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Question 1
Which statement best describes how Code Scanning findings relate to remediation?
Correct Answer:
Findings are local to the repo and point to issues to fix
Explanation:
Code Scanning findings center on issues inside your own repository, showing exactly where something needs attention and what to fix. They surface alerts from code analysis tools and point to the files and lines involved, often including guidance on how to remediate or mitigate the issue. Because these findings live in your repo, they help developers prioritize and track fixes within the project’s own codebase, making remediation a team and workflow concern rather than something external. They aren’t meant to replace vulnerability advisories, which are external notices about known issues in libraries or ecosystems. Findings also don’t automatically fix problems; remediation requires someone to implement the suggested changes or apply fixes through a CI/CD pipeline. Importantly, these findings typically provide remediation guidance, so saying they don’t indicate remediation steps isn’t accurate.
Question 2
Which statement about Dependabot alerts and Dependabot security updates is accurate?
Correct Answer:
Alerts notify about known vulnerabilities; Security updates automatically creates PRs to fix them.
Explanation:
Dependabot splits its functionality into alerts and security updates. Alerts warn you when a dependency has a known vulnerability, but they don’t change your code by themselves. Security updates are the automated part that creates pull requests to bump the vulnerable dependency to a patched version. So the statement that alerts notify about known vulnerabilities and security updates automatically create PRs to fix them accurately describes how the two features work together. The other ideas aren’t correct because alerts don’t update dependencies directly, and alerts don’t replace the need for review—the generated PRs (from security updates) still go through review before merging.
Question 3
How can you assign advisories to a team for remediation?
Correct Answer:
Use the Security tab to assign to a team or maintainers; include relevant parties in the advisory.
Explanation:
Assigning advisories to the right people is essential for a coordinated remediation. In GitHub, you manage who handles an advisory by using the Security tab to assign it to a team or to specific maintainers, and by including all relevant parties in the advisory. This creates clear ownership, ensures notifications reach the right people, and keeps the remediation process tracked in one place with status updates and discussion. Doing it by emailing individuals one by one is error-prone and hard to track, and creating an issue without an assignee or leaving the SAMPLEadvisory unassigned creates ambiguity about responsibility and can delay fixes.
Question 4
What does Security Overview provide?
Correct Answer:
A centralized view of code/secret scanning and dependabot alerts across your codebases
Explanation:
Security Overview provides a centralized view of code/secret scanning and Dependabot alerts across your codebases. This dashboard collects security signals from multiple sources into one place, so you can quickly see overall risk, triage issues, and track remediation across all repositories. It isn’t just a list of vulnerabilities, nor a manual code review tool, nor a history of commits.
Question 5
How does GAS support compliance across a software supply chain?
Correct Answer:
By providing SBOMs, dependency risk insights, and an auditable security process including advisories and vulnerability management.
Explanation:
GAS supports compliance across the software supply chain by providing visibility into what components are used, how risky those components are, and a traceable security workflow. It generates Software Bill of Materials (SBOMs), which list every component, library, and license in a release, enabling you to verify exactly what’s included and to demonstrate compliance during audits. It also offers dependency risk insights that flag known vulnerabilities, outdated components, and exposure levels, helping teams prioritize remediation and reduce supply-chain risk. In addition, GAS establishes an auditable security process with advisories and vulnerability management, creating records of identified issues, remediation steps, and approval workflows that auditors can review. Together, these elements give the transparency, risk visibility, and traceability needed to maintain compliance across complex software supply chains and across multiple teams and vendors. Printing compliance certificates, restricting to a single vendor, or hiding vulnerabilities do not provide the same level of visibility, governance, or trust essential for compliance in a software supply chain.
Question 1
Exam overview

About this Exam

The GitHub Advanced Security certification validates a candidate's ability to utilize GitHub's full suite of native security features to build secure, resilient software. This intermediate-level certification is expertly designed for individuals who have a deep understanding of GitHub, its workflows, and a passionate commitment to integrating security directly into the developer experience. It is the ideal qualification for:

  • DevSecOps Engineers looking to formalize their expertise.

  • Application Security Specialists aiming to manage security within the toolchain.

  • Developers who want to become their team’s security champions.

  • Solution Architects and Administrators responsible for securing enterprise-grade GitHub deployments.

Earning this certification demonstrates your proficiency in proactively identifying and remediating vulnerabilities in code, secrets, and supply chains, marking you as a key asset in any modern, security-conscious development organization.

More details

Additional Information

What the Course Entails and Exam Details

This certification doesn’t just test theoretical knowledge; it validates practical, hands-on mastery of the three core pillars of GitHub Advanced Security. To succeed, you must demonstrate your ability to configure, manage, and interpret results from these essential tools within a GitHub Enterprise environment.

The official curriculum and exam objectives are structured around five key domains, which typically carry the following approximate weightings:

  • Domain 1: Describe GitHub Advanced Security features and functionality (10-15%) Understand the capabilities and purpose of the GHAS toolkit and how it integrates into the software development life cycle (SDLC).

  • Domain 2: Configure and use Secret Scanning (10-15%) Master the prevention of secret leakage by enabling secret scanning for private repositories, understanding push protection, validity checks, and how to triage alerts efficiently.

