Description
For learners studying for GitHub Advanced Security
What you'll learn
Practice pack content
Domain 1 - Describe GitHub Security suites, features, and ecosystem
Domain 2 – Configure and use Secret Protection (formerly secret scanning)
Domain 3 – Configure and use supply chain security (formerly Dependabot/Dependency Review)
Domain 4 – Configure and use Code Security (formerly Code Scanning with CodeQL)
Domain 5 – Security operations: best practices, prioritization, and remediation
Domain 6 – GitHub Security suites administration
Final Exam Simulators
Exam Study Guide
Interactive Flashcards
Try 3 GitHub Advanced Security GH-500 practice questions
Choose an answer, explore the explanation, and see why the other options are less suitable. Three short scenarios. No sign-in required.
1. Controlling exceptions to blocked secret pushes
A GitHub Enterprise organization has enabled Secret Protection for its private repositories. It wants to stop supported credential patterns before a push succeeds, and developers without special privileges must obtain approval from designated reviewers before bypassing a block. Which combination meets these requirements?
Answer and full explanation
Correct answer: B — Push protection with delegated bypass and authorized reviewers.
Why B is correct
GitHub push protection can block pushes containing recognized secret patterns before they enter a repository. Delegated bypass adds a reviewer-controlled exception process for contributors without bypass privileges. When configured, those contributors must submit requests rather than independently overriding the block. Designated reviewers evaluate requests and can approve or deny them under organizational policy. The organization needs Secret Protection and the relevant settings enabled for these private repositories.
Why the other options are less suitable
- A — Alerts after exposure: Secret scanning alerts help teams investigate and remediate detected credentials. Alerting alone does not enforce reviewer approval before an attempted push succeeds.
- C — Code scanning: CodeQL examines source code for security problems and can produce findings during pull requests. It does not substitute for blocking recognized credentials or governing push-protection bypasses.
- D — Dependency updates: Dependabot security updates propose fixes for vulnerable software dependencies. These updates do not control whether developers can push supported secret patterns.
Key takeaway: Combine push protection with delegated bypass when blocked secrets need reviewer-approved exceptions.
Read two more sample questions
2. Stopping a vulnerable dependency before merge
A pull request updates a dependency manifest and introduces a package version with a known high-severity vulnerability. The team wants an automated check that compares dependency changes on the pull request, fails when newly introduced vulnerabilities meet a high-severity threshold, and prevents merging until the check passes. Which approach meets this requirement?
Answer and full explanation
Correct answer: D — Dependency review as a required pull-request check with a high-severity threshold.
Why D is correct
The dependency review action evaluates dependency changes introduced by a pull request. Its fail-on-severity setting can make the check fail for newly introduced vulnerabilities meeting the configured high threshold. Marking the resulting check as required through branch protection or a ruleset prevents merging while it fails. This brings vulnerability screening into the change-review process before the affected dependency enters the default branch. It is different from reporting alerts against dependencies already present in the repository.
Why the other options are less suitable
- A — Dependabot alerts: Dependabot alerts identify known vulnerabilities in dependencies recorded for a repository. Reviewing them weekly does not provide the required automatic pull-request gate for newly introduced packages.
- B — SBOM inventory: An SBOM provides an inventory of software components and can support supply-chain analysis. A release-time inventory is not the required pre-merge vulnerability check.
- C — Version updates: Dependabot version updates can propose newer dependency versions through pull requests. They do not themselves fail the incoming pull request when it introduces a vulnerable package.
Key takeaway: Use dependency review with an enforced required check to stop vulnerable dependency changes before merge.
3. Importing third-party static analysis findings
A team uses a third-party static analysis tool in an external CI system to scan a private repository with GitHub Code Security enabled. The tool produces compatible SARIF 2.1.0 reports, and the team wants developers to review those findings as GitHub code scanning alerts without switching scanners. Which integration should they choose?
Answer and full explanation
Correct answer: A — Upload compatible SARIF results through the GitHub code scanning API.
Why A is correct
GitHub code scanning can ingest compatible SARIF output from supported third-party static analysis tools. Since this tool runs in an external CI system, its report can be uploaded using the code scanning API. GitHub then parses the SARIF information and presents findings as code scanning alerts in the repository. This integrates the existing scanner without requiring the team to replace it with CodeQL. The private repository must have the appropriate Code Security capability enabled, and the upload must use authorized credentials.
Why the other options are less suitable
- B — Dependency graph: The dependency graph represents software package relationships for supply-chain visibility. It does not convert arbitrary static analysis findings into code scanning alerts.
- C — Secret patterns: Custom secret patterns help detect values that resemble credentials or other secrets. They do not ingest a static analyzer’s complete vulnerability results and associated code locations.
