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NEW QUESTION # 44
Scott Morrison is working as a senior DevSecOps engineer at SUTRE SOFT Pvt. Ltd. His organization develops software and applications for IoT devices. Scott created a user story; he then created abuser stories under the user story. After that, he created threat scenarios under the abuser story, and then he created test cases for the threat scenarios. After defining the YAML, Scott would like to push the user-story driven threat model to the ThreatPlaybook server. Which of the following command Scott should use?
Answer: A
Explanation:
ThreatPlaybook uses the playbook apply feature command to push user-story-driven threat models to the server. The -f flag specifies the path to the YAML file containing the defined user stories, abuser stories, and threat scenarios, while the -p flag specifies the target project. Option C correctly combines these parameters. The -y flag is invalid in this context, and options that misuse -t instead of -p do not correctly identify the project destination. Executing this command during the Plan stage enables teams to integrate threat modeling early, ensuring security risks are identified and addressed before development and deployment proceed.
NEW QUESTION # 45
(Patrick Fisher is a DevSecOps engineer in an IT company that develops software products and web applications. He is using IAST to analyze code for security vulnerabilities and to view real-time reports of the security issues. Patrick is using IAST in development, QA, and production stages to detect the vulnerabilities from the early stage of development, reduce the remediation cost, and keep the application secure. How can IAST perform SAST on every line of code and DAST on every request and response?.)
Answer: A
Explanation:
Interactive Application Security Testing (IAST) works by instrumenting the application at runtime, allowing it to observe both thesource code execution pathsand theHTTP requests and responsesflowing through the application. Because of this dual visibility, IAST can analyze every executed line of code (similar to SAST) while also monitoring real-time application behavior (similar to DAST). This unique capability enables highly accurate vulnerability detection with fewer false positives. The other options do not correctly explain how IAST achieves this hybrid analysis. Access to both code and HTTP traffic is what allows IAST to bridge static and dynamic testing techniques, making it highly effective across development, QA, and production environments.
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NEW QUESTION # 46
Hassan Al-Rashid, a build engineer at a Dubai fintech, wants to ensure that build artifacts cannot be tampered with between the CI pipeline and the artifact repository, and that consumers can cryptographically verify an artifact's origin and build process. Which framework/practice should Hassan adopt?
Answer: A
Explanation:
SLSA is a security framework specifically designed to protect the software supply chain by defining a set of increasing levels of build integrity requirements, including provenance generation, tamper-resistant build pipelines, and cryptographic attestations that let consumers verify how, where, and from what source an artifact was built. This directly addresses Hassan's need for tamper-evidence and origin verification between CI and the artifact repository. The OWASP Top 10 catalogs common web application vulnerability categories but does not define supply-chain build integrity controls. CIS Benchmarks provide configuration hardening guidance for operating systems and platforms, not build provenance. MITRE ATT&CK is a knowledge base of adversary tactics and techniques used for threat intelligence and detection engineering, not artifact integrity. Because Hassan specifically needs tamper resistance and provenance verification for build artifacts, SLSA is correct.
NEW QUESTION # 47
SecureSphere Ltd. recently experienced a critical vulnerability in their CI/CD pipeline during a deployment. A malicious actor exploited a misconfigured script, injecting malicious code into the pipeline. The incident resulted in the unauthorized deployment of compromised applications. The DevSecOps team quickly responded by integrating a tool that used AI-driven vulnerability detection and real-time code analysis to identify and remediate similar issues before deployment. Identify the tool SecureSphere Ltd. likely implemented to prevent such vulnerabilities in the future.
Answer: C
Explanation:
GitLab Duo is GitLab's suite of AI capabilities, including AI-assisted vulnerability explanation and resolution and real-time code assistance, which fits SecureSphere's need for AI-driven vulnerability detection and real-time code analysis in the pipeline. Veracode and SonarQube are analysis tools without the described AI-driven assistance, and Kubiya is a conversational DevOps assistant, not a code-vulnerability tool.
NEW QUESTION # 48
Daniel Foster, a DevSecOps Engineer at CloudShield Solutions, is responsible for improving the security posture of the company's software development lifecycle. His team follows an iterative approach to threat modeling, ensuring that security risks are identified and mitigated at every stage of development. Daniel is currently working on a new project that requires him to perform a structured threat modeling process. He starts by gathering business requirements, security objectives, and compliance needs. His next step involves analyzing key components, interactions, and dependencies within the system to better understand potential vulnerabilities. Which step should Daniel perform next in the threat modeling process?
Answer: A
Explanation:
The threat modeling sequence is: define/gather requirements, decompose the application (analyze components, interactions, dependencies), then identify and categorize threats (e.g., with STRIDE), and finally develop and validate mitigations. Daniel has gathered requirements and is decomposing the system, so the next step is to identify and categorize potential threats.
NEW QUESTION # 49
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