The Pega Architecture Exam PEGAPCLSA86V2 is the first of two exams that are required for Pega Certified Lead System Architect (PCLSA) certification. Passcert provides high quality Pega LSA Architecture PEGAPCLSA86V2 Dumps based on the real examination which are verified by Pegasystems experts. This helps you alot to crack the Pegasystems PEGAPCLSA86V2 exam with a top scoring rate. Our experts are regularly updating exam content according to the market trend which helps you to pass the exam easily. It is highly recommended for you to use Pega LSA Architecture PEGAPCLSA86V2 that will allow you to clear PCLSA certification PEGAPCSA86V1 exam on the first attempt.

The Pega Certified Lead System Architect (PCLSA) certification program is intended for Pega Certified Senior System Architects (PCSSAs) with at least 12+ months of field experience. The Pega Architecture exam is the first exam in the PCLSA certification process.

The Pega LSA Architecture Version 8.6 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.

1. Pega Architecture Exam 

2. LSA Architecture Design/Application Build

Exam Code: PEGAPCLSA86V2

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

Length: 120 minutes

Passing Grade: 65%

Language: English

Prerequisites： Lead System Architect

Understand deployment options; how deployment choices affect design decisions

Incorporate application monitoring and performance

Use distributed application case interactions

Describe the design approach when architecting a Pega application; Center-Out Business architecture

Leverage Pega applications; Identify when to incorporate other Pega products

Develop with App Studio

Describe how Pega interacts with existing enterprise technologies

Design an effective case structure; Design case hierarchy and relationships between cases; Case design patterns

Evaluate when to use ruleset, class, and circumstance specialization

Decide when to use pattern inheritance and organization hierarchy specialization

Analyze various approaches to specializing an application to support a specific set of requirements

Leverage versioning to support reuse

Identify the role of a COE in reuse

Design a case data model to support reuse and integrity

Understand data model best practices

Extend an industry foundation model

Know the benefits of using an industry foundation data model

Provide thought leadership in the area of UX; where UX fits into the design architecture

Identify application functionality that can impact UX

Understand how the Digital Experience (DX) API can be used to create custom UI

Design UX using Cosmos

Understand where Mashups are used and how they fit into the design of a Pega Platform solution

Understand the importance of using Design Templates to ensure App Studio compliance

Determine the appropriate authentication model/strategy for a given use

Determine the appropriate authorization model for a given use (role vs. attribute-based)

Identify and configure roles and access groups for an application

Establish dependent roles hierarchy

Determine the rule security mode

Identify security risks and potential vulnerabilities

Detect and mitigate possible attacks

Secure a Pega application in production

Use security event logging

Use security best practices

Design appropriate reporting strategy based on business need

Design reports for performance

Identify and solve performance problems in reports

Produce queries that reference ancestors within a case hierarchy

Produce queries based on generated or reformatted data

Produce queries that include SQL Functions; Complex SQL

Use associations, class joins, subreports

Evaluate and determine appropriate background processing design option

Design and configure asynchronous processing for integration

Optimize default agents for an application

Identify when to use Push routing and Pull routing

Leverage work parties

Use and customize Get Next Work

Identify alternate ways to find work

Manage flow changes for cases in-flight

Use and manage problem flows to resolve flow issues

Apply production deployment best practices

Define a release pipeline

Identify continuous integration and delivery tasks

Develop deployment strategies

Assess and monitor quality

Design and automate testing strategies

Create a custom guardrail warning

Establish quality measures and expectations on your team

Customize the rule check-in approval process