Sophia Mitchell, a DevSecOps Engineer at WebSecure Inc., is responsible for ensuring the security of the company's web and Node.js applications. During a routine security assessment, she suspects that some third-party JavaScript libraries used in the project might contain vulnerabilities. To automate the detection of insecure libraries, Sophia decides to use Retire.js. However, she wants a method that automatically scans and flags vulnerable JavaScript libraries during the build process, ensuring that no insecure dependencies make it into production. Which of the following Retire.js features should Sophia use to achieve this?

• A. Chrome and Firefox Extension.
• B. Synk Scanner Plugin.
• C. Grunt Plugin.
• D. Burp and OWASP ZAP Plugin.

Michael Johnson, a DevSecOps lead at a software development company, wants to ensure that security policies remain intact during the software deployment phase. His team has observed that manual security checks are prone to errors and inefficiencies, leading to misconfigurations and policy deviations. To address this, they seek an AI-powered solution that can manage security configurations, detect policy violations, and automate security testing within the development environment, ensuring a secure and compliant deployment process. Which of the following AI-powered technologies should Michael implement?

• A. AI-Powered Vulnerability Management tool.
• B. AI-powered Runtime Application Self-Protection (RASP).
• C. AI-powered DAST for runtime vulnerability scanning.
• D. AI-powered SAST for source code security.

Ryan Peterson is a cloud security architect at SecureCloud Inc., responsible for designing and securing the company's AWS cloud environment. To automate and enhance the security design, Ryan's team has decided to integrate ThreatModeler with AWS. This integration will help them identify and mitigate security risks early in the cloud architecture phase. ThreatModeler provides two key components, Architect and Accelerator, which assist AWS users in modeling threats and streamlining security integration. While integrating ThreatModeler with AWS Accelerator, Ryan explores the available methods for integration. Which of the following is a valid way for ThreatModeler to integrate with AWS Accelerator?

• A. Via Lambda Function Deployment.
• B. Via API Gateway Configuration.
• C. Via Chef.
• D. Via IAM Role.

During a software development sprint, Maria, a DevSecOps team lead, is responsible for implementing a security strategy to identify vulnerabilities in the software lifecycle. After assessing her team's workflow, she realizes during development, they need a security approach that can identify logic errors and data flow issues early, before the application is deployed. During production, they require a real-time security mechanism to detect runtime threats and prevent active attacks without disrupting normal application functionality. Which combination of security testing methods should Maria recommend to meet both requirements effectively?

• A. IAST for development and DAST for production.
• B. DAST for development and SAST for production.
• C. RASP for development and IAST for production.
• D. SAST for development and RASP for production.

Ethan Roberts, a DevSecOps engineer at SecureSoft Technologies, is responsible for securing software products and web applications throughout the development lifecycle. To enhance security testing, he implements Interactive Application Security Testing (IAST), which allows him to analyze source code for vulnerabilities in real-time, monitor security issues dynamically as the application runs, utilize IAST across the development, QA, and production stages to identify vulnerabilities early, and reduce remediation costs by detecting issues before deployment. Ethan's team is particularly interested in how IAST integrates both SAST and DAST capabilities. They observe that IAST can analyze every line of code statically (SAST) and examine every request and response dynamically (DAST). How does IAST achieve this dual functionality?

• A. Because IAST has access to offline and runtime environments.
• B. Because IAST has access to both internal and external security agents.
• C. Because IAST has access to the source code and HTTP traffic.
• D. Because IAST has access to both the server and local machine.