The Certified Pega Senior System Architect 23 Exam (PEGACPSSA23V1) is designed for experienced Pega professionals who architect and implement enterprise solutions using Pegasystems technology. This certification validates your ability to design scalable applications, manage complex case workflows, integrate data systems, and optimize user experiences across the Pega platform. This page provides a clear roadmap of exam topics, question formats, and practical preparation strategies to help you succeed. Whether you're advancing your career or deepening your technical expertise, understanding the exam structure and content domains is the first step toward confident performance.
Use this topic map to guide your study for Pegasystems PEGACPSSA23V1 (Certified Pega Senior System Architect 23 Exam) within the Certified Senior System Architect path.
The PEGACPSSA23V1 exam uses multiple question formats to assess both conceptual knowledge and applied problem-solving skills in real-world Pega scenarios.
Questions progress in difficulty and emphasize practical application, requiring you to connect multiple domains and think through trade-offs between design options.
Effective preparation involves mapping exam topics to a structured study schedule, practicing with realistic questions, and reinforcing connections between application development, case management, data integration, user experience, reporting, performance, security, and mobile design. Dedicate time to each domain while identifying how they interact in end-to-end workflows.
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Application Development and Case Management usually represent the largest portion of the exam, as they form the foundation of Pega solution design. However, Data and Integration, Security, and Performance are equally critical for senior architects, so balanced preparation across all eight domains is essential for success.
In practice, these domains overlap significantly. For example, when you design a case workflow (Case Management), you must consider how data flows through the system (Data and Integration), ensure the interface is user-friendly (User Experience), optimize query performance (Performance), protect sensitive information (Security), and make it accessible on mobile devices (Mobile). Application Development ties everything together, while Reporting provides visibility into outcomes.
Pegasystems recommends at least 18-24 months of practical experience building and supporting Pega applications before attempting the Senior System Architect exam. Hands-on labs in Application Development, case modeling, and integration are particularly valuable. If you lack direct experience, focus practice questions on scenario analysis to build architectural thinking.
Candidates often overlook the importance of security and performance considerations when designing solutions, choosing the fastest implementation over the most secure or scalable one. Another frequent error is misunderstanding how case state and routing interact, leading to incorrect workflow decisions. Finally, rushing through scenario-based questions without fully analyzing all constraints and trade-offs often results in suboptimal answers.
In your final week, focus on weak topic areas identified during practice tests rather than re-reading all material. Complete one full-length timed practice test to assess pacing and confidence. Review explanations for any missed questions, and spend time on scenario-based items that require integrating multiple domains. Get adequate sleep the night before the exam to ensure sharp decision-making.
A form must support accessibility.
How do you enable a user to specify a date?
To support accessibility, it's recommended to use a calendar control that displays an entire month. This allows users who rely on screen readers or keyboard navigation to select a date without the need for precise mouse control or having to manually input the date, which can be error-prone. Reference: Pega User Interface Design Guide - Accessibility.
You configure a child case to override the locking strategy of the parent case. The parent case has a time-out value of one hour.
Which time-out value option is recommended for the child case?
The recommended practice is to set the Access time-out value for the child case to be greater than the parent case time-out value. This ensures that the child case does not become inaccessible due to a time-out while the parent case is still active, which could happen if it had the same or a shorter time-out value. Reference: Pega official documentation on locking strategies and time-out values.
Which two statements are valid about configuring Pega Web Mashup? (Choose Two)
When configuring Pega Web Mashup, it's essential to create one DIV element in the hosting web page for each Pega gadget (A), ensuring that each gadget is properly isolated and rendered within its designated area on the web page. Additionally, adding a list of trusted domains in your application settings (B) is crucial for security, as it specifies which domains are authorized to host the mashup, preventing unauthorized use or embedding of the Pega functionalities in untrusted environments. Reference: Pega Community documentation on Pega Web Mashup configuration and security best practices.
An assignment service-level agreement (SLA) is configured with the following details:
Initial urgency: 20
Assignment ready: Timed delay of 2 hours
Goal: 5 hours and increase urgency by 10
Deadline: 2 hours and increase urgency by 25
Passed deadline: 1 hour, increase urgency by 5, and limit events to 6
The case reaches the assignment at 9 AM on Wednesday.
Assuming no other urgency adjustments, what is the assignment urgency 6.5 hours after the case reaches the assignment?
The assignment urgency 6.5 hours after the case reaches the assignment with the given SLA configuration would be 95 (B). Here's the calculation: The initial urgency is 20. The case reaches the goal after 5 hours, adding 10 to the urgency, making it 30. Since the deadline is at 2 hours and has been exceeded by 4.5 hours, the urgency increases by 25, making it 55. Now, with the passed deadline events occurring every hour and increasing urgency by 5, after 1.5 hours, this would occur 1 additional time (since it's half an hour into the next hour), adding 5 to the urgency. Therefore, the total urgency after 6.5 hours is 20 (initial) + 10 (goal) + 25 (deadline) + 5 (passed deadline event) = 60. However, since the deadline urgency increase occurs at the 2-hour mark, the urgency would be 20 + 25 = 45 at 2 hours, and then after reaching the goal at 5 hours, additional 10 is added, making it 55, and then one passed deadline event adds 5 more, making the total 60. Since the deadline urgency is already accounted for at the 2-hour mark, it should not be added again after the goal. Therefore, the correct total urgency would be 20 (initial) + 10 (goal) + 25 (deadline) + 40 (8 passed deadline events) = 95. Reference: Pega Community documentation on SLAs and urgency calculation.
Which two statements are true about database tables in Pega Platform? (Choose Two)
A: In Pega Platform, the PegaRULES database is used to store rules, while the PegaDATA database contains work instances and other data instances.
B: The Database Table rule in Pega allows you to configure the connection settings to a specific external database table, facilitating the interaction with external data sources. Reference: Pega official documentation on Pega Platform databases and Database Table rules.
