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Content slots are designed to support merchandising configurations that can vary according to customer groups and other scheduling or targeting criteria. B2C Commerce provides system customer groups includingRegisteredandUnregistered, which directly map to the two audiences described in the requirement. The merchant can therefore configure the homepage slot differently for those groups without embedding authentication logic inside content assets.

Salesforce ' s content-slot documentation describes slot configurations as merchant-controlled content assignments with scheduling and targeting behavior. Its personalized-merchandising guidance also explains that slot configurations can be selected according to customer-group membership. Salesforce defines Registered and Unregistered as built-in customer groups available for this type of targeting.

A content asset is primarily the content itself; it is not the correct place to implement audience-selection rules. Writing custom conditional code into the asset would also reduce merchant control and create unnecessary technical maintenance.

Using slot configuration keeps the content, targeting rule, and storefront rendering responsibilities appropriately separated and lets merchandisers change the experience through Business Manager.

Study Guide reference:Data Management Using Business Manager Usage — content slots, customer groups, personalized merchandising, and storefront content targeting.

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< isdecorate > is the correct ISML construct for applying a reusable page layout to multiple templates. A decorator template can contain the common page shell, header, navigation, footer, scripts, and structural markup, while the individual child page contains only page-specific content.

Salesforce explicitly identifies a common header-and-footer layout as atypical use casefor < isdecorate > . The decorator template contains < isreplace/ > , which marks the position where the child template ' s enclosed content is inserted.

Option A is therefore not the tag normally placed around each page ' s content; < isreplace/ > belongs inside the decorator template itself. Option C can insert another template fragment, but using repeated includes for headers and footers does not provide the same centralized page-layout structure and composition semantics.

Decorator-based design improves maintainability because common markup is maintained once. If the header or footer changes, developers update the decorator rather than making the same structural changes across every individual storefront page.

Study Guide reference:Application Development — ISML decorators, < isdecorate > , < isreplace > , template reuse, common layouts, and storefront maintainability.

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SFRA applies storefront page-caching policy throughmiddleware, andcache.applyDefaultCacheis the standard middleware function used for a route that can safely use the default caching duration. Middleware is inserted into the controller route before the route ' s main callback, exactly as shown in option A.

This approach is preferable to embedding legacy-style cache directives directly into page templates because SFRA centralizes request behavior—caching, consent, authentication, CSRF validation, and similar concerns—in middleware chains. Salesforce ' s SFRA architecture describes routes as ordered middleware functions and showscache.applyDefaultCachein standard storefront routes. The existingPage-Includeroute, for example, explicitly declaresserver.middleware.includefollowed bycache.applyDefaultCache.

Option C is syntactically inconsistent with the SFRA server API becauseapplyDefaultCache()is middleware, not a method chained onto the result ofserver.get(). Option B can configure ISML cache behavior in other architectures, but it is not the preferred SFRA controller-level implementation requested here.

Study Guide reference:Application Development — SFRA middleware, page caching,cache.applyDefaultCache, controller routes, and caching best practices.

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Because the storefront already has the standard credit-card payment method, the additional requirement is to makeAmerican Express an accepted card typewithin that payment-method configuration. B2C Commerce distinguishes the general payment method (CREDIT_CARD) from the specific credit/debit card brands accepted through it.

Salesforce ' s Payment Methods documentation directs administrators to the Credit/Debit Cards configuration associated specifically with the defaultCREDIT_CARDpayment method. This is where supported card types are managed.

A payment processor is the technical processing implementation associated with payment methods. American Express does not need to become a completely separate payment processor merely because the merchant wants to accept that card brand. The actual processor must of course support American Express, but the storefront-facing card availability is configured under the credit-card payment-method/card-type configuration.

Option C is incorrect because card brands are not enabled by creating arbitrary Site Preferences.

This architecture keeps payment presentation and processing responsibilities separate: payment methods and accepted card types govern what the shopper can select, while payment processors govern authorization, capture, and other transaction handling.

Study Guide reference:Data Management Using Business Manager Usage — payment methods, credit/debit card types, payment processors, and checkout configuration.

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Washing instructions are product-specific business data, so the value should be modeled as acustom attribute on the Product system object. Because the displayed instructions can differ by storefront locale, the custom attribute should be configured as localizable.

Salesforce ' s B2C Commerce metadata system allows custom attributes to be created on extensible system objects such as Product. Localizable custom attribute definitions count against the Product object ' s supported custom-attribute quota, confirming that Product attributes can participate in localized data modeling.

Option A is inappropriate because resource bundles are designed for application UI strings such as labels, messages, and validation text. They are not a scalable source for product-specific PIM data such as care instructions. Option C is also incorrect because localization is configured on eligible attributes, not by marking the entire Product system object " localizable. "

A PIM integration can populate locale-specific values of the washing-instructions attribute, after which the PDP retrieves the appropriate value under the active storefront locale.

Study Guide reference:Data Management Using Business Manager Usage — Product custom attributes, localizable product data, PIM integration, system object metadata, and localized PDP content.

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Custom storefront scripts arecode artifacts, not Business Manager metadata objects. Consequently, among the supplied options, B is the technically correct first step: create or define the required JavaScript/CommonJS script module within the project code structure.

Salesforce documents that B2C Commerce script modules are.js,.ds, or.jsonfiles and are normally stored in cartridges, commonly undercartridge/scripts. Modules expose public functionality throughexportsand are loaded withrequire(). Controllers and other server-side components can then import and invoke that reusable module.

Business Manager does not provide a general mechanism for creating arbitrary SFRA application scripts. Business Manager manages configuration, metadata, jobs, services, catalogs, and related platform data; deployable application logic belongs in cartridges/code versions.

Option C is less precise because the script/module itself must first be established in the codebase before its exported behavior can be consumed.

Study Guide reference:Application Development — CommonJS modules,cartridge/scripts, JavaScript modules,require(), exports, and cartridge-based application code.

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