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Course Outline

Module 1 – Fundamentals of Container Platforms

  • Containers and container runtimes
  • Overview of Kubernetes architecture
  • OpenShift's role in the cloud-native ecosystem
  • Cluster components and key terminology

Module 2 – Installing and Accessing OpenShift

  • Installation methodologies
  • Cluster architecture details
  • Utilizing the CLI and Web Console
  • Initial setup configurations
  • Checking cluster health status

Module 3 – Managing Projects and Users

  • Namespaces and project management
  • User authentication principles
  • Role-Based Access Control (RBAC)
  • Service accounts
  • Resource quotas and limits

Module 4 – Deploying Applications

  • Creating application workloads
  • Deployments and rollout strategies
  • Configuration management
  • Secrets handling
  • Environment variables

Module 5 – Networking

  • Internal network structures
  • Services
  • Routes and ingress
  • DNS fundamentals
  • Network policies

Module 6 – Persistent Storage

  • Persistent volumes
  • Persistent volume claims
  • Storage classes
  • Stateful workloads
  • Backup considerations

Module 7 – Cluster Operations

  • Scaling workloads
  • Application scheduling
  • Resource management
  • Node maintenance
  • Labels and taints

Module 8 – Monitoring and Troubleshooting

  • Log analysis
  • Event monitoring
  • Metrics tracking
  • Diagnosing failed workloads
  • Performance monitoring
  • Addressing common operational issues

Module 9 – Security Best Practices

  • Security contexts
  • Secrets management
  • Image security
  • Access auditing
  • Platform hardening

Module 10 – Platform Maintenance

  • Backup strategies
  • Cluster updates
  • Maintenance planning
  • Operational best practices
  • Disaster recovery concepts

Course Delivery Format

  • Interactive lectures and group discussions.
  • Comprehensive hands-on exercises.
  • Practical labs reflecting real-world administrative scenarios.

Course Customization Options

  • Training can be adapted to fit the organization's specific environment and operational needs.
  • Labs may utilize OpenShift or a comparable Kubernetes-based platform, contingent on the customer's infrastructure.

Disclaimer: OpenShift is a registered trademark of Red Hat, Inc. This training is independently developed and delivered by NobleProg. It is not affiliated with, endorsed by, or authorized by Red Hat.

Requirements

Prerequisites

  • Fundamental knowledge of containers and Docker principles
  • Experience with Linux system administration
  • Basic DevOps understanding is suggested

Target Audience

  • System administrators
  • DevOps engineers
  • Platform engineers
  • Cloud and infrastructure architects
 35 Hours

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