Build Complete DevSecOps Pipeline with Container Based Delivery, CI/CD on Kubernetes with all Open Source Tools
What you will learn
Understand the core principles of DevSecOps and how they integrate into modern software delivery pipelines.
Set up a complete learning environment using Google Cloud Platform, Kubernetes (GKE), and essential DevOps tools.
Build a secure CI/CD pipeline using Jenkins, Helm, Docker, and Kubernetes.
Implement Software Composition Analysis (SCA) using OWASP Dependency-Check, Pyraider, and Dependency-Track to identify and manage third-party risks.
Apply Static Application Security Testing (SAST) using tools like slscan and integrate them into your CI/CD pipeline.
Conduct Dynamic Application Security Testing (DAST) using OWASP ZAP during deployment stages to catch runtime vulnerabilities.
Harden container images using Dockle, Trivy, and multi-stage Dockerfiles to reduce the attack surface.
Manage sensitive credentials and enforce secure secrets injection using HashiCorp Vault with Kubernetes.
Enforce system-level compliance and infrastructure hardening using InSpec and Ansible as Compliance-as-Code tools.
Secure Kubernetes workloads by implementing security contexts, Pod security policies, resource limits, and runtime scanning tools like Falco.
Build and deploy AI/ML and containerized applications securely using GitOps practices with ArgoCD.
Automate runtime anomaly detection and remediation using Falco and Argo Workflows.
Understand the Software Bill of Materials (SBOM) and integrate SBOM generation into your pipeline.
Design an end-to-end secure DevOps pipeline for real-world applications, from code to production, with continuous security monitoring.
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- Cultivate a “security-first” mindset, embedding robust security practices from the initial code commit to production deployment across your organization.
- Strategically integrate security at every phase of the SDLC, transforming traditional security gates into continuous, automated checkpoints within your CI/CD pipelines.
- Architect scalable and resilient secure pipelines that inherently protect containerized applications and the underlying Kubernetes infrastructure.
- Master the operationalization of diverse open-source security tools, enabling cost-effective and powerful security postures for any organization.
- Bridge the critical knowledge gap between development, operations, and security teams, fostering true collaboration and shared responsibility for application security.
- Proactively identify and remediate vulnerabilities before they reach production, drastically reducing the attack surface and potential for breaches.
- Gain practical experience in securing AI/ML workloads, a burgeoning field requiring specialized security considerations within modern MLOps pipelines.
- Develop expertise in threat modeling and risk assessment for cloud-native applications, allowing you to anticipate and neutralize potential exploits effectively.
- Implement GitOps principles for infrastructure and security policy management, ensuring immutability, auditability, and version control for your security configurations.
- Become proficient in continuous compliance enforcement, translating regulatory requirements into actionable, automated code that self-audits and self-corrects.
- Construct a defensive architecture for microservices, protecting inter-service communication and data flow within complex distributed systems.
- Acquire the skills to build a verifiable Software Bill of Materials (SBOM), enhancing transparency and managing software supply chain risks effectively.
- Drive organizational adoption of DevSecOps culture by demonstrating tangible ROI through improved security posture and faster, safer deployments.
- Develop advanced troubleshooting capabilities for security-related pipeline failures, quickly diagnosing and resolving issues in complex multi-tool environments.
- Formulate strategies for embedding security within cloud-native development practices, moving beyond perimeter defenses to intrinsic application-level security.
- Understand the economic benefits of automated security, reducing manual effort and potential human error while accelerating release cycles.
- PROS:
- Comprehensive, Hands-on Experience: Direct engagement with a wide array of industry-standard open-source tools and real-world scenarios.
- Career Advancement: Equips participants with highly sought-after skills for critical roles in DevSecOps, Cloud Security, and Site Reliability Engineering.
- Open-Source Focus: Leverages powerful, community-driven tools, making the learned skills universally applicable and cost-effective for various organizational sizes.
- End-to-End Pipeline Build: Participants will build a complete, functional, and secure DevSecOps pipeline from code to production, not just isolated components.
- Cloud-Native Expertise: Provides a deep dive into securing Kubernetes and containerized applications, which are essential for modern cloud environments.
- CONS:
- Steep Learning Curve: The breadth and depth of tools and concepts covered might be challenging for individuals with minimal prior experience in DevOps or security.
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