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| Certification Vendor: | Salesforce |
|---|---|
| Exam Name: | Salesforce Certified Platform Integration Architect |
| Exam Number: | Plat-Arch-204 |
| Related Certifications: | Salesforce B2C Solution Architect Salesforce System Architect |
| Certificate Validity Period: | 3 years |
| Available Languages: | English |
| Real Exam Qty: | 60-65 |
| Exam Price: | USD 400 |
| Exam Format: | Multiple-select, Multiple-choice |
| Exam Duration: | 105 minutes |
| Passing Score: | 67% |
| Sample Questions: | Salesforce Plat-Arch-204 Sample Questions |
| Exam Way: | Online (proctored) or Onsite at a testing center |
| Pre Condition: | One year of Integration Architecture experience and three to four years of experience on Salesforce platform |
| Official Syllabus URL: | https://trailhead.salesforce.com/en/credentials/integrationarchitect |
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NEW QUESTION # 81
Northern Trail Outfitters needs to present shipping costs and estimated delivery times to its customers. Shipping services used vary by region and have similar but distinct service request parameters. Which integration component capability should be used?
Answer: A
Explanation:
When dealing with multiple external service providers (like different regional shippers) that have varying API requirements, the most scalable architectural choice is an Enterprise Service Bus (ESB) or middleware solution. This scenario describes a classic "Orchestration" and "Transformation" use case.
An ESB excels at:
1. Routing/Mediation: The ESB can receive a single, standardized request from Salesforce ("Get Shipping Rates") and use business logic to determine which regional carrier's API should be called.
2. Transformation: Each carrier likely has a distinct XML or JSON schema. The ESB can transform the common data model sent by Salesforce into the specific format required by the chosen shipper.
3. Protocol Bridging: If one shipper uses SOAP and another uses REST, the ESB handles these technical differences, allowing Salesforce to interact with a single, simplified interface.
Option A (Apex REST) would require the Salesforce team to maintain custom code for every new shipping provider added, leading to high technical debt and maintenance challenges. Option C is incorrect because an ESB is a back-end infrastructure component, not a user interface tool.
By utilizing an ESB, Northern Trail Outfitters decouples Salesforce from the complexities of the shipping providers' APIs. This "Hub and Spoke" model means that adding a new regional shipper in the future only requires configuration within the ESB, rather than a full code deployment in Salesforce. This provides the agility and architectural separation necessary for a global retail operation.
NEW QUESTION # 82
A new Salesforce program has the following high-level abstract requirement: Business processes executed on Salesforce require data updates between their internal systems and Salesforce. Which relevant detail should an integration architect seek to specifically solve for integration architecture needs of the program?
Answer: A
Explanation:
In the discovery and translation phase of a Salesforce project, an Integration Architect must move beyond high-level business goals to define the technical "DNA" of the data exchange. While organizational readiness and user experience are vital to project success, they do not dictate the architectural patterns required to move data between systems.
The most critical details for designing an integration architecture are the Timing and Volume requirements. Identifying whether a business process is Synchronous or Asynchronous is the primary decision point. For example, if a Salesforce user requires an immediate validation from an external system before they can save a record, a synchronous "Request-Reply" pattern using an Apex Callout is required. If the data update can happen in the background without blocking the user, an asynchronous "Fire-and-Forget" pattern is preferred to improve system performance and user experience.
Furthermore, understanding the Update Frequency (e.g., real-time, hourly, or nightly) and the Data Volume (e.g., 100 records vs. 1 million records) allows the architect to select the appropriate Salesforce API. High-volume, low-frequency updates are best handled by the Bulk API to minimize API limit consumption, while low-volume, high-frequency updates are better suited for the REST API or Streaming API. By specifically seeking out these timing and frequency aspects, the architect ensures that the chosen solution is scalable, stays within platform governor limits, and meets the business's Service Level Agreements (SLAs). Without these details, the architect risks designing a solution that is either too slow for the business needs or too taxing on system resources.
NEW QUESTION # 83
Northern Trail Outfitters submits orders to the manufacturing system web service. Recently, the system has experienced outages that keep service unavailable for several days. Which solution should an integration architect recommend to handle errors during these types of service outages?1718
Answer: C
Explanation:
When a target system experiences prolonged outages (lasting "several days"), point-to-point integrations built directly within Salesforce are prone to failure because they lack the persistence required for long-term retries. The architecturally sound recommendation is to utilize middleware queuing and buffering to "insulate" Salesforce from the target system's instability.
