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NEW QUESTION # 12
An application has a web page where users can upload and view images. The application uses a Content Security Policy (CSP) to prevent cross-site scripting attacks by restricting the sources of scripts and images that the browser can load. The CSP has the following directives: default-src 'self'; script-src 'self'https://cdn.
example.com; img-src 'self' data: blob:. What happens if a user tries to upload and view an image fromhttps://malicious.comon the web page?
- A. The browser ignores the CSP and loads the image from any source.
- B. The browser blocks the image from loading and displays an error message.
- C. The browser loads the image but does not display it on the web page.
- D. The browser loads and displays the image without any issues.
Answer: B
Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
Pega's security features, as taught in Pega Academy'sSecurity Missionand thePega Certified Lead System Architect Study Guide, include Content Security Policies (CSP) to mitigate cross-site scripting (XSS) by restricting resource sources. The CSP directives define allowed sources for images, scripts, and other content.
* Option A (Correct): The CSP directive img-src 'self' data: blob: restricts image sources to the application's domain, data URIs, and blobs. An image from https://malicious.com is not permitted, so the browser blocks it and may display an error in the console, as documented in theContent Security Policysection of Pega Community.
* Option B (Incorrect): The browser does not load blocked images; it rejects them outright based on the CSP, per theWeb Securitymodule.
* Option C (Incorrect): The browser enforces the CSP and does not ignore it, as CSP is a mandatory security mechanism, per theSecurity Designguidelines.
* Option D (Incorrect): The image from https://malicious.com is not an allowed source, so it will not load or display, as noted in theCSP Configurationmodule.
:
Pega Academy:Security Mission(covers CSP and XSS prevention).
Pega Community:Content Security Policy(details on directive enforcement).
Pega Certified Lead System Architect Study Guide (v23): Section onSecurity Design(emphasizes CSP for web security).
NEW QUESTION # 13
Any suspicious activity that that a customer performs is reported to the Financial-Crimes and Enforcement (FinCEN) department for further inquiry using the customer details by the U+ Bank suspicious activity monitoring (SAM) application. The investigation status is updated in the SAM application with a REST APIs service package that is configured in the SAM application call once the investigation is completed.
Which one of the following approaches prevents other applications from accessing the SAM application using REST?
- A. Configure the OAuth2.0 authentication type and apply the authentication to the service package of the API.
- B. Configure a custom authentication type, and then apply the authentication to the service package of the API.
- C. Configure a content security policy (CSP) with allowed FinCEN origin (URL), and then apply the policy to the application.
- D. Configure a cross-origin resource sharing (CORS) policy with allowed FINCEN origin, and then apply this policy to the API.
Answer: D
NEW QUESTION # 14
What are the primary uses of the Rule Security Analyzer in Pega Platform? (Choose Two)
- A. To optimize rule performance.
- B. To identify rules that are not compliant with security guidelines.
- C. To identify potential security vulnerabilities in rules.
- D. To enforce coding standards.
Answer: B,C
Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
The Rule Security Analyzer in Pega, as described in Pega Academy'sSecurity Missionand thePega Certified Lead System Architect Study Guide, is a tool designed to enhance application security by analyzing rules for compliance and vulnerabilities, ensuring adherence to security best practices.
* Option A (Incorrect): The Rule Security Analyzer does not optimize rule performance. Performance optimization is handled by tools like the Performance Analyzer (PAL), per thePerformance Troubleshootingmodule.
* Option B (Incorrect): Enforcing coding standards is managed by guardrail warnings and compliance scores, not the Rule Security Analyzer, which focuses on security-specific issues, as noted in the Application Developmentguidelines.
* Option C (Correct): The Rule Security Analyzer identifies rules that do not comply with Pega's security guidelines, such as improper access controls or exposed sensitive data. This is a primary use, as documented in theRule Security Analyzersection of Pega Community.
* Option D (Correct): The tool detects potential security vulnerabilities, such as rules with overly permissive privileges or hardcoded credentials, helping to mitigate risks. This is a core function, per the Security Designmodule.
:
Pega Academy:Security Mission(covers Rule Security Analyzer).
Pega Community:Rule Security Analyzer(details on compliance and vulnerability checks).
Pega Certified Lead System Architect Study Guide (v23): Section onSecurity Design(emphasizes security analysis tools).
NEW QUESTION # 15
An application processes stock market trades. which two requirement are best implemented by an advanced agent? (Choose two)
- A. Excute a trade cae only after the stock reaches a certain price
- B. create a case to audit an account if the customer trade more tha usd9999in a day
- C. call a service every day at 5 : 00 am to get the marker open and close time, and recird the result
- D. complete unexecuted trade when the market
Answer: C,D
NEW QUESTION # 16
How do deployment choices affect design decisions in Pega applications?
- A. They may influence the use of specific rulesets and configurations based on the target environment.
- B. Deployment choices impact the user interface design and layout.
- C. They do not have any significant influence on design decisions.
- D. The choice of deployment affects the selection of application monitoring tools.
Answer: A
NEW QUESTION # 17
Which one of the following statements is true about data classes?
- A. Every data class should be defined at the Enterprise layer under Org-Data-, then extended to higher layers.
- B. Reference data must be embedded within a case's BLOB.
- C. Persisting a derived value, such as a date-dependent historical price, is acceptable for performance reasons provided that it is reproducible.
- D. A reference data class must not possess a BLOB column.
Answer: C
NEW QUESTION # 18
What are three different ways to accommodate temporal data?
- A. Use a data class with a version property.
- B. Leverage the History-Rule class.
- C. Declare the data class as abstract.
- D. Use a data class with an As-Of date property.
