Salesforce Einstein Studio Use Case Overview: https://help.salesforce.com/s/articleView?id=sf.einstein_studio_overview

According to the AgentForce Search Optimization Guide, when the use case requires retrieving exact matches (such as policy clause numbers, legal identifiers, or invoice IDs) from structured data, the recommended approach is to use keyword search. The documentation specifies: “Keyword search ensures deterministic retrieval of exact term matches from structured fields, preserving precision for identifiers, numeric values, and code references.”

Semantic search (Option C) uses contextual understanding and synonym expansion, which may yield near matches but not exact ones. Hybrid search (Option B) combines both semantic and keyword results for general knowledge retrieval, but it introduces probabilistic ranking—not suitable for exact legal or compliance queries.

Therefore, for the compliance use case where exact clause number matching is required, keyword search guarantees accuracy, speed, and compliance integrity.

References (AgentForce Documents / Study Guide):

AgentForce Search and Retrieval Guide: “Choosing Between Keyword, Semantic, and Hybrid Search”

AgentForce Compliance and Legal Data Search Best Practices

AgentForce Study Guide: “Optimizing Structured Data Search for Exact Matches”

The correct answer is B because password reset is a distinct task and should be modeled as a separate, focused subagent with its own action. The existing identity verification subagent can establish the verified state, and that state can be passed or referenced as context by the Password Reset subagent. This keeps responsibilities clean: one subagent verifies identity, and the other performs the reset through the existing Flow. Option A overloads the identity verification subagent with reset execution, weakening separation of concerns. Option C relies mainly on instructions and intent storage, which is less reliable for a gated operational process. Agentforce design guidance supports using variables to track state across turns and subagents, while actions can call Flows and use outputs for subsequent reasoning.

The use case that necessitates the use of Prompt Builder is creating a draft of a support bulletin post for new product patches. Prompt Builder allows the Agentforce Specialist to create and refine prompts that generate specific, relevant outputs, such as drafting support communication based on product information and patch details.

Option B (agent performance score) would likely involve predictive modeling, not prompt generation.

Option C (estimating support ticket volume) would require data analysis and predictive tools, not prompt building.

For more details, refer to Salesforce’s Prompt Builder documentation for generative AI content creation.

Context of the Question

Einstein Prompt Builder is a Salesforce feature that helps generate text (summaries, email content, responses) using AI models.

The question presents three potential use cases, asking which one best fits the capabilities of Einstein Prompt Builder.

Einstein Prompt Builder Typical Use Cases

Text Generation & Summaries: Great for writing or summarizing content, like responding to an email or generating text for a record field.

Why Not Forecast Future Sales Trends or Identify Potential High-Value Leads?

(Option A) Forecasting trends typically involves predictive analytics and modeling capabilities found in Einstein Discovery or standard reporting, not generative text solutions.

(Option B) Identifying leads for marketing campaigns involves lead scoring or analytics, again an Einstein Discovery or Lead Scoring scenario.

Sending a Personalized RFP Email (Option C) is a classic example of using generative AI to compose well-structured, context-aware text.

ConclusionOption C (Send reply to a request for proposal via a personalized email) is the best match for Einstein Prompt Builder’s generative text functionality.

Salesforce Agentforce Specialist References & Documents

Salesforce Documentation: Einstein Prompt Builder OverviewHighlights how to use Prompt Builder to create and customize text-based responses, especially for email or record fields.

Salesforce Agentforce Specialist Study GuideExplains that generative AI features in Salesforce are designed for creating or summarizing text, not for advanced predictive use cases (like forecasting or lead scoring).

Customer churn prediction is the best use case for Model Builder in addressing Universal Containers ' concerns about increasing customer contract cancellations. By implementing a model that predicts customer churn, UC can proactively identify customers who are at risk of canceling and take action to retain them before they decide to terminate their contracts. This functionality allows the business to forecast churn probability based on historical data and initiate timely outreach programs.

Option B is correct because customer churn prediction aligns with UC ' s need to reduce cancellations through proactive measures.

Option A (product recommendation prediction) is unrelated to contract cancellations.

Option C (contract renewal date prediction) addresses timing but does not focus on predicting potential cancellations.

Salesforce Model Builder Use Case Overview: https://help.salesforce.com/s/articleView?id=sf.model_builder_use_cases.htm

When generating a Work Summary, Einstein leverages multiple sources of information to provide a comprehensive and accurate case summary for agents.

Conversation Context:

Einstein analyzes the details of the customer interaction, including chat or email threads, to extract relevant information for the summary.

Knowledge Articles:

It considers linked Knowledge Articles or articles referred to during the case resolution process, ensuring the summary incorporates accurate resolutions or additional resources provided to the customer.

Cases:

Einstein also examines historical cases and related case records to ground the summary in context from past resolutions or interactions.

Option A is correct as it includes all three: conversation context, Knowledge articles, and cases.

Option B is incorrect because it limits the grounding to conversation context only, excluding other critical elements.

Option C is incorrect because it omits case data, which Einstein considers for more accurate and contextually rich summaries.

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”

The correct answer is B because Omni-Channel routing uses the Route Work action element to send work items, including supported messaging conversations, to the correct destination. When routing to an Agentforce Service Agent, the inbound Omni-Channel flow is configured so Route Work targets the Agentforce Service Agent as the routing destination. “Route Conversation” and “Route to Agent” sound descriptive, but they are not the correct Omni-Flow element name for this routing configuration. This distinction matters because Agentforce channel deployment depends on standard Omni-Channel routing mechanics. The flow receives the messaging session or work item, evaluates routing logic, and Route Work performs the actual transfer to the AI service agent target. Therefore, the required element is Route Work.