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ECCouncil 312-97 Exam Syllabus Topics:

TopicDetails
Topic 1
  • DevSecOps Pipeline - Build and Test Stage: This module explores integrating automated security testing into build and testing processes through CI pipelines. It covers SAST and DAST approaches to identify and address vulnerabilities early in development.
Topic 2
  • DevSecOps Pipeline - Code Stage: This module discusses secure coding practices and security integration within the development process and IDE. Developers learn to write secure code using static code analysis tools and industry-standard secure coding guidelines.
Topic 3
  • DevSecOps Pipeline - Release and Deploy Stage: This module explains maintaining security during release and deployment through secure techniques and infrastructure as code security. It covers container security tools, release management, and secure configuration practices for production transitions.
Topic 4
  • DevSecOps Pipeline - Plan Stage: This module covers the planning phase, emphasizing security requirement identification and threat modeling. It highlights cross-functional collaboration between development, security, and operations teams to ensure alignment with security goals.
Topic 5
  • Introduction to DevSecOps: This module covers foundational DevSecOps concepts, focusing on integrating security into the DevOps lifecycle through automated, collaborative approaches. It introduces key components, tools, and practices while discussing adoption benefits, implementation challenges, and strategies for establishing a security-first culture.

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ECCouncil EC-Council Certified DevSecOps Engineer (ECDE) Sample Questions (Q78-Q83):

NEW QUESTION # 78
A cybersecurity team is responsible for enhancing security in a multi-cloud environment, with a significant reliance on Google Cloud services. As part of their DevSecOps strategy, they integrate Snyk with Google Cloud to identify security vulnerabilities in their cloud infrastructure. To complete the integration and successfully initiate a security scan, the team must ensure that the correct authentication and access details are provided in Snyk. Which key information must be entered into Snyk to properly configure the cloud environment and start the scan?

Answer: D

Explanation:
To integrate Snyk with Google Cloud and start a scan, the team must provide the service account email (the identity Snyk impersonates/uses for access) together with the identity provider details, granting authenticated, authorized read access to the cloud environment. Bucket settings, pipeline configs, or generic IAM/compute details are not the required authentication inputs for Snyk's cloud environment setup.


NEW QUESTION # 79
A company's DevSecOps team is facing challenges in managing infrastructure across multiple AWS accounts and regions. Their current manual approach has led to downtime due to dependency conflicts and configuration errors, lack of visibility into infrastructure changes before deployment, causing unexpected failures in production, difficulties in rolling back to a stable state when errors occur and inconsistent infrastructure definitions and version control issues when working with YAML and JSON templates. To resolve these challenges, Joseph, the team manager, needs to implement a solution that ensures automated, predictable, and safe infrastructure management while enabling change previews and rollback capabilities. Which AWS service should Joseph suggest?

Answer: D

Explanation:
AWS CloudFormation provides automated, predictable infrastructure management with change sets (to preview changes before deployment) and stack rollback to a stable state on failure. It uses version-controllable YAML/JSON templates and works across multiple accounts and regions (StackSets), resolving all of Joseph's challenges. OpsWorks is configuration management, Lambda is serverless compute, and ECS is container orchestration.


NEW QUESTION # 80
Rachel McAdams has been working as a senior DevSecOps engineer in an IT company for the past 5 years. Her organization embraced AWS cloud service due to robust security and cost- effective features offered by it. To take proactive decisions related to the security issues and to minimize the overall security risk, Rachel integrated ThreatModeler with AWS. ThreatModeler utilizes various services in AWS to produce a robust threat model. How can Rachel automatically generate the threat model of her organization's current AWS environment in ThreatModeler?

Answer: A

Explanation:
ThreatModeler's Accelerator capability allows automatic generation of threat models directly from an organization's live AWS environment. It connects to AWS services, analyzes deployed resources, and converts them into architectural diagrams and threat models without manual input.
YAML-based orchestration tools and STRIDE per Element are methodologies used for modeling but do not automatically ingest live cloud configurations. Architect is a design construct, not an automation engine. Using Accelerator during the Plan stage enables proactive, continuous threat modeling, ensuring that evolving cloud infrastructure is always assessed for risk and security gaps.


NEW QUESTION # 81
Sophia, a DevSecOps engineer, is working on a microservices-based application deployed using Docker containers. She recently debugged and manually configured a running container to fix a critical issue. Now, she wants to save these changes as a new Docker image so that the modified configuration can be reused without having to manually apply the same fixes in future deployments. Which of the following commands should Sophia use to capture the current state of the container as a new image?

Answer: A

Explanation:
docker commit captures the current state of a running container-including Sophia's manual configuration changes-as a new image that can be reused in future deployments. docker push uploads an image to a registry; export/save operate on containers or images as archives but do not create a new reusable image from a container's current state in the intended way.


NEW QUESTION # 82
Victor Garber is a DevSecOps team leader in SanSec Pvt. Ltd. His organization develops various types of software products and web applications. Currently, his team is working on security of Java-based web application product. How can Victor identify vulnerabilities that are missed in pre-production testing activities?

Answer: A

Explanation:
Deploy-time checks are designed to identify vulnerabilities that may not surface during earlier stages such as commit-time, build-time, or test-time checks. These checks analyze applications in environments that closely resemble or are part of production, making it possible to detect configuration issues, runtime vulnerabilities, and environment-specific weaknesses. Pre- production testing often cannot fully replicate production conditions, so deploy-time checks act as an additional safety net. Commit-time and build-time checks focus on code quality and static analysis, while test- time checks validate application behavior in controlled environments. Deploy- time checks therefore help Victor uncover vulnerabilities missed earlier, improving overall security assurance before or during deployment.


NEW QUESTION # 83
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