Cloud Security and Automating DevSecOps
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Download the course syllabus. Program duration - 4 Days, Live Online
Orbus International Program Highlights
Course Description
Course Insight
As more organizations embrace the cloud for digital transformation, security teams often find themselves struggling to secure the DevOps pipeline. Without the right controls, it’s easy to lose track of the changes being pushed to production, leaving systems vulnerable. It is designed to help security professionals tackle this challenge head-on. With practical, hands-on labs focused on CI/CD security, AWS, and Azure, students will learn how to integrate security into every step of the development process. By the end, they’ll be well-equipped to strengthen their organization’s Cloud and DevSecOps security practices.
PREREQUISITES
A basic understanding of Linux command shells and their commands is helpful, along with familiarity with common application vulnerabilities (such as those listed in the OWASP Top 10). While knowledge of version control (git), continuous integration tools (like GitLab CI), and Kubernetes is beneficial, it’s not a requirement to get started.
WHO SHOULD ATTEND?
This course is ideal for anyone working in or transitioning to a public cloud or DevOps environment, especially those involved with Kubernetes, containers, and microservices. It’s also perfect for anyone looking to integrate security checks and controls into cloud and DevOps delivery pipelines or interested in securing DevOps workloads in AWS and Azure. Additionally, it’s valuable for those wanting to leverage cloud application security services from AWS or Azure.
Target Audience
- Developers
- Software architects
- Operations engineers
- System administrators
- Security analysts
- Security engineers
- Auditors
- Risk managers
- Security consultants
SYLLABUS
Automating DevOps Security | Students secure a vulnerable Version Control and CI system, explore security features in GitHub and GitLab, and implement secrets management with tools like Vault and AWS Secrets Manager. | |
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Securing Cloud Infrastructure | Students build and secure cloud infrastructure with Terraform, automate configuration with Packer and Ansible, and focus on container security and supply chain protection. | |
Cloud-Native Security Operations | Students secure Kubernetes workloads in AWS EKS and Azure AKS, applying security controls and real-time monitoring to detect attacks. | |
Microservices and Serverless Security | Students secure serverless environments with CDNs, API gateways, and FaaS, and learn to patch containers and secure microservices. | |
Continuous Compliance and Protection | Students automate compliance with CSPM and WAF, and learn to write policies as code for automatic remediation and cloud configuration drift detection. |
WHAT YOU WILL LEARN?
Organizations adopting DevOps often face security challenges, including issues like malicious code, credential theft, and compromised extensions in unprotected CI/CD pipelines. Other common problems include lack of peer code reviews, ineffective security scanners, misconfigured cloud infrastructure, and software supply chain vulnerabilities. Issues like unstandardized base images, poor Kubernetes policies, and failure to patch vulnerabilities also arise. To address these, security teams must adopt a DevOps mindset and learn to apply cloud-native security controls.
This course offers a hands-on, in-depth understanding of DevOps and cloud-native security. Students will explore how to secure the entire DevOps workflow—from version control and integration to deploying and monitoring cloud-native workloads. By implementing over 20 key DevSecOps controls, students will learn how to improve the security, integrity, and reliability of both cloud and on-premises systems.
BUSINESS TAKEAWAYS
- Build a security team with expertise in cloud-native security and DevSecOps.
- Collaborate with DevOps and engineering to integrate security early in development.
- Use cloud-native services to deploy, secure, and monitor software.
- Prepare your organization to adapt products during cloud migration.
- Leverage cloud monitoring and automation to strengthen security and manage risks.
WHAT YOU WILL RECEIVE?
The course includes both printed and digital materials, with time-limited AWS and Azure cloud accounts provided by SANS for lab exercises. Students will receive instructions to access the virtual Cloud Security Flight Simulator, where they can use services like GitLab, VS Code, Terminal, and Vault via Firefox to complete the labs. GitLab repositories contain configurations for Terraform, Packer, Ansible, Kubernetes, and Docker to deploy AWS and Azure infrastructure. An electronic workbook is available with lab instructions and commands. After the course, students can deploy the DevOps server and lab infrastructure in their personal AWS and Azure accounts.
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Start Date | End Date | Start - End Time | Batch Type | Training Mode | Batch Status | |
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2025-01-17 | 2024-12-20 | 19:00 - 23:00 IST | Weekend | Online/Offline | [ open ] |
Why Choose 1-on-1 Training
- Focused attention and face to face instructor support
- Custom Calendar & Training Schedule
- Highly interactive environment
- Learn via labs, mock tests, case studies, Q&A sessions
- On-spot doubt clearing opportunity
- Interview Support and Free Career Guidance
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FAQs
What is DevSecOps and why does it matter?
It integrates security into the DevOps process to catch vulnerabilities early and enhance security.
How do security and DevOps teams work together?
By embedding security into automated pipelines and collaborating on secure coding practices.
What are cloud-native services and how do they help?
These are cloud tools that help deploy and secure applications efficiently, with better automation and monitoring.
How do I prepare for cloud migration?
By refactoring products, adopting cloud best practices, and setting up security monitoring and automation.
Why integrate security early in development?
It helps catch vulnerabilities early, reduces risks, and ensures secure, efficient development.