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Overview of OpenShift Container Platform:-

• Describing OpenShift Container Platform It’s Feature
• Kubernetes v/s OpenShift
• Overview of OpenShift Architecture
• Overview of Cluster Operators

Cluster Management:-

• Explanation of Cluster Installation Methods
• Deploying Application on OpenShift
• Packaged Application Using Helm Chart
• Declarative Resource Management

Authentication Authorization:-

• Configuring Identity Providers
• Describing Permission RBAC
• Applying Permission with RBAC

Exposing non-HTTP/SNI Application:-

• Load Balancer Services
• Overview of Multus Secondary

Network Security:-

• Protect External traffic with TLS
• Configure network policies
• Protect internal traffic with TLS

Enable Developer Self-Service:-

• Project and Cluster Quotas
• Per-Project Resource Constraints: Limit Ranges
• The Project Template and the Self-Provisioner Role

Managing Kubernetes Operators:-

• Kubernetes Operators Operator Lifecycle Manager
• Installing and Managing Operator using web console
• Installing and Managing Operator using CLI

Application Security:-

• Control Application Permissions with Security Context Constraints
• Allow Application Access to Kubernetes APIs
• Cluster and Node Maintenance with Kubernetes Cron Jobs

OpenShift Updates:-

• The Cluster Update Process
• Update Operators with the OLM

Red Hat OpenShift Container Platform for Developers

• Red Hat OpenShift Container Platform Architecture
• Setting up the Developer Environment
• Red Hat OpenShift Concepts and Terminology

Deploying Simple Applications

• Navigating the Red Hat OpenShift Web Console
• Deploying Applications by Using the Red Hat OpenShift Web Console
• Deploying Applications by Using the oc and odo CLIs

Building and Publishing Container Images

• Building Container Images for Red Hat OpenShift
• Using External Registries in Red Hat OpenShift
• Creating Image Streams

Managing Red Hat OpenShift Builds

• The Red Hat OpenShift Build Process
• Managing Application Builds
• Triggering Builds
• Customizing an Existing S2I Base Image

Managing Red Hat OpenShift Deployments

• Selecting the Appropriate Deployment Strategy
• Managing Application Deployments
• Deploying Stateful Applications
• Monitoring Application Health

Deploying Multi-container Applications

• Red Hat OpenShift Templates
• Install Applications by Using Helm Charts
• The Kustomize CLI

Continuous Deployment by Using Red Hat OpenShift Pipelines

• Red Hat OpenShift Pipelines Architecture and Components
• Creating CI/CD Workflows by Using Red Hat OpenShift Pipelines

Authentication and Identity Management

• The OpenShift OAuth Server and Identity Providers
• LDAP Authentication and Group Synchronization
• OIDC Authentication and Group Claims
• Token and Client Certificate Authentication with kubeconfig Files

Backup, Restore, and Migration of Applications with OADP

• Export and Import Application Data and Settings
• OADP Operator Deployment and Features
• Backup and Restore with OADP

Cluster Partitioning

• Node Pools
• Node Configuration with the Machine Configuration Operator
• Node Configuration with Special Purpose Operators

Pod Scheduling

• Pod Scheduling Concepts
• Node Selectors and Taints
• High Availability with Affinity Rules and Pod Disruption Budgets

OpenShift GitOps

• GitOps for Kubernetes
• GitOps for Cluster Administration
• GitOps for Application Management

OpenShift Monitoring

• Cluster Monitoring
• Alerts and Notifications

Red Hat OpenShift Virtualization :-

• Describing OpenShift Virtualization
• Explanation of Underlying Kubernetes Architecture
• Deploying the OpenShift Virtualization Operator

Running and Accessing Virtual Machines:-

• Virtual Machine Resources
• Creating and Accessing Virtual Machines
• Inspecting and Monitoring Virtual Machines

