Pegasystems PEGACPLSA23V1 Exam : Certified Pega Lead System Architecture (LSA) Exam 23

You are leading a team to develop a Pega application with Pega Financial Industry Foundation. You are tasked with adding a mandatory waiting period in the loan process, where the status of a child process dictates the next stage. Your team is debatingwhether to use a Wait shape or a service-level agreement for this requirement. Identify two scenarios where a Wait shape is the simpler choice. (Choose Two)

• A. The Wait shape in Pega Platform offers a straightforward configuration for waiting based on the case status.
• B. The Wait shape facilitates the assignment creation and routing based on the status of child process.
• C. The Wait shape in the Pega Platform provides a straightforward configuration for automatic bypass locking.
• D. The Wait shape facilitates manually advancing past the waiting point before the designated time.

An application design team led by a Lead System Architect is considering the divide-and-conquer approach for most business use cases. Which two of the following reasons are benefits behind the team's decision to use the divide-and-conquer design pattern? (Choose Two)

• A. The divide-and-conquer approach breaks down complex problems into smaller, independently solvable units. It is the easiest way to solve most of the business usecases.
• B. The divide-and-conquer approach means that parallel development can occur so that each team can focus on specific units of work, which helps ensure better use of resources. This streamlined collaboration enhances productivity and accelerates project completion.
• C. The divide-and-conquer approach enables easy project management with Agile Workbench.
• D. The divide-and-conquer approach enables efficient organization of parallel development and quality assurance teams. As a result, the team can perform quick fixes for bugs and there are fewer escalations.

You are a Pega developer working on an insurance application. The application needs to manage different types of insurance policies such as car insurance, home insurance, and life insurance. Each type of insurance policy has some common attributes (policy number, policyholder name, and premium amount), but also has some unique attributes (such as vehicle details for car insurance, property details for home insurance, and beneficiary details for life insurance). Which one of the following approaches to handling this scenario would be most appropriate in a Pega application?

• A. Create a single class for all types of insurance policies and dynamically add or remove attributes as needed.
• B. Create a single class for all types of insurance policies and define all possible attributes.
• C. Create a base class for the insurance policy for the common attributes, and then create derived classes for each type of insurance policy with their unique attributes.
• D. Create a separate class for each type of insurance policy and then define the common attributes in the new class.

As a Lead System Architect, you are tasked with designing an application to analyze social media posts by using Pega Platform. This application generates insights based on the social media usage by the employees within an organization. The goal is to identify the top social media influencers in the organization. Which of the following approaches is the most effective for structuring and designing the application?

• A. Establish an enterprise layer for a common data model, then construct an insights application with a distinct interface for each social media application. The data consumed by the interface will apply in further analysis.
• B. Construct a global framework for a common data model, and then an implementation application for the enterprise layer. On top of the enterprise layer, create distinct implementations for each social media interface.
• C. Construct a framework for the social media platform, and then create distinct implementations for each social media interface.
• D. Establish an enterprise layer for a common data model, and then construct separate insights applications for each social media interface.

A multinational corporation operates several warehouses around the world. Due to varying regional regulations, market demands, and operational hours, the specifics of each warehouse, including its manager, location, and working hours, differ significantly. To streamline logistics and inventory management, employees must identify and interact with their nearest warehouse as part of their operational duties.
Oversight of warehouse listings is maintained by a centralized logistics management team. What is the most suitable strategy for managing the warehouse details?

• A. Construct a dedicated portal for warehouse management, accessible only to the logistics management team, and implement a data-instance-only design pattern.
• B. Employ a data-instance-first design pattern and provide a user interface for the logistics team to oversee warehouse details, with responsibilities allocated to the logistics management team.
• C. Integrate a work queue widget into the logistics management team's dashboard that assigns them the responsibility of updating and managing warehouse information.
• D. Adopt a data-instance-last design pattern for handling requests related to warehouse management, with tasks assigned to the logistics management team.