About Education
Kubernetes Security Training provides the knowledge and skills needed to understand, manage, and prevent security risks in Kubernetes environments. The training covers topics such as Kubernetes security features, secure deployment methods, network security, and Kubernetes host management in depth. It provides experience in solving real-world security challenges with hands-on lab work.
Prerequisites
Basic knowledge of Kubernetes and the following skills are recommended before attending this course:
- Experience with container technologies (e.g. Docker)
- Basic Linux and networking knowledge
- Basic working experience with Kubernetes
Duration of Training
- Instructor-led training: 5 days (with hands-on lab work)
- Virtual instructor-led training: 5 days (with web-based lectures and hands-on labs)
Who Should Participate?
- System administrators
- Security engineers
- DevOps engineers
- Network administrators
- IT professionals looking to secure Kubernetes clusters
Educational Content
- Introduction to Kubernetes Security
- Kubernetes and its architecture overview
- Common security risks and challenges in Kubernetes environments
- Security best practices and the importance of risk management
- Kubernetes Security Features and Configuration
- Kubernetes namespaces and network policies
- Pod güvenlik politikaları
- Kubernetes visual security
- Kubernetes API authentication and access control
- Kubernetes RBAC configuration and security settings
- Secure Kubernetes Deployment and Management
- Kubernetes deployment models (e.g. Kubernetes clusters)
- Best practices for Kubernetes networking and network security
- Kubernetes secret management and encryption
- Kubernetes management tools (e.g. kops, Helm)
- Kubernetes Host Security and Management
- Main operating system security
- Kubernetes host configuration and hardening
- Logging and monitoring for Kubernetes hosts
- Best practices and risk management for host security
- Kubernetes Network Security and Management
- Network security policies and segmentation
- Kubernetes service account security
- Kubernetes network security controls (e.g. Calico, Cilium)
- Advanced Kubernetes Security Topics
- Kubernetes container escape vulnerabilities and prevention strategies
- Kubernetes visual signing and verification
- Kubernetes runtime security monitoring and threat detection
- Kubernetes security testing and validation
- Best Practices for Kubernetes Security
- Image management and vulnerability scanning
- Configuration management and automation
- Minimum authorization and access control
- Audit and compliance
- Backup and recovery
- Hands-on Laboratory Studies and Exercises
- Practical exercises to reinforce Kubernetes security concepts and best practices
- Scenarios simulating real-world Kubernetes security challenges
- Group discussions and collaboration on security issues and best practices
What You Will Gain at the End of Training
Participants who successfully complete this training:
- Gain the ability to analyze and prevent security risks in Kubernetes environments.
- Will be able to use Kubernetes security features effectively.
- He will specialize in implementing security policies and securing Kubernetes infrastructure.
- Will be able to optimize security management in enterprise Kubernetes environments.
