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LFEL1006 is a free, beginner-level Linux Foundation Express Learning course that introduces OpenSSF Scorecard. It is self-paced, contains about 60–90 minutes of material, and is designed to help maintainers and development teams evaluate repository-security practices and integrate Scorecard into CI/CD. It includes quizzes and a digital badge, but it is not a proctored professional certification or a complete software-supply-chain security program.
The course is worth taking if you already understand basic Git, repositories, and CI/CD and want a fast, practical introduction to Scorecard. Its value is lower if you already operate Scorecard or need vulnerability scanning, penetration testing, secure-coding training, or compliance evidence.
What is LFEL1006?
LFEL1006: Securing Projects with OpenSSF Scorecard is an online, self-paced Express Learning course from Linux Foundation Training & Certification. The course was developed in association with the Open Source Security Foundation (OpenSSF).
| Detail | What the current course information says |
|---|---|
| Cost | Free |
| Level | Beginner |
| Material | Approximately 60–90 minutes |
| Format | Online and self-paced |
| Access | 30 days, according to the current Linux Foundation course page |
| Assessment | Quizzes and a final assessment |
| Credential | Digital learning badge |
The current official page lists 30 days of course access. An OpenSSF promotional post has mentioned 12 months, so check the enrollment terms shown when you register rather than assuming the longer period applies.
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What OpenSSF Scorecard actually does
OpenSSF Scorecard is an automated tool that evaluates observable security practices in a software project. Individual checks are scored from 0 to 10, and the resulting report helps a team identify weaknesses it can remediate.
Typical checks cover areas such as:
- Branch protection and code review
- CI tests and dangerous workflow patterns
- Pinned dependencies and dependency-update tooling
- Security policy and license information
- Signed releases and binary artifacts
- Fuzzing and maintained-project status
- Token permissions and known vulnerabilities
The exact checks, names, scoring rules, and platform behavior can change. Consult the live checks documentation when interpreting a result.
Scorecard is a heuristic signal, not a security guarantee. A low result can mean a control is missing, incorrectly configured, not visible to the tool, or not applicable to the project. A high result does not prove that the code is vulnerability-free, that every control is effective, or that the project complies with a particular standard. Do not treat a perfect score as the security objective; use the findings to improve the controls that matter for your project.
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1Clear out junk files and repair common Windows errors2Fix the driver behind crashes, sound loss and screen glitches3Repair Windows errors before they cause bigger problemsWhat the course teaches
The official outline has six sections. In practical terms, learners should come away able to:
- Course Introduction: Understand the purpose of Scorecard and the security problems it is intended to surface.
- Getting Started: Run Scorecard and understand the basic result format.
- Scorecard’s Checks: Interpret individual checks rather than relying only on an aggregate number.
- Integrate Scorecard with Your Project: Add it to a repository’s development lifecycle, especially through GitHub Actions.
- View a Detailed Scorecard: Read explanations and evidence behind individual results.
- Work with Your Scorecard: Prioritize remediation and use results as an ongoing project-health signal.
The course is implementation-oriented, but it should be viewed as an introduction. Applying the lessons to a production organization still requires decisions about permissions, workflow governance, exception handling, version pinning, and remediation ownership.
Who should take LFEL1006?
It is a good fit for:
- Open-source maintainers and contributors
- Developers responsible for repository security
- DevSecOps and platform engineers
- Security practitioners assessing open-source project health
- Engineering managers establishing baseline repository practices
- Teams maintaining public or internal projects on GitHub or GitLab
The course lists familiarity with the software-development lifecycle, GitHub or GitLab, the command line, and CI/CD concepts. These are practical prerequisites for getting value from the material, not stated enrollment restrictions.
It is not the right primary resource for someone seeking penetration-testing skills, threat-modeling training, secure coding, incident response, full dependency analysis, or a proctored security certification.
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How to use Scorecard after the course
Option 1: GitHub Action
For a repository you control, the official Scorecard GitHub Action is usually the simplest integration path. In GitHub, open the repository’s Security area, go to Code scanning, and look for the Scorecard workflow. GitHub’s labels can change; depending on the repository, the relevant control may be called Add tool or Configure scanning tool.
- Review the generated workflow before committing it.
- Check its triggers and permissions.
- Run it on a controlled branch or commit.
- Inspect the Actions logs and detailed Scorecard output.
- Review any SARIF results in code scanning.
- Fix high-risk, actionable findings first.
- Add a public badge only after deciding that disclosure is appropriate.
Pin Action and tool versions when reproducibility is important. Do not blindly copy a workflow without reviewing the actions it runs and the permissions it requests.
Option 2: Command line or Docker
The CLI is useful for local checks, projects you do not own, GitLab, GitHub Enterprise Server, and environments where GitHub code-scanning integration is unavailable. The project documentation describes macOS and Linux support; Windows users may encounter issues, so Docker, WSL, or a CI runner may be more practical.
