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ECCouncil 312-97 Exam Syllabus Topics:

TopicDetails
Topic 1
  • DevSecOps Pipeline - Operate and Monitor Stage: This module focuses on securing operational environments and implementing continuous monitoring for security incidents. It covers logging, monitoring, incident response, and SIEM tools for maintaining security visibility and threat identification.
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.

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ECCouncil EC-Council Certified DevSecOps Engineer (ECDE) Sample Questions (Q115-Q120):

NEW QUESTION # 115
Zainab Suleiman, working at a Lagos fintech, configures her Kubernetes deployment pipeline to automatically halt and roll back a release if the new pod's error rate exceeds a defined threshold within the first ten minutes after deployment, without any human intervention. What is this mechanism called?

Answer: D

Explanation:
Automated rollback mechanisms continuously monitor key health indicators (such as error rates, latency, or failed health checks) immediately after a release and automatically revert to the previous known-good version if thresholds are breached, all without requiring a human to intervene -- this matches Zainab's scenario precisely. A manual approval gate requires a human reviewer to explicitly approve progression through the pipeline, which contradicts the "without any human intervention" requirement. A feature flag toggle allows selectively enabling or disabling specific features at runtime but does not inherently monitor error rates and trigger a full rollback on its own. A static analysis gate evaluates source code for issues prior to build/release and has no role in post-deployment runtime rollback. Since Zainab's system automatically reverts based on live error-rate monitoring, automated rollback is correct.


NEW QUESTION # 116
Trevor Noah has been working as a DevSecOps engineer in an IT company located in Detroit, Michigan. His team leader asked him to perform continuous threat modeling using ThreatSpec.
To do so, Trevor installed and initialized ThreatSpec in the source code repository; he then started annotating the source code with security issues, actions, or concept. Trevor ran ThreatSpec against the application code and he wants to generate the threat model report. Which of the following command Trevor should use to generate the threat model report using ThreatSpec?

Answer: B

Explanation:
ThreatSpec is a command-line tool that follows standard Unix-style conventions, where commands are lowercase. To generate a threat model report after annotating source code, the correct command is threatspec report. Commands using incorrect casing or capitalization will fail because the CLI is case-sensitive. Options A, B, and C incorrectly capitalize either the command or the subcommand. Generating threat model reports during the Plan stage allows DevSecOps teams to continuously identify, document, and visualize security threats as the code evolves. This practice embeds threat modeling directly into the development lifecycle, enabling early risk identification and more secure system design decisions.


NEW QUESTION # 117
As a DevOps Engineer at a large enterprise software company, you are investigating a critical issue where multiple developers are reporting frequent code conflicts and failed integrations in the development pipeline. Upon further analysis, you discover that some teams are overwriting each other's changes, and there is no proper versioning system in place to track modifications. Developers are struggling to roll back to previous versions of the code when bugs are introduced, causing significant delays in the release cycle. To resolve this issue, you decide to implement a version control solution that allows developers to securely push, track, and manage code changes while supporting both distributed and centralized version control models. Which Azure DevOps service should you implement?

Answer: B

Explanation:
Azure Repos provides Git-based version control in Azure DevOps (supporting distributed Git workflows and centralized TFVC), letting developers securely push, track, and manage changes, and roll back to prior versions-solving the code-conflict and versioning problems. Azure Pipelines builds/deploys, Boards tracks work, and Artifacts manages packages.


NEW QUESTION # 118
Tobias Hartmann, a DevSecOps engineer at a Munich manufacturing firm, wants to simulate a full real-world attack chain - from initial reconnaissance through exploitation to lateral movement and data exfiltration - against a pre-production environment using both automated tools and skilled human testers, to validate defenses holistically. Which activity is Tobias planning?

Answer: A

Explanation:
Penetration testing, especially when extended into a red team exercise, involves skilled human testers combined with automated tooling simulating the full lifecycle of a real-world attack -- reconnaissance, exploitation, lateral movement, and exfiltration -- against systems to holistically validate the effectiveness of defenses, which precisely matches Tobias's plan. A SAST scan is a narrow, automated, code-level analysis technique that does not simulate a full multi-stage attack chain or involve human adversarial testers. SBOM generation produces a component inventory and has no offensive testing component whatsoever. Static Dockerfile linting checks build-file syntax against best practices and is unrelated to simulating an end-to-end attack. Because Tobias needs a holistic, human-plus-automated simulation of a full attack chain, penetration testing/red teaming is correct.


NEW QUESTION # 119
A healthcare organization recently suffered a security breach due to an exposed SSH key in one of its public Git repositories. To prevent similar incidents, the DevSecOps team decides to enforce a security mechanism that blocks sensitive information such as private keys and authorization tokens from being committed at the source. What is the best approach to achieve this?

Answer: C

Explanation:
Using a repository hook (a pre-commit or pre-push hook, e.g., via tools like git-secrets or Talisman) scans changes at the source and blocks the commit or push when sensitive data such as SSH private keys or tokens is detected. This prevents secrets from ever entering the repository history. Encrypting commits is impractical for collaboration, and reviewing output or relying on endpoint tools after the commit is too late, since the secret is already in the repository.


NEW QUESTION # 120
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