- D — Release asset: Release assets are downloadable files associated with published releases. Merely storing SARIF as an asset does not cause GitHub code scanning to parse and display the findings.
Key takeaway: Import third-party static analysis findings as supported SARIF reports into GitHub code scanning.
Preview complete
You have tried all three samples
Review the explanations or try the samples again. This short preview covers only a small part of the exam objectives.
Your sample score resets when this page reloads.
Your practice pack includes
More ways to make each study session count
Focus on a topic, practise under a time limit, or return to the supporting resources before your next attempt.
Domain-based practice
Timed practice sets
Study guide
Flashcards
Requirements
- GitHub recommends hands-on experience with GitHub Advanced Security, repository workflows, CI/CD and secure development concepts. Familiarity with secrets, dependencies, code scanning and alert triage will help with GH-500 scenarios.
- Combine practice questions with GitHub documentation and exercises in repositories you control. Investigate example alerts, push protection, dependency changes and code scanning results to develop practical understanding.
- - You will need an internet-connected device, a current web browser and an ExamsDigest account to access this online practice product and review your study work.
Know the exam you’re studying for
These details describe GitHub’s official GitHub Advanced Security (GH-500) exam.
What our students say
“I was struggling with some of the GitHub Advanced Security topics, especially secret scanning and push protection. The ExamsDigest practice questions helped me understand when to use each feature, and the explanations were much clearer than just memorizing answers.”
Matthew Collins
✓ Verified Review
“The questions helped me find the areas I needed to study more, particularly CodeQL and dependency security. I liked that every incorrect answer had an explanation too. It made a big difference when reviewing the topics I kept getting wrong.”
Sarah Mitchell
✓ Verified Review
“I use GitHub regularly at work, but there were several security features I hadn't worked with before. The ExamsDigest scenarios helped me understand how vulnerability alerts, dependency review, and security policies fit into real development workflows.”
Daniel Foster
✓ Verified Review
Your questions, answered.
Which GitHub Advanced Security exam does this practice target?
These examples target GitHub Advanced Security certification exam GH-500, using the skills outline effective July 2026. That revision includes six skill areas covering Secret Protection, Supply Chain Security, Code Security and security administration. Before purchasing, compare the product’s listed topics and included resources with the official GH-500 guide for your examination date. This short preview does not establish that every paid question has been individually audited against the updated outline.
Who is GitHub Advanced Security GH-500 practice suitable for?
GH-500 is an intermediate certification for professionals experienced in securing code, credentials and software dependencies. GitHub expects familiarity with repositories, CI/CD, vulnerability alerts and remediation workflows. Developers, security practitioners and DevOps engineers who work with GitHub security features will recognize many of the situations. If you are new to these areas, begin with GitHub’s foundational documentation and combine question practice with authorized hands-on activities.
How should I combine practice questions with hands-on learning?
Use practice questions alongside GitHub documentation and exercises in repositories you are authorized to access. Explore push protection, examine dependency review on pull requests, and inspect code scanning results from CodeQL or supported third-party tools. Compare the different capabilities to understand when each control is appropriate. These independent study activities do not imply that GitHub licenses, hosted laboratories, vulnerable repositories or cloud environments are included in the ExamsDigest practice pack.
What should I do after answering a GH-500 question incorrectly?
Identify which security requirement your chosen option failed to satisfy. For example, distinguish secret scanning alerts from push protection, Dependabot alerts from dependency review, or CodeQL scanning from third-party SARIF integration. Read the explanation for every option, revisit the corresponding GitHub documentation and attempt another scenario. Focus on understanding when a control detects, prevents or remediates risk rather than memorizing answer letters. Practice scores cannot guarantee an official passing result.
Does the preview reproduce the official GH-500 exam format?
No. The preview provides three original scenario-based questions with four answer choices and one correct answer each. GitHub’s official GH-500 examination is proctored and may include interactive components. The official exam sandbox lets candidates explore the testing environment and example question interactions. The preview demonstrates independent practice rather than the full examination format, its actual distribution of question types or every feature included in the paid product.
Does completing the practice exam pack earn GitHub Advanced Security certification?
No. Purchasing or completing independent practice questions does not award the GitHub Advanced Security certification. Earning the credential requires passing the official GH-500 exam and meeting the applicable candidate requirements. Practice access and official examination registration are separate activities. Check the product’s stated commercial terms for any voucher arrangements rather than assuming that purchasing practice includes an official examination booking.
30-day conditional refund policy
Eligible requests must be made within 30 calendar days, with no more than 20% of any included simulator completed. The purchase must not already be refunded or under a payment dispute or chargeback. Other provisions apply; mandatory consumer rights remain unaffected.
Useful links for your preparation
