Theory alone rarely wins opportunities; demonstrated skill does. The PEGACLSA_62V2 exam demonstrates yours, and PassCollection prepares you with 150 practice questions mapped to the Pegasystems Certified Lead System Architect (CLSA) 6.2V2 objectives, a free demo to start, and McAfee-secured checkout.
Pegasystems PEGACLSA_62V2 Exam Overview:
| Certification Vendor: | Pegasystems |
|---|---|
| Exam Name: | Certified Lead System Architect (CLSA) 6.2V2 |
| Exam Number: | PEGACLSA_62V2 |
| Real Exam Qty: | Architecture Application Build Exam and Architecture Design Exam |
| Exam Duration: | 480 minutes |
| Exam Format: | Practical Application Build Exam, Scenario-Based Assessment, Architecture Design Exam |
| Available Languages: | English |
| Certificate Validity Period: | Certification version aligned to Pega 6.2; remains valid for the certified version |
| Passing Score: | 70% |
| Exam Price: | $1750 USD |
| Related Certifications: | Pega Certified System Architect (CSA) Pega Certified Senior System Architect (CSSA) |
| Sample Questions: |  |
| Exam Way: | Delivered as a multi-part certification process consisting of an Architecture Application Build Exam and an Architecture Design Exam, completed through Pega Academy's certification program. |
| Pre Condition: | Must hold the Pega Certified Senior System Architect (CSSA) certification and complete the CLSA readiness requirements before attempting the CLSA certification process. |
| Official Syllabus URL: | https://academy.pega.com/certifications/lead-system-architect |
Pegasystems PEGACLSA_62V2 Exam Syllabus Topics:
| Section | Objectives |
|---|---|
| Topic 1: Business Process Design | - Process Architecture
|
| Topic 2: Deployment and Governance | - Application Lifecycle Management
|
| Topic 3: Security and Access Control | - Application Security
|
| Topic 4: Leadership and Solution Design | - Lead Architect Responsibilities
|
| Topic 5: Enterprise Application Architecture | - Architectural Planning
|
| Topic 6: Performance and Scalability | - System Optimization
|
| Topic 7: Integration Architecture | - Enterprise Connectivity
|
| Topic 8: Data Architecture | - Data Modeling
|
PEGACLSA_62V2 Exam FAQ: What You Need to Know
Must hold the Pega Certified Senior System Architect (CSSA) certification and complete the CLSA readiness requirements before attempting the CLSA certification process. Rules change occasionally, so verify the current requirements on the official Pegasystems exam page before you schedule.
All three versions in a single purchase: 150 practice questions for the Pegasystems Certified Lead System Architect (CLSA) 6.2V2 exam as a printable, expert-prepared PDF — ideal if you learn best by annotating paper; a Desktop Test Engine for Windows that simulates the real exam with two practice modes and works offline; and an Online Test Engine for any browser on Windows, Mac, Android, and iOS with test history and performance review. Use whichever version fits each moment, or all of them together. You also get a free demo, 365 days of free updates, a 50% renewal discount after the first year, and unlimited computer installations.
The PEGACLSA_62V2 exam is a Pegasystems certification exam validating the knowledge in the Pegasystems Certified Lead System Architect (CLSA) 6.2V2 syllabus shown above. It belongs to these credential paths: Pega Certified Senior System Architect (CSSA), Pega Certified System Architect (CSA). Beyond theoretical knowledge, employers want demonstrated skills — and this credential provides that evidence in 2026's competitive market. PassCollection helps you prepare with 150 practice questions in PDF, Desktop Test Engine, and Online Test Engine formats.
Delivered as a multi-part certification process consisting of an Architecture Application Build Exam and an Architecture Design Exam, completed through Pega Academy's certification program. Registration for the Pegasystems Certified Lead System Architect (CLSA) 6.2V2 exam runs through these official channels:
Your PassCollection practice questions arrive by email within 1 minute of purchase, so preparation can begin the day you book.
The Pegasystems Certified Lead System Architect (CLSA) 6.2V2 exam contains Architecture Application Build Exam and Architecture Design Exam to be completed within 480 minutes. That leaves limited time per question, so rehearsing under the same clock with the PassCollection Desktop Test Engine is time well spent.
