WGU Secure-Software-Design Exam Tests & Secure-Software-Design Latest Exam

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WGU Secure-Software-Design Exam Syllabus Topics:

TopicDetails
Topic 1
  • Software Architecture Types: This section of the exam measures skills of Software Architects and covers various architecture types used in large scale software systems. Learners explore different architectural models and frameworks that guide system design decisions. The content addresses how to identify and evaluate architectural patterns that best fit specific project requirements and organizational needs.
Topic 2
  • Reliable and Secure Software Systems: This section of the exam measures skills of Software Engineers and Security Architects and covers building well structured, reliable, and secure software systems. Learners explore principles for creating software that performs consistently and protects against security threats. The content addresses methods for implementing reliability measures and security controls throughout the software development lifecycle.
Topic 3
  • Software Architecture and Design: This module covers topics in designing, analyzing, and managing large scale software systems. Students will learn various architecture types, how to select and implement appropriate design patterns, and how to build well structured, reliable, and secure software systems.

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WGUSecure Software Design (KEO1) Exam Sample Questions (Q66-Q71):

NEW QUESTION # 66
A recent vulnerability scan uncovered an XML external entity (XXE) Haw that could allow attackers to return the contents of a system file by including a specific payload in an XML request.
How should the organization remediate this vulnerability?

Answer: B

Explanation:
Security change management within the change management process involves ensuring that any changes, including updates or modifications to software, do not introduce new vulnerabilities and are in line with security policies. The question about securing remote administration directly reflects this component because it addresses the security considerations that must be managed when changes are made to how software is accessed and controlled remotely. This includes implementing secure protocols, authentication methods, and monitoring to prevent unauthorized access or breaches, which are crucial when managing changes in a secure manner.
:
Change management in cybersecurity emphasizes the structured approach to implementing alterations in security protocols, technologies, and processes, ensuring systematic assessment and monitoring1.
The role of change management in cybersecurity includes decisions about network access and ensuring the right person can access the right information at the right time, which aligns with securing remote administration2.
Seminal change management models in cybersecurity, like PROSCI's ADKAR model, guide individuals through the change process, managing resistance and identifying training needs, which is relevant to securing remote administration3.


NEW QUESTION # 67
The software security team is performing security testing for a new software product that is close to production release. They are concentrating on integrations between the new product and database servers, web servers, and web services.
Which security testing technique is being used?

Answer: B

Explanation:
Fuzz testing is the ideal technique in this scenario. Here's why:
* Focus on Integrations: The scenario emphasizes testing links between the software, databases, web servers, and web services. Fuzz testing is specifically designed to find vulnerabilities in how software handles data and communication between components.
* Pre-release Testing: The product being close to release indicates a critical need to identify security flaws before public deployment. Fuzz testing is effective in uncovering unexpected behavior and potential vulnerabilities.
* Fuzz Testing Targets: Fuzz testing works by injecting invalid or unexpected data into interfaces (like those between databases, web components, etc.) to observe how the software reacts. This helps expose potential security gaps and weaknesses.


NEW QUESTION # 68
The software security group is conducting a maturity assessment using the Building Security in Maturity Model (BSIMM). They are currently focused on reviewing attack models created during recently completed initiatives.
Which BSIMM domain is being assessed?

Answer: C

Explanation:
The Intelligence domain in the Building Security in Maturity Model (BSIMM) focuses on gathering and using information about software security. This includes understanding the types of attacks that are possible against the software being developed, which is why reviewing attack models falls under this domain. The BSIMM domain of Intelligence involves creating models of potential attacks on software (attack models), analyzing actual attacks that have occurred (attack intelligence), and sharing this information to improve security measures. By reviewing attack models, the software security group is essentially assessing the organization's ability to anticipate and understand potential security threats, which is a key aspect of the Intelligence domain.
: The references used to verify this answer include the official BSIMM documentation and related resources that describe the various domains and their activities within the BSIMM framework12345.


NEW QUESTION # 69
Senior IT staff has determined that a new product will be hosted in the cloud and will support web and mobile users. Developers will need to deliver secure REST services. Android and IOS mobile apps. and a web application. Developers are currently determining how to deliver each part of the overall product.
Which phase of the software development lifecycle (SDLC) is being described?

Answer: C

Explanation:
The phase being described is the Design phase of the SDLC. During this phase, developers and IT staff determine the architectural and operational details of the product, which includes decisions on how to deliver various components such as secure REST services, mobile apps, and web applications. The Design phase is crucial for setting the foundation for the development work that will follow, ensuring that the product will be secure, scalable, and maintainable.
References: The information aligns with the descriptions of the SDLC phases provided in resources such as GitHub's explanation of the SDLC1 and other industry-standard software development lifecycle resources234.


NEW QUESTION # 70
Which software development model starts by specifying and implementing just a part of the software, which is then reviewed and identifies further requirements that are implemented by repeating the cycle?

Answer: A

Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
The Iterative software development model fits this description. It involves specifying and implementing a portion of the software, reviewing it, gathering feedback, and refining or adding requirements in successive cycles. This approach supports evolving requirements and continuous improvement. Iterative models contrast with Waterfall (C), which is linear and sequential, with no repetition of phases. "Code and fix" (D) is an informal, ad hoc process lacking formal review cycles. Implementation (B) is a phase, not a model. The iterative approach is advocated in ISO/IEC 12207 and NIST guidelines for secure development, as it allows early detection and remediation of security issues by incremental design and testing.
References:
ISO/IEC 12207 Software Lifecycle Processes
NIST SP 800-64 Revision 2: Security Considerations in SDLC
Microsoft SDL Documentation


NEW QUESTION # 71
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