In this architecture, Salesforce sends the order to a middleware layer (such as an ESB or iPaaS). The middleware immediately acknowledges receipt of the message, freeing up Salesforce resources. If the manufacturing system is offline, the middleware stores the order in a persistent Message Queue. Unlike Salesforce Outbound Messaging (Option B), which only retries for up to 24 hours, enterprise middleware can be configured to hold messages for days or even weeks.
Middleware also provides sophisticated Quality of Service (QoS) features, such as "Dead Letter Queues" for manual intervention and customized retry schedules (e.g., retrying every hour instead of every few minutes). This decoupling ensures that Salesforce users can continue to create and "send" orders without seeing technical errors, even while the backend manufacturing system is down. Once the manufacturing service is restored, the middleware "drains" the queue, delivering all buffered orders in the correct sequence. This strategy provides the highest level of reliability and resilience for mission-critical business processes.
NEW QUESTION # 84
A company's security assessment noted vulnerabilities on the unmanaged packages in its Salesforce orgs; notably, secrets that are easily accessible and in plain text, such as usernames, passwords, and OAuth tokens used in callouts from Salesforce. Which persistence mechanisms should an integration architect require to be used to ensure that secrets are protected from deliberate or inadvertent exposure?
Answer: B
Explanation:
The scenario highlights vulnerabilities in unmanaged packages where secrets (usernames, passwords, OAuth tokens) are stored in plain text and easily accessible. The goal is to protect these secrets from exposure in callouts, especially in unpackaged or unmanaged code contexts.
Why A (Protected Custom Metadata Types and Named Credentials)?
Named Credentials is the primary Salesforce-recommended mechanism for securely storing authentication details (including passwords, tokens, and secrets) for HTTP callouts. Secrets are encrypted, not visible in debug logs, and Salesforce handles authentication without exposing them in Apex code.
However, in Named Credentials, admins with "Customize Application" permission can view/edit the secrets.
To further protect secrets (e.g., hide them completely from admins or in packaged scenarios), use Protected Custom Metadata Types (preferably in a managed package). These allow Apex code in the same namespace/package to access the secrets while hiding them from users, API queries, or subscriber orgs.
This combination addresses both standard callouts (via Named Credentials) and cases needing maximum obfuscation (via Protected Custom Metadata), directly mitigating plain-text exposure in unmanaged packages.
Why not B (Encrypted Custom Fields and Protected Custom Settings)?
Encrypted Custom Fields are suitable for sensitive data like PII (e.g., credit cards, SSNs) but explicitly not recommended for storing authentication secrets or credentials used in callouts (per Salesforce Secure Coding guidelines).
Protected Custom Settings offer similar protection to Protected Custom Metadata but are less preferred for configuration-like data (secrets are configuration). Custom Metadata is deployable as metadata, better for packaging and migrations.
Why not C (Named Credentials and Protected Custom Settings)?
While Named Credentials are ideal, pairing with Protected Custom Settings is valid but suboptimal. Salesforce documentation and Trailhead modules favor Protected Custom Metadata Types over Custom Settings for secret storage due to better deployability, caching, and metadata API support.
This aligns with Salesforce Trailhead ("Securely Store Secrets with Salesforce Features") and secure coding guidelines, emphasizing Named Credentials for callouts and Protected Custom Metadata for high-security secret storage in packages. For unmanaged code vulnerabilities, migrating to these mechanisms (ideally with packaging) prevents exposure.
NEW QUESTION # 85
A company captures orders and needs to send them to the Order fulfillment system. The user is not required to have confirmation from the Order fulfillment system. Which system constraint question should be considered when designing an integration to send orders from Salesforce to a fulfillment system?
Answer: B
Explanation:
When designing an integration where the user does not require immediate confirmation, the architect is moving away from a synchronous "Request-Reply" pattern toward an asynchronous "Fire-and-Forget"16 or "Batch Processing" pattern. In such scenarios, the most critical architectural constraint is defining the latency requirements.
Latency dictates the technical choice of the integration tool. If the fulfillment system needs the order within seconds of creation to begin a high-speed picking process, the architect might choose Salesforce Outbound Messaging or an Apex Callout triggered by a Platform Event. If the system only needs to process orders once an hour or overnight, a Batch ETL process is more appropriate. Understanding the acceptable delay (latency) ensures that the solution meets business expectations without over-engineering for real-time performance where it isn't required.
While Option B (Outbound Messaging) is a valid technical capability, it is a specific solution rather than a high-level "system constraint question" that drives the initial design phase. Option C (Address Validation) is a functional requirement regarding data integrity, but it does not define the architectural framework of the integration as effectively as latency does. By identifying the latency threshold, the architect can determine if the integration should be near real-time, hourly, or daily, which in turn influences how the system handles error recovery, retries, and transaction volumes.
NEW QUESTION # 86
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