Description
Introduction of Securing Containers and Kubernetes:Â
This course focuses on securing containerized applications and Kubernetes environments within the DevSecOps framework. As containers and Kubernetes become central to modern application deployment, securing these technologies is crucial for maintaining a robust security posture. Participants will learn how to implement security best practices, identify vulnerabilities, and apply protective measures throughout the lifecycle of containerized applications and Kubernetes clusters. The course covers essential topics from container security fundamentals to advanced Kubernetes security practices.
Prerequisites
Participants should have:
- Basic knowledge of containerization (e.g., Docker) and Kubernetes.
- Understanding of DevSecOps principles and practices.
- Familiarity with CI/CD pipelines and automation tools.
- Basic knowledge of network and application security concepts.
Table of Contents
1: Introduction to Container Security
1.1 Overview of Container Security
1.2 Importance and Challenges of Securing Containerized Applications
1.3 Container Security Fundamentals
1.4 Key Concepts Such as Container Images, Container Runtime, and Vulnerabilities
1.5 Threat Landscape for Containers
1.6 Common Threats and Attack Vectors Specific to Containerized Environments
1.7 Hands-On: Securing a Basic Container Deployment
2: Best Practices for Container Security
2.1 Container Image Security
2.2 Best Practices for Building and Securing Container Images (e.g., Minimal Base Images, Scanning for Vulnerabilities)
2.3 Runtime Security
2.4 Protecting Containers During Runtime (e.g., Security Profiles, Monitoring)
2.5 Secure Container Registries
2.6 Ensuring the Security of Container Image Storage and Distribution
2.7 Hands-On: Implementing Image Scanning and Runtime Security
3: Introduction to Kubernetes Security
3.1 Kubernetes Security Overview
3.2 Understanding the Security Model of Kubernetes and Its Components
3.3 Common Kubernetes Vulnerabilities
3.4 Identifying Vulnerabilities in Kubernetes Clusters and Deployments
3.5 Kubernetes Security Best Practices
3.6 Techniques for Securing the Kubernetes Control Plane, Nodes, and Applications
3.7 Hands-On: Securing a Basic Kubernetes Cluster
4: Securing Kubernetes Deployments
4.1 Network Policies and Access Control
4.2 Implementing Network Segmentation and Access Controls Within Kubernetes
4.3 Pod Security Policies and Security Contexts
4.4 Configuring Security Policies and Contexts for Kubernetes Pods
4.5 Secrets Management
4.6 Best Practices for Managing Sensitive Data and Secrets in Kubernetes
4.7 Hands-On: Implementing Network Policies and Pod Security Policies
5: Container and Kubernetes Vulnerability Management
5.1 Vulnerability Scanning for Containers
5.2 Tools and Techniques for Scanning Container Images for Vulnerabilities
5.3 Kubernetes Vulnerability Management
5.4 Identifying and Addressing Vulnerabilities in Kubernetes Configurations and Components
5.5 Patch Management
5.6 Strategies for Managing and Applying Security Patches in Containerized Environments
5.7 Hands-On: Conducting Vulnerability Scanning and Managing Patches
6: Automation and Compliance in Container and Kubernetes Security
6.1 Automating Security in CI/CD Pipelines
6.2 Integrating Container and Kubernetes Security into CI/CD Workflows
6.3 Compliance as Code
6.4 Automating Compliance Checks for Containerized Applications and Kubernetes Clusters
6.5 Security Monitoring and Incident Response
6.6 Continuous Monitoring and Incident Response Strategies for Containerized Environments
6.7 Hands-On: Implementing Security Automation in CI/CD for Containers and Kubernetes
7: Advanced Kubernetes Security Techniques
7.1 Security for Stateful Applications
7.2 Best Practices for Securing Stateful Applications and Persistent Storage in Kubernetes
7.3 Zero Trust and Kubernetes
7.4 Implementing Zero Trust Security Models Within Kubernetes Environments
7.5 Securing Kubernetes in Multi-Cloud Environments
7.6 Strategies for Securing Kubernetes Clusters Across Multiple Cloud Providers
7.7 Hands-On: Advanced Kubernetes Security Configurations
8: Future Trends and Emerging Technologies
8.1 Emerging Trends in Container and Kubernetes Security
8.2 Overview of Future Developments and Technologies in Container and Kubernetes Security
8.3 AI/ML in Container Security
8.4 Leveraging Artificial Intelligence and Machine Learning for Enhanced Security
8.5 Case Study: Real-World Kubernetes Security Implementations
8.6 Hands-On: Exploring Future Trends and Technologies in Container Security
This course provides a comprehensive understanding of how to secure containerized applications and Kubernetes environments effectively, integrating security best practices into the DevSecOps framework. Practical sessions offer hands-on experience in implementing security measures and responding to threats in container and Kubernetes ecosystems.
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