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| Certification Vendor: | Salesforce |
|---|---|
| Exam Name: | Salesforce Certified Platform Integration Architect Exam |
| Exam Number: | Plat-Arch-204 |
| Available Languages: | English |
| Exam Duration: | 105 minutes |
| Passing Score: | Approximately 58% |
| Related Certifications: | Salesforce Certified Application Architect Salesforce Certified Integration Architect Salesforce Certified System Architect Salesforce Certified Sharing and Visibility Architect Salesforce Certified Data Architect |
| Exam Price: | USD 400 |
| Exam Format: | Multiple Choice, Multiple Select |
| Real Exam Qty: | Approximately 60 questions |
| Certificate Validity Period: | Maintained with annual certification maintenance requirements (no fixed expiration if maintained) |
| Recommended Training: | Salesforce Trailhead Integration Architect Learning Path Integration Architecture Designer Modules |
| Exam Registration: | Salesforce Certification Registration Webassessor (Kryterion exam delivery) |
| Sample Questions: | Salesforce Plat-Arch-204 Sample Questions |
| Exam Way: | Online proctored or onsite testing center (varies by region and provider availability) |
| Pre Condition: | Recommended prerequisite: Salesforce Certified Application Architect and Salesforce Certified System Architect (part of the Salesforce Certified Technical Architect track is strongly recommended). |
| Official Syllabus URL: | https://trailhead.salesforce.com/en/credentials/platformintegrationarchitect |
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NEW QUESTION # 97
Northern Trail Outfitters (NTO) uses different shipping services for each of the 34 countries it serves. Services are added and removed frequently to optimize shipping times and costs. Sales representatives need to select between valid service(s) for the customer's country and request shipping estimates from that service. Which solution should an architect propose?
Answer: A
Explanation:
When an organization must interact with multiple external services (34 different shipping providers) that change frequently, the primary architectural goal is to decouple Salesforce from the specific endpoints and protocols of those services.11 The architect should propose us12ing middleware to abstract the call. By introducing a middleware layer (such as an ESB or iPaaS), Salesforce makes a single, standardized call to the middleware, passing the country and order details. The middleware then handles the "Process Orchestration":
Service Routing: Determining which shipping service is valid for the specified country.
Protocol Mediation: Translating the standard Salesforce request into the specific format (REST, SOAP, XML, etc.) required by each individual shipping provider.
Maintenance: When a shipper is added or removed, the change is made in the middleware without requiring any code or metadata updates in Salesforce.
Option A (Picklists) creates a high administrative burden and does not solve the underlying technical complexity of making callouts to dozens of different APIs. Option B (Platform Events) is asynchronous and would introduce unnecessary latency for a sales rep who needs an estimate "on the spot" to complete an order. Middleware abstraction provides a scalable, maintainable, and agile architecture that allows NTO to optimize its shipping operations without disrupting the CRM user experience.
NEW QUESTION # 98
The goals for implementing Salesforce include a 360-degree view, leveraging CRM for marketing, sales, and service, and reusing enterprise quoting/order management. Which three systems from the current landscape can be retired?
Answer: A
Explanation:
When implementing Salesforce to achieve a 360-degree view of the customer, the platform replaces legacy "siloed" applications that perform core CRM functions. Based on the business goals provided, Salesforce will be the master for Marketing, Sales, and Service.
The systems to be retired are those whose functionality is natively subsumed by Salesforce:
Email Marketing: Replaced by Salesforce Marketing Cloud or native marketing features.
Sales Activity: Replaced by Sales Cloud, which masters lead management, opportunity tracking, and activity logging.
Case Management: Replaced by Service Cloud, which provides the tools for customer support agents to resolve inquiries.
Order Management and Quoting are specifically noted as "Enterprise capabilities" that the business wants to reuse. This means these systems will stay in the landscape and be integrated with Salesforce, rather than being retired. Therefore, any option containing "Order Management" (A and C) is incorrect. Retiring the marketing, sales activity, and service systems allows the organization to consolidate its customer data into a single platform, fulfilling the primary goal of the Salesforce transformation.
NEW QUESTION # 99
An enterprise customer with more than 10 million customers has a landscape including an Enterprise Billing System (EBS), a Document Management System (DMS), and Salesforce CRM. Customer Support needs seamless access to customer billing information from the EBS and generated bills from the DMS. Which authorization and authentication need should an integration consultant consider while integrating the DMS and EBS with Salesforce?
