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NEW QUESTION # 36
Lisa Kramer carries an experience of 4 years as a DevSecOps engineer in an IT company. The software development team of her organization has developed a Ruby on Rails web application and would like to find vulnerabilities in Ruby dependencies. Therefore, the team leader of the software development team approached Lisa for help in this regard. Which of the following SCA tool should Lisa use to detect vulnerabilities in Ruby dependencies?
Answer: C
Explanation:
Bundler-Audit is an SCA tool designed specifically for Ruby applications. It analyzes the Gemfile and Gemfile.lock to identify dependencies and checks them against known vulnerability databases. Bandit is intended for Python code analysis, Retire.js targets JavaScript libraries, and Tenable.io focuses on infrastructure-level vulnerabilities. By using Bundler-Audit during the Code stage, DevSecOps teams can detect vulnerable Ruby gems early and ensure that only secure dependencies are used. This reduces the risk of exploiting known vulnerabilities in third-party libraries and supports secure dependency management throughout the development lifecycle.
NEW QUESTION # 37
Emma Rodriguez, a DevSecOps engineer at CyberNova Ltd., is responsible for securing a cloud-native e-commerce platform. Despite implementing security best practices during code commits, builds, and testing, the team recently discovered security vulnerabilities in the production environment, such as misconfigured cloud storage permissions and exposed API keys. To prevent similar issues, Emma decides to implement a final layer of security to identify vulnerabilities that are missed in pre-production testing activities.
Answer: B
Explanation:
Deploy-time checks are the final security layer: they evaluate configurations and artifacts as they are released into production, catching issues missed earlier-such as misconfigured cloud storage permissions and exposed API keys in the live environment. Commit-, build-, and test-time checks all occur pre-production and were already in place when the vulnerabilities slipped through.
NEW QUESTION # 38
Sophia Adams, a DevSecOps Engineer at CloudSecure Solutions, is responsible for securing sensitive credentials used in the company's CI/CD pipeline. To ensure secure storage and retrieval of secrets, she decides to integrate Azure Key Vault with Jenkins. She Creates an Azure Key Vault and stores credentials securely, Installs the Azure Key Vault plugin in Jenkins and Navigates to the Jenkins "Configure System" section and adds the Azure Key Vault URL. Now, Sophia needs to ensure that Jenkins can securely access secrets stored in Azure Key Vault to complete the integration. Which of the following should Sophia do next?
Answer: C
Explanation:
Jenkins needs an identity to access Key Vault: Sophia must create an Azure Service Principal (app registration) and grant it access policies/RBAC on the Key Vault, then configure those credentials in the Jenkins Azure Key Vault integration. Manual copying defeats secret management, restarting Jenkins fetches nothing by itself, and Jenkins RBAC cannot authenticate to Azure.
NEW QUESTION # 39
A San Francisco tech company was attacked via an undetected SQL injection vulnerability in its web application. The attackers exploited this flaw to access sensitive customer data. The vulnerability evaded detection during previous code reviews. To prevent future attacks, the company integrated a security tool into their CI/CD pipeline for automated code analysis, identifying vulnerabilities like SQL injections early in development. This tool is integrated with their GitHub repository and AWS CodeCommit. Which tool did the company use to detect and fix this SQL injection vulnerability?
Answer: D
Explanation:
SonarQube provides automated static code analysis that detects vulnerabilities such as SQL injection, integrates with CI/CD pipelines, and connects to both GitHub and AWS CodeCommit-matching the company's setup. SonarLint is IDE-only, and Fortify (listed as 'Fortif') is not described here; the GitHub/CodeCommit pipeline integration described aligns with SonarQube.
NEW QUESTION # 40
Nadia Correia works as a DevSecOps architect for a fintech startup in Lisbon. During the Plan stage of her pipeline, she wants to create a visual model that identifies potential threats, attack vectors, and trust boundaries in a new payments microservice before any code is written. Which activity should Nadia perform?
Answer: C
Explanation:
Threat modeling is a proactive planning-stage activity used to identify assets, entry points, trust boundaries, and potential threats to an application before development begins. Techniques such as STRIDE or DREAD help teams systematically enumerate risks like spoofing, tampering, and information disclosure, and map them to mitigating controls early in the SDLC. Software Composition Analysis (SCA) identifies vulnerabilities in third-party/open-source dependencies, DAST tests running applications for vulnerabilities, and fuzz testing feeds malformed input to a running program to find crashes - all of these occur after code exists, unlike threat modeling, which is inherently a design-time (Plan stage) activity. Since Nadia needs to model attack vectors and trust boundaries before writing code, threat modeling is the correct choice.
NEW QUESTION # 41
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