100+ Free Pega Robotics System Architect (CPRSA) Practice Questions

Pass your Pegasystems Certified Pega Robotics System Architect (PEGAPCRSA80V1) exam on the first try — instant access, no signup required.

✓ No registration✓ No credit card✓ No hidden fees✓ Start practicing immediately

Not publicly published by Pegasystems Pass Rate

100+ Questions

100% Free

1 / 100

Question 1

Score: 0/0

Which Pega Robotics tool do developers use to design, build, and test automations before publishing them to Robot Manager?

Pega Robot Runtime

Pega Robot Studio

Pega Robot Manager

Pega Workforce Intelligence

to track

2026 Statistics

Key Facts: Pega Robotics System Architect (CPRSA) Exam

Questions

Pega Academy CPRSA exam page

90 min

Time Limit

Pega Academy CPRSA exam page

65%

Passing Score

Pega Academy CPRSA exam page

$190

Exam Fee

Pegasystems standard CPRSA fee

33%

Largest Domain

Automations

Pearson VUE

Delivery

In-person or online proctored

As of April 2026, Pegasystems lists 60 questions, a 90-minute time limit, a 65% passing score, and a $190 USD fee delivered through Pearson VUE. The blueprint is dominated by Automations at 33% and Debugging and Diagnostics at 20%, followed by Interrogation and the Interaction Framework at 13% each, with System Integration and Deployment at 8% each and Project Management at 5%. Pega Robot Studio v22.x is the current developer IDE; it removed the Visual Studio dependency and ships with the Pega Browser Extension for Chrome and Edge interrogation. Pega Robotics remains an active product line and integrates with Pega Workforce Intelligence for opportunity discovery.

Sample Pega Robotics System Architect (CPRSA) Practice Questions

Try these sample questions to test your Pega Robotics System Architect (CPRSA) exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1Which Pega Robotics tool do developers use to design, build, and test automations before publishing them to Robot Manager?

A.Pega Robot Runtime

B.Pega Robot Studio

C.Pega Robot Manager

D.Pega Workforce Intelligence

Explanation: Pega Robot Studio is the integrated development environment (IDE) that developers use to interrogate applications, build automations, configure components, and test solutions. Robot Studio v22.x is a stand-alone IDE that no longer requires Visual Studio.

2What does Pega Robot Runtime do on an end-user desktop?

A.It opens Robot Studio so the user can edit the automation

B.It executes the published Pega Robotics solution and orchestrates the configured automations

C.It hosts the Pega Platform application server

D.It manages license assignment for all robots in a work group

Explanation: Robot Runtime is the lightweight execution engine installed on the desktop. It loads the published solution package and runs the automations, components, and adapters that the developer configured in Robot Studio.

3Which automation mode requires a human operator to be logged in and to trigger or supervise the bot during execution?

A.Unattended automation

B.Attended automation

C.Headless automation

D.Server-side automation

Explanation: Attended automation runs on the user's desktop alongside the human worker, who triggers or interacts with the robot during the workflow. Common scenarios include contact-center call handling and form pre-population.

4Which Pega component is responsible for deploying packages, scheduling unattended work, and assigning licenses to robots in a work group?

A.Robot Studio

B.Robot Runtime

C.Robot Manager

D.Pega Browser Extension

Explanation: Pega Robot Manager is the centralized orchestration application built on Pega Platform. It stores published packages, distributes them to robots, schedules unattended jobs, manages work groups, and tracks license assignment.

5What is the purpose of interrogation in Pega Robot Studio?

A.To verify that the Robot Runtime has a valid license

B.To capture UI controls of a target application so the automation can read or manipulate them

C.To compress the published package before deployment

D.To trace SQL statements executed by an application target

Explanation: Interrogation is how Robot Studio identifies UI elements (buttons, text fields, grids, menus) inside a target application. The interrogated controls become objects in the project that automations can read, click, or set.

6Which Pega Robotics object represents a single application that the robot will automate, such as a Windows app, a Chrome session, or a Citrix session?

A.Adapter

B.Application Target

C.Connector

D.Module

Explanation: An Application Target (also called an adapter target) is the project artifact that represents one external application. Each target has a type (Windows, Web, Java, etc.) and exposes interrogated controls and events to your automations.

7Which automation building block provides the visual canvas where developers wire components, methods, and events together to express logic?

A.Automation

B.Solution

C.Project

D.Linked Property

Explanation: An Automation is the visual flow file inside a project where developers drop components and connect inputs, outputs, methods, and events to express the logic that the robot executes at runtime.

8Which built-in Robotics dialog component is most appropriate for displaying an error message to the end user with OK / Cancel buttons?

A.Trace Message

B.MessageDialog

C.Console.WriteLine

D.Diagnostic Log

Explanation: MessageDialog is the standard Pega Robotics component for showing a modal dialog box to the user with a caption, message, icon, and configurable buttons such as OKCancel or YesNo. The result of the user's choice can drive subsequent branching.

9Which Pega Robot Studio feature lets a developer step through an automation, pause execution at breakpoints, and inspect variable values?

A.Object Explorer

B.Debugger

C.Configuration Editor

D.Solution Manifest

Explanation: The Pega Robot Studio Debugger allows developers to set breakpoints on automation links, step through execution one block at a time, and inspect the current values of variables, parameters, and component properties.

10Which Pega Robot Studio diagnostic tool allows a developer to view trace messages and runtime events generated by the executing solution?

A.Diagnostic Tool / Trace Viewer

B.Solution Outliner

C.Component Designer

D.Build Log

Explanation: The Diagnostic Tool (in older versions called the Trace Viewer or Runtime Diagnostic Tool) shows live trace messages, exceptions, and event flow generated by Robot Runtime so developers can verify behavior without re-running in the debugger.

