1500 Questions | GitHub Advanced Security 2026
Course Description
Detailed Exam Domain Coverage
To earn your GitHub Advanced Security certification, you must demonstrate a deep understanding of the modern DevSecOps lifecycle. This course is meticulously mapped to the following official exam domains:
Secure Development Lifecycle (18%): Managing the software supply chain, implementing rigorous code reviews, and embedding security into the early stages of development.
Vulnerability Detection (21%): Mastering CodeQL, secret scanning, and dependency alerts to identify and remediate exploits before they reach production.
Security Incident Response (25%): Leveraging threat detection tools and orchestration to respond effectively to active security breaches.
Security and Compliance (16%): Applying governance through security policies and ensuring your code meets global compliance standards.
Developing Secure Code Solutions (20%): Practical application of secure APIs, encrypted storage, and robust coding patterns to prevent common vulnerabilities.
Course Description
I designed this practice test suite to be the ultimate preparation tool for the GitHub Advanced Security exam. With the security landscape evolving daily, simply reading documentation isn't enough. You need to test your knowledge against complex, scenario-based questions that simulate the actual 250-question exam environment.
I have compiled a massive bank of original questions, each accompanied by a comprehensive breakdown of the logic behind the correct and incorrect answers. My goal is to help you not just pass the exam, but to truly master the security features that protect the world's most important codebases.
Sample Practice Questions
Question 1: A team is using GitHub Advanced Security and wants to prevent contributors from accidentally pushing API keys to a public repository. Which feature should be enabled and configured specifically for this purpose?
A, Dependency Graph
B, CodeQL Analysis
C, Secret scanning with push protection
D, Dependabot version updates
E, Branch protection rules for merging
F, Security Advisories
Correct Answer: C
Explanation:
C (Correct): Secret scanning with push protection proactively blocks commits that contain known high-confidence secrets (like AWS keys or PATs) before they are even pushed to GitHub.
A (Incorrect): This maps dependencies but does not scan for secrets within the code.
B (Incorrect): CodeQL finds coding vulnerabilities (like SQL injection) but is not the primary tool for real-time secret prevention during a push.
D (Incorrect): Dependabot handles outdated or vulnerable libraries, not leaked credentials.
E (Incorrect): Branch protection can require reviews, but it doesn't automatically detect secrets in the diff.
F (Incorrect): Security Advisories are used to disclose and discuss vulnerabilities privately, not to block secret leaks.
Question 2: While reviewing a CodeQL alert, you notice a "Taint Analysis" warning. What does this typically indicate in the context of the Vulnerability Detection domain?
A, A developer has used an outdated version of a library.
B, Untrusted user input is reaching a sensitive "sink" without proper validation.
C, The repository has too many open pull requests.
D, A private repository has been made public without authorization.
E, The GitHub Actions runner has run out of disk space.
F, A contributor has a weak password on their GitHub account.
Correct Answer: B
Explanation:
B (Correct): Taint analysis tracks the flow of potentially "tainted" (untrusted) data from a source to a sink (like a database query) to identify risks like Cross-Site Scripting (XSS).
A (Incorrect): This is handled by Dependabot alerts, not CodeQL taint analysis.
C (Incorrect): PR volume is a project management metric, not a security vulnerability.
D (Incorrect): Visibility changes are audit log events, not a code-level taint issue.
E (Incorrect): This is a technical infrastructure error, not a security finding.
F (Incorrect): Account security is managed via MFA and identity policies, not static code analysis.
Question 3: In the Security Incident Response domain, what is the primary benefit of using a Security Advisory for a found vulnerability?
A, To publicly shame the developer who wrote the bug.
B, To allow maintainers to privately collaborate on a fix and then announce it with a CVE.
C, To automatically delete the vulnerable branch.
D, To increase the repository's star count.
E, To bypass the need for running automated tests.
F, To encrypt all historical commits in the repository.
Correct Answer: B
Explanation:
B (Correct): Security Advisories provide a private space to fix a bug, request a CVE, and coordinate a disclosure without alerting attackers before the patch is ready.
A (Incorrect): Security tools are meant for remediation and safety, not personal attacks.
C (Incorrect): Advisories do not delete code; they facilitate the creation of a private fork for fixing it.
D (Incorrect): Security features do not impact social metrics like stars.
E (Incorrect): Automated tests are even more critical when fixing security bugs.
F (Incorrect): Advisories do not have the capability to encrypt git history.
Welcome to the Exams Practice Tests Academy to help you prepare for your GitHub Advanced Security Certification.
You can retake the exams as many times as you want
This is a huge original question bank
You get support from instructors if you have questions
Each question has a detailed explanation
Mobile-compatible with the Udemy app
30-days money-back guarantee if you're not satisfied
I hope that by now you're convinced! And there are a lot more questions inside the course.
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