PassITExams: Your Trusted Study Partner for the GH-500 Certification
Earning the GitHub Advanced Security (GH-500) certification is a real career move, and it deserves real preparation. At PassITExams, we’ve helped thousands of candidates walk into this exam with confidence, not nerves. Our GH-500 practice test materials are put together by people who’ve been through the certification themselves and know exactly what GitHub tests you on.
What makes the difference? We don’t just hand you a list of questions and leave you to figure out the rest. Our GH-500 brain dumps include full explanations that break down the reasoning behind every correct answer. If you’re stuck on why a specific Dependabot rule applies in one scenario but not another, the explanation walks you through it plainly. No technical jargon for the sake of it, just clear, honest guidance that helps things stick.
We also know that the biggest fear candidates have is studying the wrong stuff. That won’t happen here. Our GH-500 exam questions are mapped to the official GitHub and Microsoft skills guide, so every topic you practice is a topic that actually gets tested. By the time you sit the real exam, it’ll feel familiar.
How PassITExams Gets You Ready for the GH-500
The GH-500 is a scenario-heavy exam. It doesn’t just ask you to define what secret scanning is, it puts you in a situation and asks what you’d actually do. That’s exactly how we structure our prep materials.
Our GH-500 PDF dumps mirror the real exam’s tone and difficulty. You’ll practice questions on configuring GitHub Actions workflows for code scanning, choosing the right response to a Dependabot alert, enabling push protection, and understanding when to dismiss versus escalate a security finding. These aren’t surface-level questions, they test the kind of thinking GitHub expects from certified professionals.
Every question in our bank goes through a review process handled by certified GitHub security practitioners. If GitHub updates the exam, and they do, our content gets updated too. You receive those updates free for three months from your purchase date. So whether you’re sitting the exam next week or next month, you’re always working with current material.
Want to preview what the real exam feels like? Our online exam simulator runs timed, scored sessions in the same format as the actual test. Work through it on your laptop, tablet, or phone. By the time you hit the real exam, you’ll already know how it flows. You can also access the free official practice assessment on Microsoft Learn to get an early read on where your knowledge stands before you begin focused study.
GitHub Advanced Security (GH-500), Full Exam Overview
Who Is This Exam Built For?
The GH-500 targets professionals who work hands-on with GitHub in security-adjacent roles. It’s an intermediate-level certification, which means GitHub expects you to have real working experience, not just theoretical knowledge.
Here’s who gets the most out of this credential:
- Security Engineers and DevSecOps Professionals are the primary audience. If you’re the person responsible for catching vulnerabilities before they ship, this certification puts your expertise on paper. It validates skills that employers in security-heavy organizations actively look for.
- Software Developers who want to move into more security-focused roles will find this a practical next step. Writing secure code is one thing, knowing how to configure the tools that catch what you miss is another skill entirely, and this certification covers both.
- GitHub Administrators managing repositories, teams, and organizations at scale will recognize most of what’s tested here. The GH-500 confirms your ability to enforce security policies and configure GHAS features across an enterprise environment.
- DevOps Engineers who run CI/CD pipelines need to understand how automated security scanning fits in. This cert proves you can build pipelines that don’t just deploy fast, they deploy safely.
- Application Security Specialists and IT Professionals transitioning into DevSecOps also benefit strongly. If you’ve been building security knowledge informally and want a recognized credential to back it up, the GH-500 is a solid choice.
GH-500 Exam Details at a Glance
Here’s what you’re looking at when you book the GH-500:
- Exam Code: GH-500
- Full Name: GitHub Advanced Security
- Certification Level: Intermediate
- Number of Questions: 60
- Time Allowed: 100 minutes
- Passing Score: 700 out of 1000
- Exam Cost: $99 USD (pricing varies by country and region)
- Delivery Method: Online proctored exam via Pearson VUE
- Languages Available: English, Spanish, Portuguese (Brazil), Korean, Japanese
- Certification Validity: 2 years; renewable with a free online assessment
- Provided By: Microsoft, maintained by GitHub
The exam includes multiple-choice questions, real-world scenario-based items, and simulation-style questions where you navigate GitHub interfaces or interpret actual security alert data. The 700/1000 passing mark means you need to answer roughly 70% correctly, but given the scenario format, understanding why an answer is correct matters more than simple memorization.
