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Salesforce Plat-Arch-204 Exam Syllabus Topics:

Section	Weight	Objectives
Topic 1: Build Solution	23%	- Implement and configure integration 1. Given a use case, identify the considerations when choosing the right option in making an outbound call to an external system 2. Given a use case, describe what should be considered when building a scalable solution 3. Given a use case, create a security solution for inbound or outbound integrations 4. Given a use case that includes technical requirements, constraints, or drivers, identify the considerations when designing and implementing an API(s), both Salesforce as an API provider and Salesforce as an API consumer 5. Given a use case, determine error handling for different integration options 6. Given a use case, identify the factors needed to build resilience in an integration solution for system updates
Topic 2: Translate Needs to Integration Requirements	22%	- Define integration requirements 1. Given a use case, identify the considerations when choosing the right option in making an outbound call to an external system 2. Given a use case, identify non-functional requirements for an integration 3. Given a use case, identify functional requirements for an integration 4. Given a use case, determine the appropriate integration pattern to meet business requirements
Topic 3: Test and Deploy	8%	- Test and deploy integration 1. Given a use case, identify the appropriate rollback strategy for an integration solution 2. Given a use case, identify the appropriate testing strategy for an integration solution 3. Given a use case, identify the appropriate deployment strategy for an integration solution
Topic 4: Maintain Integration	11%	- Monitor and maintain integration 1. Given a use case, identify the appropriate monitoring and alerting strategy for an integration solution 2. Given a use case, identify the appropriate performance optimization strategy for an integration solution 3. Given a use case, identify the appropriate logging strategy for an integration solution 4. Given a use case, identify the appropriate error handling and recovery strategy for an integration solution
Topic 5: Design Integration Solutions	28%	- Design scalable and secure solutions 1. Given a use case, identify the integration pattern that meets business requirements 2. Given a use case, identify the trade-offs, limitations, and constraints that meet the proposed solution 3. Given a use case, define the components which create a solution that meets business requirements 4. Given a use case that includes technical requirements, constraints, or drivers, specify the appropriate Salesforce application programming interface(s) (API) for the proposed solution 5. Given a use case that includes technical requirements, constraints, or drivers, determine the standards, components, techniques, and security mechanism that should be used
Topic 6: Evaluate the Current System Landscape	8%	- Identify system landscape and standards 1. Given a set of requirements, evaluate the authentication and authorization needs based on the system landscape 2. Given a set of business requirements, identify the current system landscape and determine what standards, limitations, boundaries, and protocols exist 3. Given an existing system landscape, analyze for constraints and/or pain-points to satisfy a business requirement(s)

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Salesforce Certified Platform Integration Architect Sample Questions (Q106-Q111):

NEW QUESTION # 106
A large business-to-consumer (B2C) customer is planning to implement Salesforce CRM to become a customer-centric enterprise. Below is the B2C customer's current system landscape diagram.

The goals for implementing Salesforce include:
Develop a 360-degree view of the customer.
Leverage Salesforce capabilities for marketing, sales, and service processes.
Reuse Enterprise capabilities built for quoting and order management processes.
Which three systems from the current system landscape can be retired with the implementation of Salesforce?

A. Sales Activity, Order Management, and Case Management
B. Order Management, Case Management, and Email Marketing
C. Email Marketing, Sales Activity, and Case Management

