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Salesforce Integration-Architect (Salesforce Certified Integration Architect) Exam is an important certification that attests to one's expertise in Salesforce integration architecture. It is a challenging exam that requires candidates to display their ability to design and implement solutions that integrate Salesforce with other enterprise systems. Candidates who complete this certification become experts in the field of data and application integration.
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Salesforce Integration-Architect Certification Exam is a proctored exam that consists of 60 multiple-choice questions. Integration-Architect exam duration is 120 minutes, and candidates must score at least 67% to pass the exam. Integration-Architect exam fee is $400, and candidates can take the exam at a proctored testing center or online.
Salesforce Integration-Architect certification is a highly respected credential that validates a professional's knowledge of integration design principles, patterns, and best practices. Salesforce Certified Integration Architect certification is highly recommended for professionals who specialize in designing and implementing complex integrations between Salesforce and other systems. The Salesforce Integration-Architect Certification is a valuable asset for professionals who want to advance their careers in the Salesforce ecosystem.
NEW QUESTION # 36
A company in a heavily regulated industry requires data in legacy systems to be displayed in Salesforce user interfaces (UIs). They are proficient in their cloud-based ETL (extract, transform, load) tools. They expose APIs built on their on-premise middleware to cloud and on-premise applications.
Which two findings about their current state will allow copies of legacy data inSalesforce?
Choose 2 answers
Answer: A,C
Explanation:
Option B is a correct finding, because it means that the company can use their cloud-based ETL tools to extract data from the legacy systems via the APIs exposed by the on-premise middleware, transform the data as needed, and load the data into Salesforce using queues. Queues are a way of managing asynchronous operations, such as bulk data loading, by placing them in a queue and executingthem when resources are available1.
Option C is also a correct finding, because it meansthat the company can expose their legacy data to the cloud via their on-premise middleware APIs. APIs are a way of enabling communication and data exchange between different systems using standard protocols and formats2. By providing APIs to access their legacy data, the company can use any cloud-based tool or application that can consume those APIs toretrieve and manipulate the data.
Option A is not a correct finding, because it means that the company cannot access their legacy data from the cloud, which prevents them from using their cloud-based ETL tools or any other cloud-based integration solution. If only on-premise systems are allowed to access the legacy systems, then the company would need to use an on-premise integration tool or application to copy the data to Salesforce.
Option D is not a correct finding, because it does not affect the ability to copy legacy data in Salesforce.
Queues are useful for on-premise integration, but they are not necessary for copying data to Salesforce. The company can use other methods, such as direct API calls or batch processes, to load data into Salesforce without using queues.
References: 1: Queueable Apex | Apex Developer Guide | Salesforce Developers 2: API Basics | SOAP API Developer Guide| Salesforce Developers
NEW QUESTION # 37
An architect recommended using Apex code to make callouts to an external system to process insurance quote.
What should the integration architect consider to make sure this is the right option for the integration?
Answer: B
Explanation:
The maximum calloutsin a single Apex transaction is one of the factors that should be considered when choosing Apex code to make callouts to an external system. The limit is 100 callouts per transaction, and if this limit is exceeded, a LimitException is thrown. Therefore, the integration architect should evaluate the expected volume and frequency of the callouts and design the solution accordingly2 References: Salesforce API Limits and Usage
NEW QUESTION # 38
A new Salesforce program has the following high-level abstract requirement: Business processes executed on Salesforce require data updates between some internal systems and Salesforce. Which relevant details should a Salesforce integration architect seek to specifically solve for the integration architecture needs of the program?
Answer: B
Explanation:
To translate abstract business needs into a functional Integration Architecture, an architect must move beyond "what" the business wants to "how" the data will technically flow. The details in Option B represent the fundamental building blocks of any integration design.
* Source and Target Systems: Determining which systems are involved dictates the available APIs (REST, SOAP, Bulk) and required security protocols (OAuth, Mutual SSL).
* Directionality: Knowing if the update is unidirectional or bidirectional is critical for record mastering, identifying the "System of Record," and preventing infinite data loops.
* Data Volume: This is a primary driver for selecting the Integration Pattern. High volumes (millions of records) require the Bulk API, while low-volume, real-time updates are better suited for Streaming or REST APIs.
* Transformation Complexity: If data must be heavily massaged or merged from multiple sources, it justifies the need for Middleware (ESB/iPaaS).
Option A focuses on user interface and licensing, which are implementation details rather than architectural integration requirements. Option C deals with project management and resource allocation. While these are important for the project's success, they do not help the architect decide between a Request-Reply or Fire- and-Forget pattern. By focusing on systems, data direction, and volume, the architect ensures that the proposed solution is technically viable, scalable, and adheres to Salesforce platform governor limits.
NEW QUESTION # 39
An enterprise customer that has more than 10 million customers have the following systems and conditions in their landscape:
Answer: A,B
Explanation:
The integration consultant should consider the following authorization and authentication needs while integrating the DMS and ESB with Salesforce:
Users should be authorized to view information specific to the customer they are servicing without a need to search for customer. This means that the integration should provide a seamless and contextual access to the customer billing information and generated bills from the DMS and ESB, based on the customer record or case that the user is working on in Salesforce.
Consider Enterprise security needs for access to DMS and ESB. This means that the integration should comply with the security policies and standards of the Enterprise, such as encryption, auditing, logging, monitoring, etc.
Users should be authenticated into DMS and ESB without having to enter username and password. This means that the integration should use a single sign-on (SSO) mechanism that allows users to access multiple systems with one login credential, such as OAuth or SAML.
References: [Authorization Through Connected Apps and OAuth 2.0], [Single Sign-On for Desktopand Mobile Applications using SAML and OAuth]
NEW QUESTION # 40
Northern Trail Outfitters submits orders to a manufacturing system web service that has experienced multi- day outages. Which solution should an integration architect recommend to handle errors during these types of outages?
Answer: A
Explanation:
When a target system experiences prolonged outages (lasting "several days"), point-to-point integration solutions built within Salesforce are likely to fail or reach their retry limits. For example, Salesforce Outbound Messaging (Option B) only retries for up to 24 hours before dropping the message.
The architecturally robust solution is to introduce a Middleware layer (ESB or iPaaS) that provides queuing and buffering. In this model, Salesforce sends the order to the middleware. The middleware immediately acknowledges receipt (preserving Salesforce performance). If the manufacturing system is offline, the middleware stores the message in a persistent queue.
Middleware is designed for this high level of Quality of Service (QoS). It can be configured with custom retry logic-such as waiting 30 minutes between attempts-and can hold millions of messages for days or even weeks. This effectively "insulates" Salesforce from the manufacturing system's instability. Option C is overly complex and requires custom development in both the event bus and Apex, whereas middleware provides this functionality as a native capability. By using middleware, the architect ensures that no orders are lost during extended manufacturing downtime and that the integration is decoupled and resilient.
NEW QUESTION # 41
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