When you’re ready to schedule, you can register directly through Pearson VUE from the official Microsoft credentials page.
GH-500 Exam Domains and What They Cover
The GH-500 is split into five exam domains, each weighted to reflect how much it’s tested on the actual exam. What follows is built directly from the official GH-500 study guide published by GitHub and Microsoft, these are the exact domain names and percentages as listed in the official skills documentation.
- Domain 1: Describe the GHAS Security Features and Functionality
This opening domain is about understanding the GitHub Advanced Security platform as a whole. Before you configure anything, you need to know what GHAS actually does, what it includes, and how its components relate to each other.
You’ll need to know the difference between features that GitHub provides by default on public repositories versus what requires a GHAS license when paired with GitHub Enterprise Cloud (GHEC) or GitHub Enterprise Server (GHES). A solid grasp of the Security Overview dashboard is expected, what it shows, how it helps security teams track risk across an organization, and why it matters operationally.
The exam also tests your understanding of how secret scanning, code scanning, and Dependabot each play a distinct role in a secure development lifecycle, and how they reinforce each other rather than operating in isolation. You’ll be asked to compare a reactive security model where code is reviewed for issues at the end against a proactive one where security checks are built into every step of the workflow.
On the practical side, this domain covers how vulnerable dependencies are flagged through manifest file analysis against known CVE databases, how developers should respond when a security alert surfaces, what it means for a team when alerts get dismissed without documentation, and who can access which alerts depending on their role and permissions.
A note on where candidates trip up: Knowing which GHAS features are available without any paid license versus which require GHEC or GHES is a common gap. It sounds straightforward, but the exam tests it with scenario questions that catch people who haven’t thought through the licensing model.
- Domain 2: Configure and Use Secret Scanning
Secret scanning is one of GitHub’s most actively used security tools, and this domain goes deeper than just knowing what it does. You need to know how to set it up, customize it, and respond to what it finds.
Push protection is a central topic, this is the mechanism that blocks a developer from pushing a secret to a repository in the first place, rather than just alerting after the commit lands. Understanding how it works and when it applies is essential. Validity checks are also tested: GitHub can verify whether a detected secret is still active, which affects how urgently you need to respond.
The domain covers the practical differences in how secret scanning behaves on public versus private repositories, including what’s enabled by default and what requires manual configuration. You’ll need to know how to set up alert recipients, grant non-admin team members access to secret scanning results, and configure custom scanning patterns for organization-specific secret formats that aren’t part of GitHub’s standard detection library.
Understanding which user roles can see secret scanning alerts and how notification routing is configured also shows up here, exactly the kind of detail that scenario questions are built around.
A note on where candidates trip up: The process for creating and enabling custom secret scanning patterns is detailed and comes up frequently in scenario form. Make sure you’ve walked through this hands-on at least once before exam day.
- Domain 3: Configure and Use Dependabot and Dependency Review
This is the largest domain on the exam by a substantial margin, more than a third of your total score. If you have limited study time, this is where most of it should go.
The domain opens with foundational concepts: what a dependency graph is, how GitHub constructs it from your repository’s manifest files, and what a Software Bill of Materials (SBOM) is, including the specific format GitHub uses when exporting one. Understanding the difference between a dependency vulnerability, a Dependabot alert, a Dependabot security update, and Dependency Review is essential. These four terms are closely related but represent distinct things, and the exam treats them as separate concepts.
How alerts are generated matters here too. GitHub sources its vulnerability data from the GitHub Advisory Database and Dependabot connects that data to your repository’s dependency graph to identify affected packages. Know how that pipeline works from source to alert.
On the configuration side, expect questions on enabling Dependabot alerts for private repositories and across organizations, creating a valid Dependabot configuration file to group related security updates, writing a rule to auto-dismiss low-severity alerts until a patch is actually available, and building a complete Dependency Review GitHub Actions workflow. Configuring license checks and custom severity thresholds within that workflow is also tested.
