The Pegasystems PEGACPSA23V1 exam, also known as Certified Pega System Architect 23, is a key certification for the Pega Certified System Architect track. It is designed for candidates who want to validate their ability to build, configure, and support Pega applications using core platform capabilities. Earning this certification demonstrates practical knowledge of Pega development and helps strengthen your professional profile in application design and implementation.
| # | Exam Topics | Sub-Topics | Approximate Weightage (%) |
|---|---|---|---|
| 1 | Case Management | Case life cycle, stages and steps, case types, assignments | 18% |
| 2 | Data and Integration | Data pages, data transforms, data sources, connectors | 16% |
| 3 | User Experience | Layouts, views, harnesses, sections | 12% |
| 4 | Application Development | Rules, classes, properties, application design | 14% |
| 5 | Security | Access roles, privileges, authentication, authorization | 10% |
| 6 | Reporting | Reports, dashboards, correspondence, filters | 8% |
| 7 | DevOps | Deployment, versioning, application packaging, release practices | 12% |
| 8 | Mobility | Mobile views, responsive design, device-friendly user interactions | 10% |
This exam tests how well candidates can apply Pega platform knowledge in real development scenarios. It checks both conceptual understanding and practical ability across case design, data handling, security, reporting, and user experience. To succeed, you need more than memorization - you should understand how Pega features work together to support business applications.
QA4Exam.com provides Exam PDF material with actual questions and answers, plus an Online Practice Test designed for the Pegasystems PEGACPSA23V1 exam. The practice format helps you simulate the real exam environment, so you can build confidence before test day. You also get up-to-date questions and verified answers that support focused revision and reduce guesswork. By practicing under timed conditions, you improve time management and learn how to handle the exam more efficiently. This combination gives candidates a stronger path to passing the Certified Pega System Architect 23 exam on the first attempt.
This exam is for candidates pursuing the Pega Certified System Architect path and for professionals who want to validate their Pega application development skills.
It can be challenging because it covers multiple Pega areas such as case management, data and integration, security, and user experience. Practical understanding is important.
Braindumps alone are not the best approach. You should combine exam questions and answers with hands-on study so you understand the concepts behind the answers.
Yes, hands-on experience is strongly recommended. The exam focuses on practical application of Pega concepts, not just theory.
They are highly useful for targeted preparation, but they work best when combined with review of the core exam topics and practical learning.
They help you study verified questions and answers, practice under timed conditions, and build familiarity with the exam format so you can improve your chances of passing on the first attempt.
The practice test format is built to mirror real exam conditions, while the Exam PDF gives you question and answer content for focused review and quick revision.
You are testing an airline reservation case type that does not yet have a UI configured. You need to verify that changing the Purchase Insurance field in the Clipboard updates the TotalCost field.
In which category of the Clipboard tools would you expect to find the Purchase Insurance field?
To locate the 'Purchase Insurance' field used in testing the calculation of the 'TotalCost' field without a configured UI:
B . User Pages. In the Clipboard, User Pages typically hold data related to the current user session and case processing, including fields like 'Purchase Insurance' which are manipulated during a case session and influence other data calculations in the case, such as 'TotalCost'.
A travel authorization requires approvals from the requestor's manager, division VP, and possibly an accountant based on the total amount. Which configuration satisfies this use case?
For a travel authorization that requires a hierarchical approval process involving the requestor's manager, division VP, and possibly an accountant based on the total amount, a structured and flexible approval mechanism is necessary.
C . Cascading approval using an authority matrix: This configuration allows for the definition of approval authority levels and conditions in a centralized matrix. It can accommodate complex approval hierarchies and conditional logic (such as the need for an accountant's approval based on the total amount). An authority matrix provides the flexibility to dynamically determine the appropriate approvers based on case data, making it well-suited for implementing the specified approval process.
Cascading approval using when rules (A) could tailor the process but lacks the structured and centralized management of approvers offered by an authority matrix. Cascading approval directly through reporting lines (B and D) might not flexibly accommodate the conditional requirement for an accountant's approval.
A life insurance company has satellite offices in various countries. Each satellite office has a work queue.
Company policy requires that life insurance underwriting be assigned to offices based on the policy owner's residential address.
Which routing approach supports this requirement?
In a life insurance company with satellite offices in various countries and a policy requiring that underwriting be assigned based on the policy owner's residential address, the routing must be dynamic and adaptable to the specifics of each case.
B . Route the assignment to the correct work queue based on business logic: This approach allows for the flexibility to evaluate each policy owner's residential address and determine the appropriate satellite office work queue for assignment. By utilizing business logic, assignments can dynamically route to the correct office, ensuring compliance with company policy and efficiency in case processing.
Routing the assignment using an authority matrix (A) or a reporting structure (D) could provide structural frameworks for decision-making but might not offer the dynamic, case-by-case routing needed for this specific requirement. Routing to a specific underwriter (C) focuses on individual assignments rather than the broader need to assign work to office-specific queues based on geographic criteria.
What is the purpose of the Test coverage tool?
The purpose of the Test Coverage tool in Pega is:
A . To determine how many rules are covered and not covered by Pega Platform tests. This tool helps in assessing the extent of rule coverage by automated tests, identifying areas where test coverage is lacking, which is crucial for maintaining high-quality application development and ensuring robustness.
A requirement states: A customer can update an address at any point during case processing by performing the following steps.
1. The customer submits the new address.
2. The application verifies that the address matches postal service requirements.
3. The customer then approves the corrected address. How do you configure this requirement?
To configure the requirement that allows a customer to update their address at any point during case processing, including submission, verification, and approval of the new address, an approach that provides flexibility and accessibility throughout the case lifecycle is needed.
A . Add a case-wide optional action to the workflow for the address submission: This configuration enables the address update functionality to be accessible at any stage of the case processing. A case-wide optional action ensures that the customer can initiate the address change process whenever necessary, without being constrained by the current stage or step in the case. This approach aligns with the requirement
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