DevSecOps Masterclass for Gaming Studios Embedding Security
Published 9/2026
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 20h 33m | Size: 928.39 MB
From a leaky CI pipeline to a signed, scanned, sovereign release process - built entirely in GitHub Actions.

[h2]What you'll learn[/h2]
Architect a full security control plane inside GitHub Actions - branch protection, CODEOWNERS, least-privilege tokens, and reusable security workflows.
Embed SAST across your codebase and your pipeline itself with CodeQL and Semgrep, including custom rules for gaming-specific risks.
Detect and rotate exposed credentials with Gitleaks, pre-commit hooks, and a documented secret-rotation runbook, then eliminate long-lived cloud keys.
Engineer full dependency and supply-chain security - OSV-Scanner, Dependabot, CycloneDX/SPDX SBOMs, Grype scanning, license policy.
Harden containerized game services - multi-stage Dockerfiles, non-root runtime, Trivy image and config scanning, and SARIF-based findings surfaced directly.
Deploy securely to Kubernetes with hardened security contexts, resource limits, OPA/Conftest policy-as-code, GitOps design via Argo CD, and Falco-based runtime.
Orchestrate scanners into one coherent system - severity policy, warn-only rollout for new tools, PR step summaries, and evidence bundle.
Govern player data and AI-assisted workflows - data classification, privacy-by-design telemetry rules, GDPR/DORA/NIS2/EU AI Act-aware compliance mapping.
Design for sovereignty - region-aware deployment matrices, data residency boundaries, and a sovereign release checklist that ties every release to jurisdiction.
Deliver a capstone-grade Secure Gaming Studio Release Control Plane - a portfolio repository with real branch protection, real scanner output, real SBOMs.
[h2]Requirements[/h2]
Knowledge: Basic Git usage (clone, commit, push, branch). No prior DevSecOps, security, or CI/CD experience required - every lab builds from a pre-flight check up. Basic familiarity with any programming language helps (the course uses a small Node.js API and C# placeholder), but you don't need to know either language deeply - every script is explained before you run it. No prior GitHub Actions experience needed; Module 1 builds your first workflow from scratch. Software (all free/open-source): Git, Docker, GitHub CLI (gh), Node.js LTS. A free GitHub account with Actions enabled (used extensively - this course lives inside real GitHub Actions workflows, not simulations). Open-source security tooling used via Docker containers or GitHub Actions: CodeQL, Semgrep, Gitleaks, OSV-Scanner, Trivy, Syft, Grype, Checkov, OPA/Conftest, Cosign - no licenses or paid accounts required. Optional for Module 8: kind and kubectl for local Kubernetes labs - a lightweight local cluster, not a cloud account. Hardware: 15GB+ free disk space, 8GB+ RAM recommended (Docker containers for multiple scanners plus an optional local Kubernetes cluster). No real game codebase, no production infrastructure, and no cloud account required - every lab builds a small, safe, synthetic game-service repository from Lab 2 onward.
[h2]Description[/h2]
This course contains the use of artificial intelligence.
We only charge a fee solely for the time invested in building this comprehensive curriculum.
The "We'll Bolt On Security Before Launch" Problem
Game studios ship faster than almost any other software category - live-ops updates, weekly patches, seasonal content, and a CI/CD pipeline under constant pressure. That speed is exactly why security keeps getting deferred to "after launch," until a leaked signing key, a poisoned dependency, or an exposed debug endpoint turns into a real incident. A compromised GitHub Actions workflow can leak build artifacts, cloud credentials, or package tokens before anyone notices - and by the time security shows up as a manual end-of-cycle audit, it's already too late to be anything but a bottleneck.
The fix isn't "add more scanners." It's treating your CI/CD pipeline itself as a first-class security architecture: least-privilege tokens, pinned actions, branch protection, layered scanning, evidence retention, and exception governance - all embedded directly into the pull-request workflow developers already use. This course builds exactly that, lab by lab, entirely inside real GitHub Actions.
The Solution: 100 Labs, One Real GitHub Repository
Every lab in this course happens inside an actual GitHub repository you create and push to - not a simulation. Pre-flight checks, Git branch safety nets, and documented rollback steps mean you can experiment freely. By Lab 10 you'll have a working game-service API, a passing GitHub Actions CI run, branch protection, and your first pull request flowing through real required checks. Everything after that adds real production depth.
What's Inside
-Modules 1-2 establish the foundation: a minimal game-service repository, your first GitHub Actions CI workflow, branch protection with required status checks, CODEOWNERS for security-sensitive paths, and - critically - the pipeline hardening most courses skip entirely: least-privilege token permissions, actionlint syntax checking, a documented workflow threat model, safe shell scripting, and concurrency controls that prevent a compromised or buggy workflow from becoming an attack surface itself.
