Exam Tool Versions & Build Requirements for DevSecOps Certification Exams

Everything you need to know about the tool versions, build‑failure rules, pipeline validation, and security testing expectations for the DevSecOps certification exams.

Introduction

When you sit for a DevSecOps certification exam, the environment you work in must reflect the same standards and practices taught throughout the course. However, the exam also gives you flexibility to demonstrate real‑world problem‑solving skills. This article clarifies which tool versions you may use, how the “do not fail builds” principle applies across the pipeline, what constitutes a “correct” build pipeline, and whether security scans (SCA, DAST, SAST) can be executed outside the build stage. By the end, you’ll have a clear roadmap to prepare a compliant, exam‑ready pipeline.

1. Which Tool Versions May Be Used During the Exam?

1.1 Follow the Challenge Specification

• Explicit version stated – Use the exact version referenced in the exam challenge (e.g., Trivy 0.45.0 or SonarQube 9.7).

• No version mentioned – You are free to select any version that can successfully complete the task.

1.2 Why This Flexibility Matters

Tip: Keep a small “cheat sheet” of the most common tools and their stable versions used in the course. If you need to deviate, test the alternative version locally before the exam.

2. “Do Not Fail Builds” – Scope Across All Pipeline Stages

2.1 The Principle Explained

Do not fail builds unless you are being told to.

2.2 Applies to Every Stage

• Build stage – Compiling source code, creating Docker images, etc.

• Integration stage – Deploying to a test environment, running contract tests.

• Test stage – Unit, integration, and security tests (SCA, SAST, DAST).

• Production stage – Release approvals, canary deployments, monitoring checks.

3. How to Validate That Your Build Pipeline Is “Correct”

There is no one‑size‑fits‑all pipeline, but the DevSecOps principles provide a reliable checklist:

3.1 Core Principles Checklist

1. Shift‑Left Security – Run SCA, SAST, and secret‑scan early (ideally in the build stage).

2. Immutable Artifacts – Produce versioned, reproducible images or binaries.

3. Automated Gates – Fail the pipeline on high‑severity findings unless you are at maturity level 3‑4.

4. Traceability – Every commit, scan, and deployment must be auditable.

5. Least Privilege – Jobs run with the minimum permissions required.

3.2 Practical Example

# Example: GitHub Actions pipeline (simplified)
name: DevSecOps CI

on: [push, pull_request]

jobs:
  build:
    runs-on: ubuntu-latest
    steps:
      - uses: actions/checkout@v3
      - name: Compile
        run: make build
      - name: SCA Scan
        uses: anchore/scan-action@v2
        with:
          fail-build: true   # Enforces “do not fail builds” for level 1‑2
  test:
    needs: build
    runs-on: ubuntu-latest
    steps:
      - name: Run Unit Tests
        run: make test
      - name: SAST Scan
        uses: shiftleft/scan-action@v1
        with:
          fail-on-high: true

• The pipeline respects all stages, fails on high‑severity issues, and remains auditable.

4. Running SCA, DAST, and SAST Without a Build Pipeline

4.1 Is a Full Build Pipeline Required?

• Exam Perspective: No. The exam evaluates your ability to execute the scans correctly, not the surrounding CI/CD scaffolding.

• Real‑World Perspective: A pipeline provides repeatability and governance, but you can run scans locally or in an ad‑hoc script for proof‑of‑concept.

4.2 How to Perform Stand‑Alone Scans

Pro Tip: Document the exact command, flags, and output file you submit as exam evidence. This mirrors the “pipeline‑as‑code” approach without needing a full CI system.

5. Tips for a Smooth Exam Experience

1. Read the Challenge Carefully – Look for a version note; if missing, pick a stable, well‑documented version.

2. Prepare a Minimal CI Template – Keep a reusable YAML snippet that already includes SCA/SAST steps.

3. Validate Locally First – Run the same commands on your laptop to catch version incompatibilities.

4. Capture Screenshots/Logs – The exam platform may require evidence of a successful scan.

5. Mind the Maturity Level – If you’re at level 1‑2, configure every job to exit 0 on non‑critical findings.

6. Common Questions

Conclusion

Understanding the tool version policy, the global applicability of the “do not fail builds” rule, and the flexible approach to security scanning equips you to design a compliant, efficient pipeline for the DevSecOps certification exam. Leverage the checklist and examples above, keep your commands version‑controlled, and you’ll be ready to demonstrate best‑in‑class DevSecOps practices—whether inside a full CI/CD pipeline or via stand‑alone scans. Good luck!