About the Pega Robotics System Architect (CPRSA) Exam

The Pegasystems Certified Pega Robotics System Architect (CPRSA, exam code PEGAPCRSA80V1) validates that an architect can design and build attended and unattended Pega Robotic Process Automation solutions in Pega Robot Studio, deploy them through Pega Robot Manager, and integrate them with target Windows, web, terminal, Citrix, and Excel applications. The exam emphasizes practical judgment around interrogation, automation design, the Interaction Framework, debugging, and deployment rather than rote memorization.

Assessment

60 questions including multiple-choice, multiple-response, and drag-and-drop scenario items

Time Limit

90 minutes

Passing Score

65%

Exam Fee

$190 USD per attempt (Pegasystems)

Pega Robotics System Architect (CPRSA) Exam Content Outline

33%

Automations

Designing automations in Pega Robot Studio: variables and parameters, decision branches, loops, linked properties, exception handling, MessageDialog, reusable components, and event-driven flows.

20%

Debugging and Diagnostics

Using the Pega Robot Studio Debugger, Diagnostic Tool / Trace Viewer, breakpoints, step-into/step-over, trace messages, watchdogs for unexpected dialogs, and operational triage of failed work items in Robot Manager.

13%

Interrogation

Identifying UI controls in Windows, web (Chrome/Edge via the Pega Browser Extension), terminal (3270/5250), Citrix (image / OCR-based UI Automation), and Excel application targets, including durable match rules.

13%

Interaction Framework

Coordinating startup, shutdown, and event flow across multiple solutions and adapters on the same desktop; multi-subscriber event patterns; non-modal helper UI; and combining attended automations with Workforce Intelligence insights.

System Integration

Calling REST and SOAP services from automations, OAuth 2.0 credential records, retry policies, polling versus callbacks, integrating with Pega Platform case actions and work queues, and choosing API vs. UI.

Deployment

Publishing solution packages from Pega Robot Studio, distributing them through Pega Robot Manager, work groups, license assignment, scheduling unattended jobs, environment overrides, and promotion across DEV/TEST/PROD.

Project Management

Discovery, As-Is/To-Be process design, candidate selection, source control discipline, change control for production rollouts, and the boundary between Robotics System Architect and Operations responsibilities.

How to Pass the Pega Robotics System Architect (CPRSA) Exam

What You Need to Know

Passing score: 65%
Assessment: 60 questions including multiple-choice, multiple-response, and drag-and-drop scenario items
Time limit: 90 minutes
Exam fee: $190 USD per attempt

Keys to Passing

Complete 500+ practice questions
Score 80%+ consistently before scheduling
Focus on highest-weighted sections
Use our AI tutor for tough concepts

Pega Robotics System Architect (CPRSA) Study Tips from Top Performers

1Spend the most time on Automations (33%) and Debugging and Diagnostics (20%) because together they are 53% of the exam, and they are also where scenario questions are most common.

2Build at least one end-to-end attended and one end-to-end unattended automation in Pega Robot Studio v22.x, including publishing through Pega Robot Manager so the deployment workflow is procedural rather than theoretical.

3Practice writing match rules that survive vendor UI changes by combining stable attributes (name, text, ARIA label) and hierarchy instead of regenerating ids; this is the most common interrogation pitfall.

4Get comfortable in the Pega Robot Studio Debugger and Diagnostic Tool: breakpoints, step-into/step-over, watchdogs for unexpected dialogs, and break-on-exception are core CPRSA debugging skills.

5Learn the boundary between the Interrogation domain (UI element identification) and the System Integration domain (REST/SOAP, OAuth, queues), because the exam frequently asks which approach applies in a scenario.

6Know how the Interaction Framework coordinates multi-solution startup, shutdown, and shared events on a single desktop, since several scenario questions test attended assist patterns in call-center contexts.

7Review the OpenSpan history of Pega Robotics so you recognize legacy artifact names that still appear in older content, and confirm v22.x changes (no Visual Studio, Pega Browser Extension) before sitting the exam.

Frequently Asked Questions

How many questions are on the Pega CPRSA exam?

The current Pega CPRSA blueprint (exam code PEGAPCRSA80V1) lists 60 questions delivered through Pearson VUE, including multiple-choice, multiple-response, and drag-and-drop scenario items. Some questions require more than one correct answer.

What is the passing score and time limit?

Pegasystems publishes a 65% passing score and a 90-minute time limit for the CPRSA. The exam is delivered in English, Japanese, and Spanish through Pearson VUE either at a test center or with online proctoring.

How much does the Pega CPRSA exam cost?

The Pega CPRSA exam fee is $190 USD per attempt, the same baseline fee as most Pega architect-track certifications such as CSA, CSSA, and CPBA. Each retake is the full $190 USD again; Pegasystems does not generally issue free retake vouchers.

What domains carry the most weight?

Automations is the largest domain at 33%, followed by Debugging and Diagnostics at 20%, then Interrogation and Interaction Framework at 13% each, System Integration and Deployment at 8% each, and Project Management at 5%.

Is Pega Robotics being deprecated?

Pega Robotics remains an active product line. Pega Robot Studio v22.x was released as a stand-alone IDE that no longer requires Visual Studio, and Pega Robotic Automation continues to ship release notes and security advisories alongside Pega Workforce Intelligence, which is a complementary discovery product, not a replacement for Robotics.

Do I need hands-on Pega Robotics experience?

Yes. Pegasystems requires completion of the official Robotics System Architect mission on Pega Academy as a prerequisite, and the exam is heavily scenario-based. Building at least one end-to-end attended and one end-to-end unattended automation in Robot Studio (with publishing through Robot Manager) is strongly recommended.