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ECCouncil 312-97 Exam Syllabus Topics:

Topic	Details
Topic 1	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 2	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 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 (Q101-Q106):

NEW QUESTION # 101
Liam, a DevSecOps engineer, is responsible for integrating automated security practices into his organization's CI/CD pipeline. The team wants to shift security left by conducting threat modeling early in the development process. To achieve this, Liam chooses a Python-based framework that allows developers to define system components, generate data-flow diagrams (DFDs), sequence diagrams, and produce automated threat model reports. By running simple commands, the team can visualize potential attack surfaces and document security concerns in a structured format. Which approach should Liam take to automate threat modeling in the DevSecOps workflow?

A. Use a Python-based framework to generate threat models, DFDs, and reports automatically.
B. Run static application security testing (SAST) tools for vulnerability detection.
C. Manually create DFDs and sequence diagrams for each iteration.
D. Perform penetration testing at the end of the development cycle to identify threats.

Answer: A

Explanation:
Liam should use pytm, the Python-based threat modeling framework: developers define system components in Python code and, with simple commands, automatically generate data-flow diagrams, sequence diagrams, and threat model reports-shifting threat modeling left into the development workflow. SAST finds code bugs (not threat models), and late penetration testing or manual diagrams don't automate the process.

NEW QUESTION # 102
Bruno Nascimento, a DevSecOps engineer at a Sao Paulo bank, wants to ensure that microservices communicating within his Kubernetes cluster mutually authenticate each other and encrypt all traffic between them, without modifying application code. Which technology should Bruno deploy?

A. WAF at the ingress
B. Static application firewall rules
C. VPN between developer laptops
D. Service mesh with mutual TLS (e.g., Istio)

Answer: D

Explanation:
A service mesh such as Istio or Linkerd injects sidecar proxies alongside each microservice to transparently handle mutual TLS (mTLS) authentication and encryption between services, providing zero-trust, code-free security for service-to-service communication -- exactly what Bruno needs. A WAF at the ingress protects against attacks arriving from outside the cluster targeting the application layer (e.g., HTTP-based attacks), but it does not provide mutual authentication and encryption between internal microservices. A VPN between developer laptops secures remote access for individual engineers, unrelated to intra-cluster service communication.
Static application firewall rules are generally coarse network-layer controls that do not provide identity-based mutual authentication or automatic encryption without code changes. Since Bruno needs code-transparent mTLS between microservices, a service mesh is correct.

NEW QUESTION # 103
Cheryl Hines has been working as a senior DevSecOps engineer over the past 5 years in an IT company. Due to the robust features offered by Keywhiz secret management tool such as compatibility with all software, untraceable secrets, no impact of power cut or server outage, etc., Cheryl's organization is using it for managing and distributing secrets. To add a secret using Keywhiz CLI, which of the following commands should Cheryl use?

A. $ keywhiz.cli --devTrustStore --user keywhizAdmin login $ keywhiz.cli add secret --name mySecretName < mySecretFile.
B. $ keywhiz.cli --devsecTrustStore --admin keywhizAdmin login $ keywhiz.cli add secret --name mySecretName < mySecretFile.
C. $ keywhiz.cli --DevSecTrustStore --user keywhizAdmin login $ keywhiz.cli add secret --name mySecretName < mySecretFile.
D. $ keywhiz.cli --devTrustStore --admin keywhizAdmin login $ keywhiz.cli add secret --name mySecretName < mySecretFile.

Answer: D

Explanation:
Keywhiz CLI requires authentication before secrets can be added. The correct process involves logging in using the --devTrustStore option and authenticating as an administrator using the -- admin flag. Once authenticated, the add secret command is used with input redirection to securely store the secret. Options that use incorrect flag names, incorrect casing, or invalid trust store identifiers do not follow Keywhiz CLI syntax. Adding secrets through Keywhiz instead of embedding them in code supports secure secret distribution and management, which is a fundamental aspect of DevSecOps culture. This approach ensures secrets remain protected, auditable, and available even during outages.

NEW QUESTION # 104
(Curtis Morgan has been working as a software developer in an MNC company. His team has developed a NodeJS application. While doing peer review of the NodeJS application, he observed that there are insecure libraries in the application. Therefore, he approached, Teresa Lisbon, who is working as a DevSecOps engineer, to detect the insecure libraries in the NodeJS application. Teresa used a SCA tool to find known vulnerabilities in JavaScript libraries for Node.JS applications and detected all the insecure libraries in the application. Which of the following tools did Teresa use for detecting insecure libraries in the NodeJS application?)

A. Retire.js.
B. Bandit.
C. Tenable.io.
D. Bundler-Audit.

Answer: A

Explanation:
Retire.js is a Software Composition Analysis (SCA) tool designed specifically to identify known vulnerabilities in JavaScript libraries used in web and NodeJS applications. It scans dependencies and compares detected versions against a vulnerability database to identify insecure libraries. Bandit is a static analysis tool for Python, Bundler-Audit is used for Ruby dependencies, and Tenable.io focuses on infrastructure and vulnerability management rather than JavaScript libraries. Using Retire.js during the Code stage allows DevSecOps teams to identify insecure third-party dependencies early, reducing the likelihood of vulnerable libraries being deployed into production. This supports shift-left security and strengthens the application's overall security posture.
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NEW QUESTION # 105
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?

A. By using a bidirectional UI.
B. By using a bidirectional API.
C. By using a unidirectional UI.
D. By using a unidirectional API.

Answer: B

Explanation:
ThreatModeler integration with Azure Pipelines is achieved using a bidirectional 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.

NEW QUESTION # 106
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