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The Pega Certified Lead System Architect (PCLSA) certification is for Pega Certified Senior System Architects (PCSSAs) with at least 12+ months of field experience who are ready to extend their experience and knowledge of building Pega-based applications. The Pega Architecture Exam is the first of two exams that are required for PCLSA certification: The LSA Application Build is required after successful completion of the Pega Architecture exam.

The LSA Pega Architecture Version 8 exam focuses on design and architecture of Pega applications. The LSA role is broad in scope: The exam covers material throughout the entire SA, SSA, advanced topics, & LSA course curriculum. The exam includes scenario questions, multiple choice questions and drag/drop items. If multiple answers are required, the text states how many answers are needed. PCLSA certification requires passing the Pega Architecture Exam and an Application design/build. Pega Senior Certified System Architect (P/CSSA) certification in any version is required to start the PCLSA certification program.

    

Exam code: PEGAPCLSA80V1_2020

Type of Exam: 60-question exam, including scenario, multiple choice and drag & drop questions

Length: 120 minutes

Passing Grade: 65%

Language: English

How Pega fits into the technical landscape of the organization

Design for architecting Pega for the enterprise

Determine application infrastructure requirements

Identify when to incorporate other Pega products

Architect an environment with high availability

Diagnose cause of an issue happening only in one environment

Diagnose cause of an issue after weeks of application running

Design case hierarchy and relationships between cases

Evaluate when to use subcase and subflow processing

Define case locking strategy

Design for case level and assignment level SLAs

Recommend appropriate data propagation approach vs. shared data

Design Get Next Work algorithm

Evaluate when to use push routing and pull routing

Evaluate when to use activities, APIs, and functions

Design and extend the application data model

Design data reuse layers and identify relevant records

Define mapping between source systems and Pega

Provide thought leadership in the area of UX

Determine where UX fits into the design architecture

Identify application functionality that can impact UX

Design the user experience to optimize performance

Design for mobile and offline usage

Determine the best authentication strategy

Determine the appropriate authorization model for a given use

Perform a security assessment; identify and fix issues

Use security best practices

Identify security risks

Design appropriate reporting strategy based on business need

Identify need for custom SQL functions

Design reports for performance

Identify/solve performance problems in reports

Determine appropriate background processing design option

Identify proper techniques to handle background processing

Design for separate nodes; asynchronous processing

Optimize standard agents

Specialize an application by overriding rulesets

Assess need for extending an existing application

Identify opportunities for re-using assets

Refactor an application built in Pega Express

Apply Production Deployment best practices, including DevOps

Design and automate a Testing strategy

Assess and monitor application quality

Establish quality measures and expectations on your team

Customize the rule check-in approval process                         

NO.1 What advantage does a Rule-Utility-Function have over a Rule-Obj-Activity?

A. Ability to be used to enforce security

B. Ability to be circumstanced

C. Ability to be directly called from a decision table

D. Ability to be saved to multiple rulesets

Answer: C

NO.2 A Pega application has cases that represent customers' accounts each with many members. When a members of a customer accounts registers with the application through an offline component, a related, registration transaction is recorded. Am advanced agent updates the customer account cases with new members. The application is running in a multimode system and advanced agents are enabled on all nodes.

Which two element are valid design choices (Choose two.)

A. Override DetermineLockString to use Account instead of .PyID as the lock string

B. Leverage the default object lock contention queuing capability.

C. Use the optimistic locking option on the case types.

D. Create a Registration subcase configured to run in offline mode.

Answer: B,D

NO.3 A company wants to run the same pega application in its eastern US office as well as its india office. The eastern united states server runs in the eastern united states time zone. The india server runs in the india time zon. The company wants a process to run in both offices at the same time world-wide once a day regardless of the server's location How do you efficiently meet this requirement?

A. Define two advanced agents that call the same activity. one agent is scheduled to run at a time in the eastern united states time zone and the other agents is scheduled to run at a time in the india time zone. The activity checks both the local time zone and the local time. if the local time is close to the expected time the activity should run it continues otherwise it exits

B. Define two advanced agent that call the same parameterzied activity. One agent passes eastern united states time zone to the activity, and the other agent passes india time zone. The activity checks the local time zone. if the parameter matches the local time zone, the activity continues. otherwise it exits

C. Define a single adavanced agent that is scheduled to run in any desired time zone. in the Eastern us server modify the agaent schedule to run in the eastern united states time zone. For the india server, specify the india time zone within the agent schedule

D. Define a single advanced agent that is scheduled to run in either the eastern united states zone or the india time zone. Ensure that the clocks with the servers in both offices are synchronized using the simple Network time protocal

Answer: C

NO.4 Client XYZ Corp implement Pega Customer Service.

A customer service representative (CSR) needs to launch multiple application to manually update information to keep data synchronized across systems. The application are built in different technologies, decreasing the CSR's efficiency in handling customer request. The client has a requirement to launch all applications from the PEGA Customer service application. The client require that data flow to and from the Pega Customer Service application to the other results in the CSR handling customer request more efficiently and spending less time manually updating dependent applications.

Which Pega capability do you recommend to support requirement?

A. Use SOAP/RESR services to update the information

B. Use Robotic Desktop Automation.

C. Use Robotic Process Automation.

D. Use SQL connection to update the data.

Answer: C

NO.5 Your application is deployed to the cloud. A data source outside your application populates a data page by using your data access pattern configuration. You receive complaints that the system takes a long time to fetch data each time the case worker accesses information for a different customer.

Which approach solves this performance issue?

A. Move to local installation because network traffic in cloud deployment is often slow.

B. Fetch only the targeted data from the database each time data is needed so access is faster.

C. Access data page with a predefined key so that, once loaded, data access is faster.

D. Change snapshot data access method to reference pattern data access method.

Answer: D