- E. Use a custom rule.
Answer: A,D,E
NEW QUESTION # 19
Which three of the following requestor types can process cases? (Choose Three)
- A. Batch
- B. Batch
- C. Portal
- D. App
Answer: A,B,D
NEW QUESTION # 20
MyCo.com has instances of SCM-F5, SmartDispute, and CPM-F5 in their Production Environment distributed across multiple Pega instances. A new business requirement states that users working in any one application cart create a case in any other application.
What is your recommendation to implement the new business requirement?
- A. Implement a parent case across multiple products.
- B. Leverage database replication to communicate case creation.
- C. Synchronize case creation with RFST services.
- D. Implement Federated Case Management.
Answer: D
NEW QUESTION # 21
Select the option in which you would define Content Security Policies.
- A. To configure security for the content management integration
- B. To define security for case attachments
- C. To prevent the browser to load content from untrusted sources
- D. To restrict what data a user can view in a case the user can open
Answer: C
NEW QUESTION # 22
The stream data set manages the subscription of messages to ensure message processing.
- A. True
- B. False
Answer: B
NEW QUESTION # 23
As a Lead System Architect, it is crucial to understand the technical landscape of an organization. Which are two benefits that you can derive from this understanding? (Choose Two)
- A. It assists with designing user interfaces with accessibility features.
- B. It facilitates the creation of necessary interfaces for interaction with other systems in an organization's environment.
- C. It enables the development of applications based on the Center-out business architecture.
- D. It accelerates the development process of applications on Pega Platform.
Answer: B,D
Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
Understanding an organization's technical landscape is a key responsibility of a Lead System Architect (LSA), as outlined in Pega Academy'sLead System Architect Missionand thePega Certified Lead System Architect Study Guide. This knowledge ensures that Pega applications are designed to integrate seamlessly with existing systems and align with organizational goals, optimizing development and deployment.
* Option A (Correct): A thorough understanding of the technical landscape (e.g., existing systems, infrastructure, and standards) allows the LSA to make informed design decisions, reducing rework and accelerating application development. This is emphasized in thePega Platform Architecturemodule, which highlights the importance of aligning with enterprise architecture.
* Option B (Correct): Knowledge of the technical environment enables the LSA to identify and design interfaces (e.g., REST, SOAP, or file-based integrations) for interaction with other systems, ensuring interoperability. This is a core LSA responsibility, as noted in theIntegrationsection of the study guide.
* Option C (Incorrect): While accessibility is important, designing user interfaces with accessibility features is primarily a UX design task, not directly tied to understanding the technical landscape. This is covered underUser Experience (UX) Design, not platform architecture, per Pega'sUX Designmodule.
* Option D (Incorrect): The Center-out business architecture is a Pega-specific methodology, not directly dependent on the organization's technical landscape. While the landscape informs implementation, the adoption of Center-out is a strategic choice, as clarified in theCenter-out Architecturemodule.
:
Pega Academy:Lead System Architect Mission(covers technical landscape analysis).
Pega Community:Enterprise Architecture in Pega(details on integration and development efficiency).
Pega Certified Lead System Architect Study Guide (v23): Section onPega Platform Architecture(emphasizes alignment with organizational systems).
NEW QUESTION # 24
ABC is an insurance company that provides quotes to its customers. Customers submit insurance quote requests through the ABC company website. The insurance workflow exposes a web embed to the ABC company website; the web embed uses custom bearer authentication. What are the primary uses of a custom bearer token? (Choose Two)
- A. To authenticate a user for a single request.
- B. To authenticate a user for multiple requests over a period of time.
- C. To authorize the level of access that a user has to a resource.
- D. To encrypt data sent over the network.
Answer: B,C
Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
Pega's authentication mechanisms, as outlined in Pega Academy'sSecurity Missionand thePega Certified Lead System Architect Study Guide, include bearer tokens for securing API and web embed interactions.
Bearer tokens are used to authenticate and authorize users for multiple requests within a session.
* Option A (Correct): A custom bearer token authorizes the level of access a user has to resources (e.g., specific API endpoints or reports) by including accessscope in the token payload. This is a primary use, as documented in theBearer Token Authenticationsection of Pega Community.
* Option B (Incorrect): Bearer tokens do not encrypt data; encryption is handled by protocols like HTTPS. Tokens carry authentication data, per theWeb Securitymodule.
* Option C (Correct): Bearer tokens authenticate a user for multiple requests over a period (e.g., session duration), reducing the need for repeated logins. This is a key feature, as noted in theAuthentication Mechanismsguidelines.
* Option D (Incorrect): Bearer tokens are designed for multiple requests, not single requests. Single- request authentication is typically handled by other mechanisms, per theToken-Based Authentication module.
:
Pega Academy:Security Mission(covers bearer token authentication).
Pega Community:Bearer Token Authentication(details on token uses).
Pega Certified Lead System Architect Study Guide (v23): Section onSecurity Design(emphasizes token-based security).
NEW QUESTION # 25
Which three of the following approaches are valid methods of extending rules in Pega Platform™?
(Choose Three)
- A. Class
- B. Dynamic class referencing (DCR)
- C. Ruleset
- D. Organization hierarchy
- E. Circumstance
Answer: A,C,E
NEW QUESTION # 26
Which two of the following statements are true with respect to queue processor? (Choose Two)
- A. The node that is associated with the queue processor can be the Stream node type.
- B. The partition count for a queue processor can be modified.
- C. The node that is associated to queue processor must be a Stream node type.
- D. The partition count for a queue processor cannot be modified.
Answer: A,B
NEW QUESTION # 27
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