Answer: C
Explanation:
When integrating Salesforce with high-security enterprise systems like an Enterprise Billing System (EBS) and a Document Management System (DMS), the primary architectural concern is respecting the Enterprise security needs for access control. These systems often contain highly sensitive financial data and are governed by strict regulatory requirements (e.g., PCI-DSS or GDPR).
The integration consultant must evaluate how to extend existing enterprise identity and authorization policies to Salesforce users. This often involves a Identity Federation strategy using protocols like SAML 2.0 or OpenID Connect. Instead of maintaining separate credentials in Salesforce (which Option A suggests and is generally an "anti-pattern" for 10 million records), the consultant should consider using a central Identity Provider (IdP).
By considering enterprise security needs, the architect ensures that when a support agent clicks a link in Salesforce to view a bill, the request is authenticated against the enterprise's security gateway. This allows for Single Sign-On (SSO) while ensuring that authorization (who can see what) remains mastered in the source systems or the central IdP. Migration (Option C) is physically and technically unfeasible for systems handling 10 million customers' historical bills and real-time processing. The focused objective is to build a "window" into these systems from Salesforce while maintaining the integrity of the enterprise's existing security perimeter.
NEW QUESTION # 100
Northern Trail Outfitters needs a synchronous callout from Salesforce to an Order Management System (OMS) when an opportunity is "Closed/Won" with products attached. What should an integration architect do to satisfy these requirements?
Answer: A
Explanation:
To satisfy a requirement for a synchronous callout triggered by a user action, the architect should use a UI-driven approach, such as a Lightning component and a button.
In Salesforce, triggers (Option B) are primarily used for asynchronous logic in integration contexts. Because a trigger executes as part of the database save operation, making a synchronous callout directly from a trigger is prohibited as it would block the database transaction until the external system responds, leading to performance degradation and "uncommitted work pending" errors. If a trigger must initiate an integration, it must do so asynchronously (using @future or Queueable Apex), which violates the requirement for a synchronous call.
By using a Lightning component, the architect can initiate a synchronous Request-and-Reply pattern. When the sales rep clicks the "7Submit to OMS" button, the componen8t invokes an Apex method that makes the REST callout to the OMS in real-time. The user remains on the page while the system waits for the OMS to respond, allowing for immediate feedback-such as an order confirmation number or an error message-to be displayed in the UI. A Batch Apex job (Option C) is inherently asynchronous and delayed, making it unsuitable for a synchronous, real-time fulfillment requirement.
NEW QUESTION # 101
Universal Containers (UC) is currently managing a custom monolithic web service that runs on an on-premise server. This monolithic web service is responsible for Point-to-Point (P2P) integrations between Salesforce and a legacy billing application, a cloud-based ERP, and a data lake. UC has found that the tight interdependencies are causing failures. What should an integration architect recommend to decouple the systems and improve performance?
Answer: A
Explanation:
The primary architectural flaw in UC's current landscape is the reliance on a monolithic P2P integration layer. In such designs, any failure in one integration thread or a surge in volume for one system can monopolize resources (CPU, memory, threads), causing the entire service-and thus all other integrations-to fail. This lack of isolation leads to the "tight interdependencies" described.
To effectively decouple these systems, the architect should recommend a Microservices Architecture. By breaking the monolithic service into smaller, independent, and modular components, each integration (Billing, ERP, Data Lake) becomes its own isolated service. This approach provides several key architectural benefits:
Isolation of Failure: If the connection to the legacy billing application fails or times out, it no longer impacts the ERP or Data Lake integrations.
Independent Scalability: If the Data Lake integration requires high throughput, that specific microservice can be scaled horizontally without wasting resources on the others.
Technology Agility: Each microservice can be updated or patched independently, allowing for faster maintenance cycles.
Furthermore, moving a "monolithic" service to the cloud (Option B) is simply a "lift and shift" that preserves the underlying fragility. While the Bulk API (Option A) is excellent for high-volume data loading, it does not solve the fundamental problem of system interdependency and orchestration failure. Transitioning to a modular, service-oriented design allows UC to implement modern integration patterns, such as asynchronous queuing between the microservices, which significantly improves the overall resilience and performance of the Salesforce-to-back-office landscape.
NEW QUESTION # 102
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