The remediation section is practical and hands-on in nature: how do you fix a vulnerable dependency directly from the Security tab? How do you handle the same issue within a pull request review? When does it make sense to remove a package entirely versus update it to a patched version?
A note on where candidates trip up: The difference between Dependabot alerts and Dependency Review is a consistent source of confusion. Dependabot alerts fire on your existing dependencies that are already in production. Dependency Review checks what a pull request is about to introduce before it gets merged. They serve different purposes at different points in the development timeline, know both clearly.
- Domain 4: Configure and Use Code Scanning with CodeQL
The second-largest domain covers code scanning in depth, with significant focus on CodeQL, GitHub’s built-in static analysis engine. But it also tests your knowledge of third-party scanning integrations, so don’t skip that section in your prep.
You’ll need to know how to enable code scanning using both CodeQL inside a GitHub Actions workflow and via a third-party CI tool, and how those two paths differ in setup and maintenance. Uploading SARIF results from external tools via the SARIF endpoint is tested, along with understanding what a SARIF category is and why defining one matters.
The CodeQL content covers choosing the right workflow trigger for a given development context, should scanning fire on every push, every pull request, or on a schedule? You’ll practice editing the default Actions workflow template to suit a production repository, interpreting scan results, and tracing the data flow through code using the show paths feature to understand exactly how a vulnerability propagates from source to sink.
Troubleshooting is in scope: if a CodeQL workflow fails, what steps do you take? How do you create or modify a custom configuration to resolve it? You’ll also need to understand CodeQL’s limitations with compiled languages, why languages like Java and C++ require a build step during analysis, and what that means for how you structure your workflow compared to interpreted languages like Python or JavaScript.
Knowing when a code scanning alert should be dismissed versus remediated, and how to document dismissal decisions for audit purposes, rounds out this domain.
A note on where candidates trip up: CodeQL’s behavior differences between compiled and interpreted languages is a recurring theme in scenario questions. Candidates who haven’t thought through what the build-model requirement actually means in practice tend to pick the wrong workflow configuration.
- Domain 5: Describe GitHub Advanced Security Best Practices, Results, and How to Take Corrective Measures
The final domain brings everything together, focusing on how you apply GHAS strategically across a development workflow, not just technically. It carries the least weight by percentage, but it connects concepts from all four domains before it.
You’ll be expected to use CVE (Common Vulnerabilities and Exposures) and CWE (Common Weakness Enumeration) identifiers to describe and categorize GitHub Advanced Security alerts, and identify what remediation looks like for each alert type.
The decision-making process for closing and dismissing alerts is covered here, specifically what it means to dismiss an alert with proper documentation versus dismissing without a recorded rationale, and why audit-friendly workflows matter for compliance-focused organizations.
You’ll also need to know the default CodeQL query suites, when each is most appropriate, how to change the severity threshold for code scanning pull request status checks, and how to use filters and sorting, including the validity:active filter, to prioritize which secret scanning alerts need attention first.
Repository Rulesets appear in this domain as well, how to use them to enforce CodeQL and Dependency Review workflows as required standards across your organization. This is a feature that catches candidates off guard, particularly those who haven’t worked in a GitHub Enterprise environment.
The broader theme of this domain is shifting security left: configuring each GHAS tool, code scanning, secret scanning, dependency review, to surface vulnerabilities as early in the development process as possible rather than discovering them after merge or after deployment.
A note on where candidates trip up: Repository Rulesets are relatively newer and candidates without enterprise-level GitHub experience often haven’t used them. This is worth dedicating specific practice time to before your exam.
Exam Cost, Prerequisites, and Retake Policy
The GH-500 exam costs $99 USD for candidates taking the exam in the United States. Pricing in other countries varies, the current price for your region is confirmed at checkout when you register through Pearson VUE.
There are no formal prerequisites listed for this exam, but the intended audience profile makes it clear that intermediate GitHub experience is expected. Practically speaking, you should be comfortable with GitHub Actions, basic repository and organization administration, and general security concepts like CVE classification, vulnerability triage, and CI/CD pipeline structure. Candidates who approach the exam without hands-on GHAS experience tend to find the scenario questions much harder than those who’ve actually configured these tools.
