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PEGACPLSA88V1 Exam Dumps : Certified Pega Lead System Architect (CPLSA) Exam 8.8

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Pegasystems PEGACPLSA88V1 Exam Dumps FAQs

Q. # 1: What is the Pegasystems PEGACPLSA88V1 Exam?

The Pegasystems PEGACPLSA88V1 Exam, also known as the Certified Pega Lead System Architect (CPLSA) Exam, is a certification test designed for experienced Pega Senior System Architects. It validates the skills required to design and implement Pega applications effectively.

Q. # 2: Who should take the Pegasystems PEGACPLSA88V1 Exam?

The Pegasystems PEGACPLSA88V1 Exam is ideal for Pega system architects, Pega developers with extensive experience, and IT professionals seeking to advance their Pega skillset and validate their ability to design and deploy enterprise-grade Pega applications.

Q. # 3: What topics are covered in the PEGACPLSA88V1 Exam?

The Pegasystems PEGACPLSA88V1 Exam encompasses a broad range of Pega functionalities, including:

  • Pega architecture and infrastructure
  • Application design principles
  • Process modeling and execution
  • Data integration and management
  • Security and access control
  • Integration with external systems
  • Pega 7 features and capabilities

Q. # 4: How many questions are there in the PEGACPLSA88V1 Exam?

The Pegasystems PEGACPLSA88V1 Exam consists of 60 questions.

Q. # 5: How long is the PEGACPLSA88V1 Exam?

The PEGACPLSA88V1 Exam duration is 2 hours

Q. # 6: What is the passing score for the PEGACPLSA88V1 Exam?

The passing score for the PEGACPLSA88V1 Exam is 65%.

Q. # 7: What is the difference between Pegasystems PEGACPLSA88V1 and PEGAPCLSA86V2 Exams?

The Pegasystems PEGACPLSA88V1 and PEGAPCLSA86V2 exams are both designed for Pega Lead System Architect certification, but they focus on different versions of the Pega platform and have some differences in their structure and content.

  • Pegasystems PEGACPLSA88V1 Exam: The Pegasystems PEGACPLSA88V1 Exam focuses on the new features and capabilities introduced in Pega version 8.8, along with the latest design principles and implementation strategies. It tests a lead system architect’s ability to solve complex problems and lead projects using the most recent version of Pega.
  • Pegasystems PEGAPCLSA86V2 Exam: The Pegasystems PEGAPCLSA86V2 Exam focuses on the Pega 8.6 version’s features and architectural capabilities. The content revolves around handling application scalability, security, integrations, and ensuring reusability, based on the older version of Pega.

Q. # 8: How can I prepare for the PEGACPLSA88V1 Exam?

At CertsTopics, we offer PEGACPLSA88V1 PDF dumps and practice tests that are tailored to the PEGACPLSA88V1 exam. The PEGACPLSA88V1 study materials are designed to give you real-world scenarios and a thorough understanding of the PEGACPLSA88V1 exam topics.

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CertsTopics offers a success guarantee by providing the most up-to-date PEGACPLSA88V1 exam questions and study guides that simulate the actual exam environment. Our PEGACPLSA88V1 questions and answers are regularly updated to reflect the latest changes in the exam format.

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At CertsTopics, we update our PEGACPLSA88V1 exam dumps regularly based on the latest exam patterns and real-world feedback. This ensures our PEGACPLSA88V1 practice questions are always accurate and aligned with the current exam format.

Certified Pega Lead System Architect (CPLSA) Exam 8.8 Questions and Answers

Question 1

An application for the U+ Vehicle Insurance company generates insurance quotes for vehicles specified by the customer. There can be various types of vehicles processed by the application, such as cars, motorcycles, trucks, and so on. The business specifications can also differ for each vehicle type in the quote process.

Which one of the following possibilities is the best data model design for the quote case type?

Options:

A.

Create a separate data type by grouping similar types of vehicles based on the number of wheels. At runtime, parameterized data pages are used to identify the specific vehicle type.

B.

Create a separate data type for each vehicle type, and then create a single vehicle page list in the quote case type. At runtime, dynamically identify the page class for each page in the vehicle page list.

C.

Create a separate data type for each type of vehicle, and then create a separate page list in the quote case type. At runtime, a rule resolution algorithm will identify the specific vehicle type.

D.

Create a single data type for all vehicle types and a single-page list in the quote case type. At runtime, circumstance will be used to identify the specific vehicle type.

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Question 2

A banking customer service application is in production that processes various customer complaint requests. After three years in production, the operations manager needs a historical report on resolved cases. This report is to receive in near real time.

Data warehouse has exposed a REST API to receive data. Reports are generated out of data warehouse.

What two of the following options to create an ideal design solution to post data to the data warehouse? (Choose Two)

Options:

A.

Read data with data flows, which source data by using a dataset and output data to a utility that posts the data to the queue processor, which then posts data to data warehouse over REST. For in-flight cases, on resolution of a case, reuse a queue processor that you created.

B.

Read data with data flows, which source data by using a dataset and output data to a utility that synchronously posts the data to data warehouse. For in-flight cases, on resolution of the case, configure the system to post the data to the data warehouse over REST.

C.

Run a one-time utility browse all the resolved-cases data, and then post the data to data warehouse asynchronously. For in-flight cases, on resolution of a case, configure the system to synchronously post the data to the data warehouse over REST.

D.

Prepare an extract rule and extract the data of already-resolved cases, and then load it into the data warehouse for reporting. For in-flight cases, on resolution of a case, configure the system to post the data to the data warehouse over REST.

Question 3

Case Type A and Case Type B capture information about multiple line items. Each line item is an Instance erf the same Line Item data type. Separate work pool classes are used for Case Types A and B.

What is the optimal data model design to meet these requirements?

Options:

A.

Add a CaseTypeRef property to the Line Item data type. Case Types A and B possess a Query (tisf Uneltem) property. This List Query property sources a D_UneltemList data page that accepts a pylD parameter.

B.

Add a CsseTypeRef property, an ObjClass property, and Query property related to the Line Item data type. The Query property sources a Lookup Data Page that accepts ObjClass and CaseTypeRef parameters.

C.

Add CaseTypeARef and CaseTypeBRef properties to the Line Item data type. The CaseTypeARef property is a case reference to Case Type A. The CaseTypeBRef property is a case reference to Case Type B.

D.

Case Types A and B both possess an embedded list of line items. Define a Declare Index against each embedded list. Change the direct inheritance class for each Declare Index class to the Line Item data type.