-Module 3 embeds SAST properly: CodeQL for JavaScript/TypeScript, Semgrep with OWASP Top Ten rule packs, and - this is where it gets gaming-specific - custom Semgrep rules for exposed debug endpoints and client-authoritative economy logic (the exact pattern that lets a hacked game client "grant itself" items instead of trusting the server).
-Module 4 locks down secrets and identity: Gitleaks scanning with a safe fake-secret validation test, pre-commit hooks, a secret-rotation runbook, GitHub OIDC design to eliminate long-lived cloud keys entirely, and protected production environments with required reviewers.
-Module 5 builds full supply-chain visibility: OSV-Scanner and Dependabot for npm, CycloneDX and SPDX SBOM generation with Syft, Grype vulnerability scanning against those SBOMs, a license policy baseline, and a dependency-review gate on every pull request.
-Module 6 hardens the actual game service artifact: multi-stage, non-root Dockerfiles with health checks, Trivy image and configuration scanning with SARIF output straight into GitHub's Security tab, container SBOMs, and a documented Cosign keyless-signing design tied to workflow identity.
-Module 7 extends the same rigor into infrastructure: OpenTofu IaC skeletons, Checkov scanning, and custom OPA/Rego policies tested with Conftest - including a required-tags policy with both failing and passing fixtures, so you learn to prove your policy actually works both ways.
-Module 8 deploys to Kubernetes the hard way: hardened security contexts, resource limits, non-root admission policy, a real local Kind cluster, Argo CD GitOps design, and Falco-based runtime detection design for catching what static scans can never see.
-Module 9 is the orchestration layer most courses never build: a unified security workflow combining every scanner, GitHub Step Summaries for fast developer feedback, a normalized severity policy with warn-only rollout for new tools, evidence bundle generation and upload, vulnerability SLA rules, and a developer remediation guide that turns alert fatigue into actionable fixes.
-Module 10 closes with governance most security courses never touch: player data classification, privacy-by-design telemetry rules, a region-aware sovereign deployment matrix, AI-assisted workflow safety rules for agentic tooling with repo access, and a full GDPR/DORA/NIS2/EU AI Act-aware compliance evidence map.
The Climax: Lab 100 - The Secure Gaming Studio Release Control Plane
Lab 100 is a real pull request against a real repository, running every scanner you've built - CodeQL, Semgrep, Gitleaks, OSV, Trivy, Checkov, Conftest - producing a real SBOM, a real evidence bundle, and a documented, defensible architecture that traces every control back to a compliance expectation. This isn't a certificate exercise. It's a portfolio-grade GitHub repository demonstrating that you can design and operate a full release control plane, not just run individual tools.
Why Enroll Now
DevSecOps for gaming is a specific, underserved niche: most security courses use generic web examples that miss game clients, patch cadence, live-ops secrets, and anti-cheat-sensitive workflows entirely. Every tool in this course is free and open-source - CodeQL, Semgrep, Gitleaks, Trivy, Syft, OPA - and every lab happens inside real GitHub Actions, so the pipeline you build is immediately portable to your actual studio's repository. No vendor lock-in, no simulated environment - just a working control plane you can deploy on Monday.
[h2]Who this course is for[/h2]
The Game Studio Developer or DevOps Engineer Handed "Security" as a New Responsibility You ship builds, manage CI, and now leadership wants "security in the pipeline" - but nobody defined what that actually means beyond "add a scanner." This course gives you the exact playbook: which scanners, in what order, with what thresholds, and how to keep developers from hating the process. Every lab uses a real, working GitHub Actions pipeline you build yourself.
The Security Engineer Moving Into DevSecOps/Platform Security You know security principles, but "embed it into CI/CD" often means vague advice online. This course is concretely gaming-specific - client-authoritative economy checks, anti-cheat-sensitive secrets, live-ops release patterns - and takes you all the way from a first GitHub Actions workflow to Kubernetes admission policy and sovereign deployment design.
The Senior Platform/Release Engineering Architect Building a Studio-Wide Control Plane You've run individual scanners for years, but your studio lacks a coherent system: no unified severity policy, no evidence retention, no exception governance, no sovereign deployment story for global player data. This course closes exactly that gap - a full scanner-orchestration layer, an evidence bundle pipeline, a compliance-to-control traceability map, and a capstone architecture you could defend to a studio's security leadership.
[h2]Homepage[/h2]

https://www.udemy.com/course/devsecops-masterclass-for-gaming-studios-embedding-security/

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