Retake policy: If you don’t pass on the first attempt, you can retake the exam 24 hours later. Further attempts after that are subject to additional waiting periods. Current details are available on the official Microsoft exam retake policy page.
If you fail and used PassITExams materials to prepare, contact our support team, our money-back guarantee applies.
Why the GH-500 Certification Is Worth Your Time in 2026
Security is no longer a step that happens after development, it’s woven into every commit, every pull request, every pipeline. Companies running GitHub at scale are actively looking for engineers who can configure and manage GHAS properly, not just developers who’ve heard of it. The GH-500 certification is the credential that verifies you can.
The shift toward DevSecOps, where security is embedded into the CI/CD process rather than reviewed afterward, has created a genuine skills gap in the market. Engineers who understand how to catch vulnerabilities at the pull request stage, automate dependency risk management, and enforce security policies at the organization level are harder to find than organizations need them to be. This certification puts you in that group.
From a career standpoint, professionals with GitHub security expertise are moving into roles like GitHub Security Engineer, DevSecOps Engineer, Application Security Specialist, and Security-Focused Software Developer. These roles command real salary premiums compared to general software engineering positions. In the US market, DevSecOps engineers with tool-specific credentials regularly see compensation in the $115,000 to $160,000 range depending on experience level and industry. For current figures by region, LinkedIn Salary and Glassdoor are reliable places to benchmark.
The certification is valid for two years and renews through a free online assessment, not a full proctored retake. Maintaining it long-term is genuinely low effort once you’ve earned it. And for organizations using GitHub Enterprise in compliance-sensitive environments, having certified staff is increasingly a governance requirement, not just a preference. Holding the GH-500 demonstrates to those organizations that you understand GHAS well enough to run it at enterprise scale.
A Realistic Study Plan for the GH-500
The GH-500 rewards candidates who’ve practiced applying knowledge, not just reading about it. Here’s an approach that works:
- Begin with the official exam study guide: Download the GH-500 skills guide and read through every domain and subtopic. Use it as a checklist. Don’t consider yourself ready until you can speak confidently to every bullet point on that list.
- Plan for 4 to 6 weeks of structured prep: That’s realistic for most working professionals. A week-by-week breakdown that works well: start with Domains 1 and 2 in your first week, spend your second week on Domain 3, it’s the largest and deserves extra time, cover Domain 4 in week three, and wrap up with Domain 5 plus a full review in week four. Keep the final week or two for full timed practice exams.
- Match your study hours to domain weight: Domain 3 is 35% of the exam, roughly a third of your total study time should go there. Domains 4 and 1 together are another 40%. Domain 5 is only 10%, so it needs less time, but don’t skip it entirely.
- Work inside a real GitHub environment: Set up a personal repository and actually enable the features. Turn on secret scanning, configure a Dependabot workflow, set up code scanning with CodeQL. The exam asks scenario questions that feel straightforward once you’ve done the thing, and confusing if you’ve only read about it.
- Use PassITExams practice tests as your benchmark: After studying each domain, run through our corresponding practice questions. Scoring under 75% on a domain means you need to go back and review before moving on. Our GH-500 dumps are calibrated to real exam difficulty, so your practice scores are a genuine indicator of where you stand.
- Run full timed practice exams before you book the real one: Two complete 100-minute, 60-question sessions under real conditions, no notes, no interruptions. If you’re consistently scoring above 80%, you’re ready to schedule.
What You Get With PassITExams
- Authentic Exam Questions
Our GH-500 question bank is built from questions that have appeared on the real certification exam. Each one is reviewed by certified professionals against current GitHub documentation, not scraped from forums or generated by software.
- Free Updates for 3 Months
When GitHub updates the exam, our question bank gets updated too. You receive all changes free for 90 days from your purchase date. Study next week or next month, you’re always on current material either way.
- Clear Explanations for Every Answer
Each question comes with a full explanation, not a one-liner summary. You’ll understand why the correct answer is right and exactly why each wrong option fails. That context builds real knowledge instead of surface-level recognition.