  • Domain 3: Configure and use Dependabot and Dependency Review (15-35%) Gain expertise in securing your software supply chain. This includes enabling Dependabot alerts and security updates, remedying vulnerabilities, taking action on pull requests, and utilizing dependency review to block vulnerable components from entering your codebase.

  • Domain 4: Configure and use Code Scanning with CodeQL (15-25%) Showcase your ability to find vulnerabilities in your code. This covers setting up CodeQL workflows, understanding how to customize analysis with query suites, interpreting results, and troubleshooting failing workflows.

  • Domain 5: Describe GitHub Advanced Security best practices, results, and how to take corrective measures (10-20%) Demonstrate your role as a strategic security partner. You will need to prioritize alerts, dismiss them with proper documentation, utilize CVE and CWE references, and foster a collaborative secure workflow between development and security teams.

Some exam iterations also include a dedicated domain for Configuring GitHub Advanced Security tools in GitHub Enterprise (0-10%), focusing on administration and governance at scale.


What to Expect in the Final Exam

While the exact composition can vary, the final exam is generally designed to challenge your understanding under a time constraint. Here is a breakdown of what you can expect:

  • Exam Code: Often listed as GH-500, though you should always verify the current official code.

  • Format: The exam typically consists of 70 to 75 questions.

  • Question Type: These are almost exclusively multiple-choice and multiple-response. There are typically no live labs, but the questions are designed to test scenario-based practical application. Be aware that a small number of questions might be unscored for trial purposes.

  • Time Limit: You will have either 100 or 120 minutes to complete the exam. Effective time management is key.

  • Passing Score: The pass mark is generally 700 out of a possible 1000.

  • Languages: The exam is typically offered in English.

You should prepare to face questions that ask you to troubleshoot misconfigured CodeQL workflows, interpret Dependabot alerts, decide on the correct course of action for a dismissed secret scanning alert, or select the best configuration option for an enterprise-wide GHAS rollout.


How to Study and Exam Centers

Preparation for a technical, intermediate-level exam requires a dual approach of rigorous study and deep, practical engagement. Simply reading about these tools will not be enough to pass; you must live them.

Actionable Study Strategies:

  1. Immerse Yourself in Official Learning Paths: The absolute foundational resource is the official GitHub Advanced Security learning path on Microsoft Learn or LinkedIn Learning. These curated modules cover every objective in the exam and are the gold standard for preparation.

  2. Get Deep Hands-On Practice: Theory is cemented by practice. Create your own public and private repositories and systematically enable every GHAS feature. Practice triaging alerts, pushing changes that trigger alerts, customizing CodeQL analysis with configuration files, and using Dependabot to update libraries. For enterprise features, focus heavily on understanding the 'why' behind administration settings.

  3. Utilize a GitHub Advanced Security Practice Exam: A robust GitHub Advanced Security Practice Exam is your most powerful self-assessment tool. It allows you to:

    • Get familiar with the scenario-based question format.

    • Develop effective time management strategies for the real test.

    • Identify your specific knowledge gaps and weak points for focused study.

    • Build the stamina and confidence required for the full-length exam.

Exam Centers and Registration:

The GitHub Advanced Security exam is expertly administered through Pearson VUE, the global leader in computer-based testing. You have flexible options for how and where to take your test:

  • Online Proctored Exam (OnVUE): You can take the exam from the comfort of your own home or office. This requires a stable internet connection, a webcam, and a private, quiet space. A live proctor will monitor you throughout the session to ensure exam integrity.

  • In-Person Testing Centers: If you prefer a traditional testing environment, you can schedule your exam at any of the thousands of Pearson VUE Authorized Test Centers located worldwide.

To register, you must create an account on the Pearson VUE website and select the GitHub exam catalog. We recommend scheduling your appointment well in advance, especially if you have a specific time or center in mind.


Job Opportunities from the Course

Earning your GitHub Advanced Security certification is not just a personal achievement; it is a catalyst for significant career advancement. It signals to employers that you possess a rare and highly desired intersection of development and security skills.

This certification unlocks and validates expertise for the following roles:

  • DevSecOps Engineer: The quintessential role, requiring you to bridge the gap between development teams and security mandates by automating security within the SDLC.

  • Application Security (AppSec) Specialist: Responsible for securing all software applications across the organization, using tools like GHAS to manage vulnerabilities efficiently.

  • Cloud Security Architect: Designing secure development environments and ensuring secure coding practices are integrated into the organization's broader cloud strategy.

  • Security Champion / Security-Aware Senior Developer: Leaders within development teams who take personal responsibility for promoting secure coding and triaging initial security alerts.

  • GitHub Enterprise Administrator: Managing the security and governance of large-scale GitHub deployments, configuring org-level policies and compliance controls.

  • Security Consultant: Advising clients on how to modernize their DevSecOps practices and deploy GitHub's security features effectively.

  • Cybersecurity Analyst: Utilizing GHAS data as part of a larger security intelligence and incident response framework.

The market for these skills is rapidly expanding as every modern organization recognizes that security is no longer optional—it must be an integral, automated part of the software development process.


Quiz information

Frequently Asked Questions

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Unless explicitly stated otherwise, this page provides independent practice material for study and exam preparation and is not the official examination itself.
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