Use a pinned release rather than latest for repeatable automation. Replace the placeholder with a version confirmed from the current releases page:
The Tool Desk
Outbyte Driver Updater FREEScan for outdated or missing drivers - takes under a minuteDriver Scan →Outbyte PC Repair FREERepair Windows errors before they cause bigger problemsFix Now →export GITHUB_AUTH_TOKEN=<your-token>
docker run --rm
-e GITHUB_AUTH_TOKEN
ghcr.io/ossf/scorecard:<pinned-version>
--show-details
--repo=https://github.com/owner/repositoryTo run one check:
docker run --rm
-e GITHUB_AUTH_TOKEN
ghcr.io/ossf/scorecard:<pinned-version>
--show-details
--checks=Branch-Protection
--repo=https://github.com/owner/repositoryAuthentication helps avoid unauthenticated GitHub API rate limits. The documentation also describes GitHub App installations and host configuration such as GL_HOST for some self-hosted GitLab layouts and GH_HOST for GitHub Enterprise Server.
Results, API scans, and badges
A detailed run should provide per-check scores and explanations. Results may be marked not applicable, not detected, or dependent on repository metadata and permissions. Automated detection cannot observe every way a maintainer may satisfy a security practice.
Projects can publish results and display a README badge using the documented pattern:
[](https://scorecard.dev/viewer/?uri=github.com/{owner}/{repo})Be careful when comparing results from different sources. The public API’s pre-calculated weekly scans omit CI-Tests, Contributors, and Dependency-Update-Tool because of API-cost considerations. A public API score can therefore differ from a complete local or CI run.
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Clear out junk files and repair common Windows errorsFree Scan →Fix the driver behind crashes, sound loss and screen glitchesFind Drivers →Repair Windows errors before they cause bigger problemsFix Now →Permissions, private repositories, and workflow failures
The Action can normally use the workflow’s default GITHUB_TOKEN. When publishing results with Scorecard Action v2, the workflow needs:
id-token: writeThis is required because published results use GitHub’s OIDC token. A private-repository job may also need permissions such as:
permissions:
security-events: write
id-token: write
contents: read
issues: read
pull-requests: read
checks: readUse the smallest permission set that supports the operation, and confirm the requirements in the current Action documentation. Public and private repositories do not have identical integration conditions: the Action is free for public repositories, while private GitHub repositories generally need GitHub Advanced Security for the integrated code-scanning path. A private repository without that capability can still run Scorecard from the command line.
If a workflow fails, check these areas first:
- Missing
security-eventsor OIDC permissions - Invalid YAML or unsupported custom steps
- Incorrect token or insufficient API access
- Fork, enterprise-host, or repository-visibility differences
- API rate limiting
- Unpinned or changed Action dependencies
The official Action documentation describes publishing-job restrictions and additional troubleshooting details.
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What Scorecard does not replace
Scorecard focuses on project and repository security practices. It is complementary to, not a replacement for:
- SCA and dependency scanning: Finds known vulnerabilities and license issues in dependencies.
- SAST: Examines source code for security defects.
- Secret scanning: Detects exposed credentials and tokens.
- DAST: Tests running applications from the outside.
- Fuzzing: Exercises software with unexpected inputs.
- Threat modeling: Identifies design-level attack paths.
- Manual review and penetration testing: Supplies context and adversarial analysis that automation cannot provide.
A sensible program can use Scorecard for baseline repository hygiene, then add tools that address code, dependency, secret, runtime, and operational risks.
Alternatives and next steps
After LFEL1006, useful next steps include the Scorecard documentation and CLI, OpenSSF Best Practices, and broader secure-development or supply-chain training from the Linux Foundation security catalog.
For organizations needing broader tooling, the choice depends on the gap Scorecard reveals:
- GitHub Advanced Security for GitHub-centric private organizations needing integrated code scanning, secret scanning, and dependency-security capabilities.
- GitLab application-security tooling for teams already operating GitLab CI/CD and wanting security workflows in that platform.
- Snyk for developer-oriented dependency, code, container, and infrastructure security.
- SonarQube or SonarCloud for static analysis and code-quality workflows.
These products are adjacent rather than direct replacements for Scorecard. Current plans and pricing vary and should be checked on the vendor’s own page.
Is LFEL1006 worth taking?
Take it if you know basic Git and CI/CD, want to understand repository-security posture, or need to integrate Scorecard for the first time. The combination of zero cost, a short time commitment, and a practical deployment focus makes it a low-risk starting point.
Skip it or use it only as a refresher if you already run Scorecard in CI and understand its checks. It will also be insufficient on its own for teams seeking organization-wide vulnerability management, compliance attestation, secure-coding expertise, threat modeling, or penetration testing.
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