Answer: C

Explanation:
Comprehensive and Detailed 250 to 350 words of Explanation From Salesforce Pl14atform Integration Architect documents: In the rol15e of a Salesforce Platform Integration Architect, evaluating a legacy landscape requires a clinical mapping of current system functions against Salesforce's native capabilities, while strictly adhering to the "Constraints and Goals" provided by the business. The objective here is to maximize the ROI of the Salesforce implementation by consolidating redundant systems into the core platform.
According to Goal 2, the business intends to utilize Salesforce for Marketing, Sales, and Service processes. Salesforce is architected to handle these three domains through its core clouds: Marketing Cloud (replacing the legacy Email Marketing System), Sales Cloud (replacing the Sales Activity System), and Service Cloud (replacing the Case Management System). By consolidating these three specific functions into Salesforce, the organization achieves Goal 1, which is the creation of a 360-degree view of the customer. When these activities occur on a single platform, the data is unified, eliminating the silos that existed in the previous landscape.
However, the architect must also respect the technical constraints defined in Goal 3, which explicitly states the need to reuse enterprise capabilities built for quoting and order management. In architectural design, this designates the "Quoting System" and the "Order Management System" as systems of record that must remain in the future-state landscape. These systems likely contain complex, proprietary logic or are tightly coupled with back-end ERP systems like SAP Business Suite, making them "non-negotiable" for retirement at this stage.
Therefore, because Email Marketing, Sales Activity, and Case Management map directly to Salesforce's primary strengths and are not excluded by the "reuse" requirement, they are the three systems that should be retired. This strategic retirement simplifies the integration architecture, allowing the architect to focus on building robust integration patterns (such as Request-Reply or Fire-and-Forget) between Salesforce and the remaining Quoting and Order Management systems.

NEW QUESTION # 107
A customer's enterprise architect has identified requirements around caching, queuing, error handling, alerts, retries, event handling, etc. Which recommendation should the integration architect make?

A. Transform a Fire and Forget mechanism to Request and Reply, which should be handled by middleware tools (like ETL/ESB) to improve performance.
B. Message transformation and protocol translation should be done within Salesforce.
C. Event handling in a publish/subscribe scenario; the middleware can be used to route requests or messages to active data-event subscribers from active data-event publishers.

Answer: C

Explanation:
When an enterprise architect identifies complex infrastructure needs such as caching, queuing, and sophisticated event routing, it signals that a point-to-point integration architecture is insufficient. In such cases, the Integration Architect should recommend a Middleware-mediated architecture.
Middleware tools, such as an Enterprise Service Bus (ESB) or an iPaaS (Integration Platform as a Service), are specifically designed to fulfill these complex "Quality of Service" (QoS) requirements. In a publish/subscribe scenario, the middleware acts as the central orchestrator. It can receive a single "Fire and Forget" event from a publisher (like Salesforce) and then manage the technical complexities of routing that message to multiple active subscribers.
Middleware handles infrastructure-level tasks such as message queuing for offline systems, automatic retries with exponential backoff, and error handling with alerts-capabilities that are either unavailable or difficult to scale within Salesforce natively. Performing message transformation and protocol translation (e.g., SOAP to REST) within the middleware layer also protects Salesforce's Apex CPU limits. By leveraging middleware for these concerns, the architect ensures that Salesforce remains a performant engagement layer while the middleware provides the robust technical backbone for a resilient enterprise landscape.

NEW QUESTION # 108
Northern Trail Outfitters has had an increase in requests from other business units to integrate opportunity information with other systems from Salesforce. The developers have started writing asynchronous @future callouts directly into the target systems. The CIO is concerned about the viability of this approach and scaling for future growth. What should be done to mitigate the CIO's concerns?

A. Implement an Enterprise Service Bus for service o9rchestration, mediation, routing, and decouple dependencies across systems.10
B. Implement an extract, transform11, load (ETL) tool and perform nightly batch data loads to reduce network traffic.
C. Refactor the existing @future methods to use Enhanced External Services, import Open API 2.0 schemas, and update flows to use services instead of Apex.78