The official Pegasystems Certified Lead System Architect (CLSA) 6.2V2 outline defines 8 domains. The top three are Performance and Scalability, Business Process Design, and Enterprise Application Architecture. See the full list in the topics section above — PassCollection's 150 practice questions span every domain.
PassCollection issues a full refund if you take the Pegasystems Certified Lead System Architect (CLSA) 6.2V2 exam within 60 days of purchase and do not pass. The policy does not apply if the exam is taken within 3 days of purchase, if the exam was never actually taken, or to free materials or expired orders, and the candidate name must match the payer name. To claim, submit a scan of your enrollment slip and the official Score Report PDF within 2 days of the exam — processing takes up to 7 days. Alternatively, exchange for two free exam products of equal value while keeping your original product's update service. Delivery is by email within 1 minute; contact support if nothing arrives within 2 hours.
The Pegasystems Certified Lead System Architect (CLSA) 6.2V2 exam requires 70% to pass, and registration costs $1750 USD. A retake costs the same fee again — one more reason to gauge your readiness with the PassCollection practice engines before exam day.
Pegasystems recommends the following training for the Pegasystems Certified Lead System Architect (CLSA) 6.2V2 exam:
Complement the official training with the 150 practice questions from PassCollection — they show you whether the knowledge holds up under exam-style questioning.
Pegasystems Certified Lead System Architect (CLSA) 6.2V2 Sample Questions:
Which of the following statements are most accurate when performing archival or purging of work items? (Choose Two)
- A. Archiving or purging requires enabling the ImportExport Agent
- B. Both Archiving and Purging exports the data into a zip file which can be imported in another PRPC instance
- C. Purging deletes the work items from the work tables and all other associated tables while archiving does not delete the work items and all other associated tables in the active database
- D. When archiving, the entries in the declare index tables are also exported
- E. The production system can be configured to retry the Archival or purging strategy if the first attempt is unsuccessful
Correct Answer: A,E 🗳️
Which of the following statements is most accurate regarding the PRPC data model? (Choose One)
- A. The PRPC data model should always be modeled after the external systems with which it interfaces
- B. The PRPC data model can help promote reuse via inheritance and composition
- C. In a good design there would be no business rules or processes defined in the data classes
- D. The PRPC data model should be stored in a separate RuleSet from application/business rules
Correct Answer: B 🗳️
If a PRPC system crashed due to suspected out of memory issues, which of the following data would best help you determine the root cause? (Choose Two)
- A. PAL
- B. PegaRULES System and Alert log files
- C. Global DB Trace
- D. Log-Usage Reports
- E. Profiler Readings
Correct Answer: B,D 🗳️
Consider the following situation:
A PRPC application is running within a 1.2 GB JVM (Java Virtual Machine). There is approximatively 400 MB of free memory and garbage collector reclaims in average 32 MB of memory in the course of an hour.
The application is generating approximately 30 database alerts per minute. The database CPU runs at an average of 76% peaking periodically at 97%. The alert log file does not report any byte warning with a 10 MB threshold defined.
The Rules Assembly count is 0 when a typical interaction executes in average 74.6 rules. The application CPU peaks periodically at 20% but otherwise runs in average around 12%.
Users are complaining about poor performance. Their interactions take in average 4.15 seconds.
Which of the following approaches is most appropriate to resolve this issue? (Choose One)
- A. Avoid retrieving the BLOB column during database interactions
- B. Reduce the number of loop iterations executing on the large sets of data
- C. Limit the number of database interactions by storing most data on a series of declare pages
- D. Review the application profile log to determine which activities are taking the most time
- E. Reconsider the database table indexes by reviewing query plans
Correct Answer: E 🗳️
When using the standard "start a new process" button to start a new flow on an open work item, which of the following options most accurately describes the eligible flow rules available to be selected? (Choose One)
- A. All subflows of the current flow
- B. All flows defined in the current workpool
- C. All flows in the current work item class hierarchy enabled to be added to a work object
- D. All starter flows available to the current user
Correct Answer: C 🗳️
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