- 100% Money-Back Guarantee
Study our material, sit the exam, and if you don’t pass, we give you a full refund. No complicated claims process, no fine print to read through. We back what we’ve built.
- PDF and Online Practice Formats
Download the complete question bank as a GH-500 PDF dump and study offline, or log into the online platform and run timed practice sessions that replicate the actual exam environment. Both come with one purchase.
- Content Built by Certified Professionals
Every question is created or reviewed by someone who holds active GitHub certifications and has real hands-on experience with GHAS in production environments.
- 99%+ Verified Accuracy
Every question in our bank goes through a multi-step review process before it’s published. If something gets flagged as outdated or incorrect, by our team or by a customer, it’s fixed or replaced fast.
- Real Exam Simulation
Our online practice test reproduces the actual GH-500 exam experience: same timing, same scoring format, same question types. Practice under realistic conditions so test day doesn’t surprise you.
- Domain-Level Performance Tracking
Our platform breaks your results down by domain, so you can see exactly where you’re strong and exactly where to focus more time. Data-driven prep is more efficient than guessing what to review.
- Support Available Around the Clock
Questions about the material? Access issues? Our support team is available 24/7 with real responses, not automated replies.
Frequently Asked Questions About the GH-500 Exam
How hard is the GH-500?
It’s genuinely intermediate in difficulty. The scenario questions require practical judgment, not just recalled definitions. Candidates who’ve spent real time working with GHAS tools and study for 4 to 6 weeks generally find it challenging but fair. Approaching it purely from documentation without hands-on experience makes it noticeably harder.
How many questions are on the exam and how long do I have?
There are 60 questions and you have 100 minutes, just under two minutes per question. For candidates who’ve practiced, that’s a comfortable pace. If you’re frequently second-guessing answers, the time pressure gets real.
What’s the minimum score to pass?
You need 700 out of 1000. The scoring is weighted, not a straight percentage of correct answers, so understanding the harder scenario questions matters more than breezing through the simpler ones.
How long is the certification valid?
Two years from the date you pass. You renew it through a free online assessment, no need to retake the full proctored exam. GitHub notifies you before your certification expires.
What’s included in your PrepPackage?
You get the complete question bank in PDF format for offline study, plus full access to the online practice test simulator for timed sessions. Both are included with a single purchase, and you get three months of free updates.
Do your materials stay current?
Yes. Our team monitors GitHub and Microsoft for exam changes. When the exam is updated, so is our question bank. You get those updates free for 90 days from your purchase date.
Which domain should I spend the most time on?
Domain 3, Dependabot and Dependency Review at 35% is the largest part of the exam. Spend proportionally more time here than anywhere else. Domain 4, Code Scanning with CodeQL at 25% is the second most important. Together they make up 60% of your score.
Do I need formal prerequisites to take the GH-500?
No formal prerequisites are listed, but GitHub designs this exam for people with intermediate GitHub experience. Candidates who haven’t used GHAS features in practice tend to struggle with the scenario-based questions. Even a few weeks of hands-on experimentation in a free GitHub account makes a real difference.
What if I don’t pass?
You can retake the exam 24 hours after your first attempt. Further retakes have waiting periods, check the official retake policy for details. If you used PassITExams materials and still didn’t pass, contact us to request your refund.
Is this certification actually useful for career growth?
If you work in development, security, or DevOps at an organization that runs on GitHub, yes, it’s a practical credential with clear market demand. DevSecOps-skilled engineers are genuinely hard to find, and this certification gives employers a concrete way to verify your GitHub security expertise.
What’s the real difference between secret scanning and code scanning?
Secret scanning watches for accidentally exposed credentials, API keys, tokens, passwords, that might have been committed to your code. Code scanning powered by CodeQL analyzes your source code for logic-based security vulnerabilities and weaknesses. They catch different types of problems, operate at different points in the workflow, and serve distinct purposes. The exam tests both at depth.
Can I study using my phone?
Yes. The online practice test works in any modern mobile browser. The PDF dumps open in any PDF reader. Study from wherever you have time.
PassITExams is built to get you through the GH-500 on your first attempt. Verified questions, complete explanations, and three months of free updates, everything you need is already here. Start your prep today.
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