HS-CN100
Introduction to Containerization
Total Duration: 32 hours
Session Length: 2 hours per session
Prerequisites: Linux understanding required – Red Hat RH199 level or equivalent knowledge.
Course Description: This advanced course explores container technologies, focusing on creation, management, and orchestration using Docker, Podman, containerd, and CRI-O. It is designed for IT professionals aiming to master containerized environments in production settings. Participants will gain hands-on experience with Kubernetes, learning to effectively integrate and orchestrate containers. The curriculum combines theoretical knowledge with practical applications, enhancing proficiency in modern container platforms.
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Unit 1: Fundamentals of Container Technology
- Duration: 2 hours
- Objective: Introduce the basics of container technology and architecture.
- Lab Exercise: Set up a basic container runtime.
- Hands-on Assignment: Explore different container architectures.
Unit 2: Comprehensive Container Lifecycle Management
- Duration: 2 hours
- Objective: Master container lifecycle and engine management using various tools.
- Lab Exercise: Manage containers across different engines.
- Case Study: Evaluate container engines in enterprise environments.
Unit 3: Advanced Container Operations and Image Management
- Duration: 2 hours
- Objective: Learn advanced container operations and strategic image management.
- Lab Exercise: Execute advanced image and container operations.
- Hands-on Assignment: Implement security best practices in container operations.
Unit 4: Provisioning Complex Applications Using Containers
- Duration: 2 hours
- Objective: Provision complex applications and databases using containers.
- Lab Exercise: Deploy scalable applications using containers.
- Hands-on Assignment: Set up a failover strategy for containerized databases.
Unit 5: Container Storage and Networking Solutions
- Duration: 2 hours
- Objective: Implement advanced storage and networking solutions for containers.
- Lab Exercise: Configure container networking and storage.
- Hands-on Assignment: Ensure data persistence and network security in container deployments.
Unit 6: Expertise in Building Custom Container Images
- Duration: 2 hours
- Objective: Develop expert-level skills in building custom container images.
- Lab Exercise: Build secure and optimized container images.
- Hands-on Assignment: Create enterprise-level custom images.
Unit 7: Strategies for Multi-Container Applications and Microservices
- Duration: 2 hours
- Objective: Deploy and manage multi-container applications and microservices architectures.
- Lab Exercise: Implement a microservices architecture using containers.
- Case Study: Analysis of microservice implementations in industry.
Unit 8: Setup Production Container Orchestration with Kubernetes
- Duration: 2 hours
- Objective: Set up and manage Kubernetes for production-grade container orchestration, ensuring robustness and security.
- Lab Exercise: Establish and verify a Kubernetes cluster tailored for production use.
- Hands-on Assignment: Configure a Kubernetes environment with comprehensive security and monitoring features.
- Verification Task: Conduct basic verification tests to ensure the Kubernetes cluster is correctly configured and operational.
