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ECCouncil 312-97 Exam Syllabus Topics:

TopicDetails
Topic 1
  • 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.
Topic 2
  • Understanding DevOps Culture: This module introduces DevOps principles, covering cultural and technical foundations that emphasize collaboration between development and operations teams. It addresses automation, CI
  • CD practices, continuous improvement, and the essential communication patterns needed for faster, reliable software delivery.
Topic 3
  • 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 4
  • 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 5
  • 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 6
  • 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.

ECCouncil EC-Council Certified DevSecOps Engineer (ECDE) Sample Questions (Q87-Q92):

NEW QUESTION # 87
(Timothy Dalton has been working as a senior DevSecOps engineer in an IT company located in Auburn, New York. He would like to use Jenkins for CI and Azure Pipelines for CD to deploy a Java-based app to an Azure Container Service (AKS) Kubernetes cluster. Before deploying Azure Kubernetes Service (AKS) Cluster, Timothy wants to create a Resource group named Jenkins in southindia location. Which of the following commands should Timothy run?.)

Answer: D

Explanation:
Azure resource groups are created using the Azure CLI command az group create. The --name parameter specifies the resource group name, and --location defines the Azure region. Option A uses the correct CLI prefix (az), command group (group create), and valid parameters. Options B, C, and D are incorrect due to invalid command abbreviations or incorrect CLI prefixes (azure instead of az). Creating a resource group is a foundational step in the Release and Deploy stage, as it provides a logical container for AKS clusters, networking components, and related resources, enabling organized, secure, and manageable deployments.
========


NEW QUESTION # 88
(Jordon Garrett is working as a DevSecOps engineer in an IT company situated in Chicago, Illinois. His team prefers to use PowerShell for utilizing Git hooks because Bash and Windows are not compatible for advanced executions. For calling PowerShell script from Bash shell, Jordon wrote a PowerShell script using pre-commit logic such as pre-commit.ps1 and then executed the following commands
#!C:/Program Files/Git/usr/bin/sh.exe
exec powershell.exe -NoProfile -ExecutionPolicy Bypass -File "..githookspre-commit.ps1" How would Jordon know that the commit is successful?.)

Answer: D

Explanation:
Git hooks determine success or failure based on the exit code of the executed script. An exit code of0indicates successful execution, while any non-zero value signals failure and causes Git to abort the commit. In Jordon's setup, a Bash shell calls a PowerShell script to perform pre-commit checks. If the PowerShell script exits with code 0, Git interprets this as a successful hook execution and allows the commit to proceed. Exit codes such as 1, 2, or 3 indicate errors or policy violations and will block the commit. This mechanism ensures that security or quality checks enforced by the pre-commit hook must pass before code is committed. Using exit codes in this way is a standard and reliable approach in cross-platform DevSecOps automation during the Code stage.
========


NEW QUESTION # 89
(Scott Adkins has recently joined an IT company located in New Orleans, Louisiana, as a DevSecOps engineer. He would like to build docker infrastructure using Terraform; therefore, he has created a directory named terraform-docker-container. He then changed into the directory using the command: cd terraform- docker-container. Now, Scott wants to create a file to define the infrastructure. Which of the following commands should Scott use to create a file to define the infrastructure?)

Answer: B

Explanation:
Terraform infrastructure definitions are written in files with the .tf extension, commonly named main.tf. To create a new, empty file where infrastructure code can be added, the correct command is touch main.tf. This command creates the file without adding any content, allowing Scott to begin defining Docker infrastructure using Terraform syntax. The cat command is used to display file contents, not create files. The echo command prints text to standard output and does not create files unless output redirection is used. The command sudo main.tf is invalid and does not create files. Creating Terraform configuration files during the Release and Deploy stage supports Infrastructure as Code practices, enabling version control, repeatability, and security validation of infrastructure deployments. This approach allows DevSecOps teams to define, review, and deploy infrastructure in a consistent and auditable manner.
========


NEW QUESTION # 90
(Thomas McInerney has been working as a senior DevSecOps engineer in an IT company that develops software products and web applications related to the healthcare sector. His organization deployed various applications in Docker containers. Thomas' team leader would like to prevent a container from gaining new privileges. Therefore, he asked Thomas to set no_new_priv bit, which functions across clone, execve, and fork to prevent a container from gaining new privileges. Which of the following commands should Thomas use to list out security options for all the containers?)

Answer: D

Explanation:
Docker allows inspection of container runtime configuration using the docker inspect command. To list security-related options such as no_new_privileges for all containers, the correct approach is to first retrieve all container IDs using docker ps --quiet --all and then pass them to docker inspect with a formatted output.
The command docker ps --quiet --all | xargs docker inspect --format ': SecurityOpt=' correctly extracts the security options configured for each container. Options that use incorrect flags such as -quiet instead of -- quiet, omit required parameters, or misformat the output string are invalid. Inspecting security options during the Operate and Monitor stage helps ensure that privilege escalation protections are enforced consistently, supporting container hardening and compliance with security benchmarks.
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NEW QUESTION # 91
(William McDougall has been working as a DevSecOps engineer in an IT company located in Sacramento, California. His organization has been using Microsoft Azure DevOps service to develop software products securely and quickly. To take proactive decisions related to security issues and to reduce the overall security risk, William would like to integrate ThreatModeler with Azure Pipelines. How can ThreatModeler be integrated with Azure Pipelines and made a part of William's organization DevSecOps pipeline?)

Answer: B

Explanation:
ThreatModeler integration with Azure Pipelines is achieved using abidirectional API, which allows automated and continuous interaction between the pipeline and the threat modeling platform. This bidirectional communication enables Azure Pipelines to trigger threat modeling activities while also receiving results, risk scores, and actionable insights back from ThreatModeler. Such feedback loops are critical for proactive security decision-making during the Plan stage of DevSecOps. Unidirectional APIs or UI-based integrations limit automation and do not support continuous feedback, making them unsuitable for pipeline- driven workflows. UI-based approaches also introduce manual steps, which conflict with DevSecOps principles of automation and consistency. By using a bidirectional API, William's organization can embed threat modeling into the planning process, identify architectural risks early, and ensure security considerations are continuously enforced as part of the pipeline.
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NEW QUESTION # 92
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