Answer: A

Explanation:
The CIO's concern regarding "viability" and "scaling" is rooted in the risks associated with tightly coupled, point-to-point integrations. Using @future methods for direct callouts creates a "spaghetti" architecture where Salesforce must manage the specific endpoints, authentication, and error logic for every external system.
The architect should recommend implementing an Enterprise Service Bus (ESB). An ESB acts as a centralized middleware layer that provides mediation, routing, and orchestration. By moving the integration logic to an ESB, Salesforce only needs to send a single message to the bus. The ESB then takes responsibility for delivering that data to multiple business units and external systems. This decouples Salesforce from the downstream systems; if a target system changes its API or is replaced, only the ESB configuration needs to be updated, not the Salesforce Apex code.
While External Services (Option A) provide a low-code way to call APIs, they still represent point-to-point connections and do not solve the broader orchestration and scaling challenges. ETL tools (Option C) are designed for bulk data movement and would not satisfy the need for the near real-time updates that the existing callout logic likely supports. An ESB provides the "quality of service" features-such as guaranteed delivery, retries, and protocol transformation-that are necessary for a growing enterprise to maintain a stable and scalable integration landscape.

NEW QUESTION # 109
An architect decided to use Platform Events for integrating Salesforce with an external system for a company. What should an architect consider when proposing this type of integration mechanism?

A. To subscribe to an event, the integration user in Salesforce needs Read access to the event entity.
B. External system needs to have the same uptime in order to be able to keep up with Salesforce Platform Events.
C. Salesforce needs to be able to store information about the external system in order to know which event to send out.

Answer: A

Explanation:
When proposing Platform Events as an integration mechanism, an architect must ensure that the security model is correctly configured to allow for the publication and subscription of events. Unlike standard objects, Platform Events have specific permission requirements for the "Integration User" or any system entity interacting with the event bus.
For an external system to subscribe to a Platform Event stream (via CometD or the Pub/Sub API), the user account used to authenticate the connection must have the "Read" permission on the specific Platform Event entity. Similarly, if the external system needs to publish events back into Salesforce, the user must have "Create" permissions. These permissions are typically managed through a Profile or a Permission Set assigned to the Integration User.
Regarding the other options, Option A is incorrect because Platform Events are designed for asynchronous communication. They are inherently decoupled; the external system does not need the same uptime as Salesforce. High-volume platform events are stored in the event bus for 72 hours, allowing an external system to "catch up" using a Replay ID once it comes back online. Option C is also incorrect because Platform Events follow a Publish/Subscribe pattern. Salesforce "broadcasts" the event to the bus without needing to know which specific external systems are listening. This decoupling is a primary advantage of event-driven architecture, as it allows for a "one-to-many" distribution model where multiple systems can consume the same message without additional configuration within Salesforce. Thus, ensuring the correct object-level permissions (Read/Create) is the most critical technical consideration for the architect to guarantee successful message delivery.

NEW QUESTION # 110
Universal Containers (UC) works with third-party agents on banner initial design concepts. The design files (2.5 GB) are stored in an on-premise file store. UC wants to allow agencies to view these files in the community. Which solution should an integration architect recommend?

A. Use Salesforce Files to link the files to Salesforce records and display the record and the files in the community.
B. Create a Lightning component with a Request and Reply integration pattern to allow the community users to download the design files.
C. Create a custom object to store the file location URL; when a community user clicks on the file URL, redirect the user to the on-premise system file location.

Answer: C

Explanation:
When dealing with extremely large files, such as the 2.5 GB design files mentioned, an architect must consider the platform's file size limits and storage costs. Salesforce Files have a maximum upload size of 2 GB through most interfaces, making Option B technically unfeasible for a 2.5 GB file. Furthermore, storing numerous large files natively in Salesforce would lead to excessive storage consumption and costs.
The most efficient and cost-effective approach is Data Virtualization or Redirection. By creating a custom object to store the file location URL (Option C), the actual file remains in the performant on-premise file store. When the community user needs to access the design, they are redirected to the source system, which handles the massive data transfer. This fulfills the requirement to "view" the files without the overhead of moving gigabytes of data through the Salesforce infrastructure. Option A is less ideal because a 2.5 GB download over a standard Request-Reply pattern would likely lead to timeouts and a poor user experience.

NEW QUESTION # 111
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