Step-by-Step Explanation:

Understanding the Scenario:

The provider aims to build a Contact Center using Health Cloud for patients to:

Set up appointments

Get billing answers

Update plan information

Salesforce’s Best Practices for Requirements Gathering:

Salesforce Health Cloud documentation emphasizes collaborating with end users and technical stakeholders to uncover pain points and define requirements.

Ext ract from Health Cloud Admin Guide:

“Successful Health Cloud projects start with workshops that bring together key personas, such as contact center agents and care coordinators, with technical stakeholders including Salesforce admins and integration architects. These sessions surface pain points, business needs, and integration requirements.”

— Reference: Administer Health Cloud – Imple mentation Best Practices

Who Should Be Involved?

Contact Center agent (Persona):

Directly understands patient needs and pain points during calls and chats.

Can highlight workflow, usability, and feature needs.

Salesforce administrator (Stakeholder):

Understands platform capabilities, permissions, and how features will be implemented or configured.

Integration architect (Stakeholder):

Critical for connecting Health Cloud to other systems (e.g., EHR, billing, insurance).

Ensures technical feasibility for integrations (e.g., real-time eligibility checks, appointment scheduling with external systems).

Why Other Answers Are Not Correct:

B: General physician and Marketing Cloud admin are not core to Contact Center workflows or technical design for scheduling/billi ng.

C: Sales administrator and Tableau developer focus on sales or analytics, not operational or integration workflows for Contact Centers.

D: Tableau developer and MuleSoft developer are more technical roles but not typically involved in initial workflow and requirements gathering at the Contact Center user level.

Official Document Extract:

From Salesforce Implementation Guides:

“It is essential to involve actual end users (such as agents) and platform administrators in requirements workshops, and to inclu de an integration architect for designing connected experiences.”

— Reference: Administer Health Cloud – Implementation Best Practices

To access a patient’s insurance coverage, co-pay, and deductible information in the Benefit Verification component of Health Cloud, you need to integrate with external systems (e.g., payers or clearinghouses). Health Cloud provides the Benefit Verification component, which relies on secure API integrations for real-time eligibility and benefits checks.

Step-by-Step Reference:

Configure the Connection Label with the source system ' s API details:

Extract:

“In Benefit Verification setup, specify the Connection Label and configure the external endpoint and API details to connect to the benefit verification source system.”

( Source: Administer Health Cloud – Benefit Verification Setup )

Create a named credential to sup port authenticated callouts:

Extract:

“Use Named Credentials to securely store authentication settings and endpoint information for callouts to external services (such as clearinghouses or payers) required for benefit verification.”

( Source: Salesforce Security Guide and Administer H ealth Cloud – Benefit Verification )

Why not A or B?

The HCBenVerConnect custom setting is not part of the standard configuration for the out-of-the-box Benefit Verification component.

Configuring a URI path alone (without API details and credentials) does not enable secure, authenticated communication.

The Advanced Patient Card in Health Cloud is a FlexCard-based UI component that can be extended to show more patient context, such as Clinical Alerts . To display additional fields (Category, SubjectID, Date for active ale rts), the developer should:

A. Clone the parent card

Best practice is to clone the delivered parent Patient Card rather than edit it directly, so you preserve the Salesforce-provided baseline functionality.

B. Create and activate a new child card

Child car ds display specific contextual data (such as Clinical Alerts ).

To customize which fields show, you create a new child card and activate it.

C. Create a DataRaptor to extract necessary data

Clinical Alert data must be pulled from Health Cloud objects.

A Dat aRaptor Extract retrieves the required fields (Category, SubjectID, Date) for use in the FlexCard child component.

Why not the others?

D. Define session variables to control visibility of clinical data – Session variables can control context in OmniStudio, but they aren’t required just to display fields on the Patient Card.

E. Change the child card state to show active – Card states are used for conditional rendering (loading, error, empty states). Showing active alerts requires data filtering in the DataRaptor , not card state changes.

Salesforce Health Cloud Reference:

???? Salesforce Health Cloud – Advanced Patient Card

“Clone the Advanced Patient Card to customize it while preserving the delivered version.”

“Use child cards to display detail ed data such as conditions, medications, or clinical alerts.”

“Retrieve data for FlexCards with DataRaptor Extracts .”