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Course Outline

Module 1: Introduction to OpenShift and Kubernetes for Government

  • Overview of OpenShift architecture and components
  • The relationship between OpenShift and Kubernetes for government operations
  • Understanding containers, images, and registries in a governmental context
  • Comparison of OpenShift editions (OKD vs OCP) for government use

Module 2: OpenShift 4 Architecture for Government

  • Control plane components for government clusters
  • Worker nodes and MachineSets in governmental environments
  • Red Hat CoreOS overview for government applications
  • Operators and Operator Lifecycle Manager (OLM) in a governmental setting

Module 3: Installing OpenShift 4 for Government

  • Installation methods for government agencies (IPI vs UPI)
  • The cluster bootstrap process for government deployments
  • Networking and DNS requirements for government clusters
  • Hands-on deployment of a government-specific cluster

Module 4: Managing Cluster Resources for Government

  • Nodes and MachineSets management for government operations
  • Scaling the cluster to meet governmental needs
  • Resource quotas and limits for government applications
  • Namespaces and projects for government use cases

Module 5: Deploying Applications in Government Clusters

  • Understanding deployments, ReplicaSets, and Pods for government applications
  • Source-to-Image (S2I) for government development processes
  • Container-based deployments in a governmental context
  • Rolling updates and rollbacks for government systems

Module 6: Working with Operators for Government Applications

  • The concept of Operators and their benefits for government operations
  • Installing and managing Operators in a governmental environment
  • Using Operators for the application lifecycle in government systems
  • Custom Resource Definitions (CRDs) for government use

Module 7: Networking in OpenShift for Government

  • Basics of cluster networking for government clusters
  • Services and routes in governmental applications
  • Ingress and load balancing for government systems
  • Network policies for securing government data

Module 8: Storage Management for Government Applications

  • Persistent Volumes (PV) and Persistent Volume Claims (PVC) in government clusters
  • Storage classes for governmental storage needs
  • Stateful applications in a governmental context
  • Dynamic provisioning of storage for government systems

Module 9: Security in OpenShift for Government

  • Authentication and authorization (RBAC) for government clusters
  • Security Context Constraints (SCC) for securing government data
  • Managing users and roles in a governmental environment
  • Securing applications and secrets for government operations

Module 10: Monitoring and Logging for Government Clusters

  • Built-in monitoring stack for government clusters
  • Metrics and alerts for government systems
  • Logging architecture for governmental applications
  • Troubleshooting cluster issues in a governmental context

Module 11: Upgrades and Lifecycle Management for Government Clusters

  • Cluster upgrades in OpenShift 4 for government operations
  • Operator upgrades for government systems
  • Backup considerations for government data
  • Migration from OpenShift 3 to OpenShift 4 (high-level overview) for government agencies

Module 12: Troubleshooting and Best Practices for Government Clusters

  • Diagnosing cluster issues in a governmental environment
  • Debugging applications for government systems
  • Performance considerations for government operations
  • Production best practices for government clusters

Requirements

Prerequisites

  • A foundational understanding of container technology and Docker concepts
  • Experience in Linux system administration
  • Familiarity with DevOps practices is beneficial

Target Audience

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

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