Configure Kubernetes Networking for Virtual Machines:-

• Kubernetes Networking Objects
• Configure External Access to Virtual Machines
• Configure External Access with Load Balancer Services

Connecting Virtual Machines to External Networks:-

• About Multus
• Configuring Multihomed Nodes and Virtual Machines

Configuring Kubernetes Storage for Virtual Machines:-

• Attaching Persistent Storage to Virtual Machines
• Attaching and Accessing Disks on Virtual Machines
• Connecting Virtual Machines to External Storage

Managing Virtual Machine Templates:-

• Using Virtual Machine Templates
• Creating Custom Templates for Virtual Machines

Advanced Virtual Machine Management:-

• Migrating Virtual Machines from Compatible Hypervisors
• Manage Virtual Machine Snapshots
• Cloning Virtual Machines
• Performing Virtual Machine Live Migrations
• Node Maintenance and OpenShift Virtualization Updates

Configuring Kubernetes High Availability for Virtual Machines:-

• Virtual Machine Load Balancing with Kubernetes Networking Resources
• Configuring Health Probes for Virtual Machines
• Surviving Node Failure with Virtual Machines

Managing a Multicluster Kubernetes Architecture

• The Kubernetes Multicluster and Hybrid Cloud Architecture Landscape
• Describing Red Hat OpenShift Platform Plus
• Installing Red Hat Advanced Cluster Management for Kubernetes

Inspecting Resources from Multiple Clusters Using the RHACM Web Console

• Navigating the RHACM Web Console
• Configuring Access Control for Multicluster Management

Deploying and Managing Policies for Multiple Clusters with RHACM

• Deploying and Managing Policies with RHACM
• Deploying and Configuring the Compliance Operator for Multiple Clusters Using RHACM
• Integration of Other Policy Engines with RHACM

Installing and Customizing the RHACM Observability Stack

• Installing the RHACM Observability Stack
• Customizing the RHACM Observability Stack

Deploying Applications Across Multiple Clusters with RHACM

• Introducing RHACM GitOps and the Application Model
• Managing Multicluster Application Resources with RHACM
• Customizing Resources with Kustomize for RHACM

Installing and Configuring Red Hat Quay

• Identifying the Components and Features of Red Hat Quay
• Deploying and Configuring Red Hat Quay
• Describing the Red Hat Quay Repository Model and RBAC

Integrating Red Hat Quay with Red Hat OpenShift and RHACM

• Describe Red Hat Quay Use Cases in a Multicluster Architecture
• Restricting Image Registry Sources
• Deploying from Red Hat Quay to the Cluster Fleet

Installing and Configuring RHACS

• Security Considerations in Kubernetes Multicluster Environments
• Installing and Configuring RHACS
• Importing Managed Clusters into RHACS

Multicluster Operational Security Using RHACS

• Integrating RHACS with External Registries
• Perform Multicluster Vulnerability Management with RHACS
• Multicluster Configuration Management with RHACS

Duration: 32 Hrs

An introduction to developing and deploying AI/ML applications on Red Hat OpenShift AI.

Developing and Deploying AI/ML Applications on Red Hat OpenShift AI (AI267) provides students with the fundamental knowledge about using RedHat OpenShift for developing and deploying AI/ML applications.This course helps students build core skills for using Red Hat OpenShift AI to train, develop and deploy machine learning models through hands-on experience.

This course is based on RedHat OpenShift®4.14,and RedHat OpenShift AI 2.8.

OpenShift AI Certification:-

Certification Preparation > 4 Hours

• OpenShift AI certification equips you with the skills to efficiently manage and deploy AI workloads, optimizing resources and improving scalability in real-world applications.
• Gain expertise in integrating AI solutions with containerized environments, enhancing your ability to streamline machine learning workflows and automate complex processes.

Recommended training

• Experience with Git is required
• Experience in Python development is required
• Experience in RedHat OpenShift is required,or completion of The RedHat OpenShift DeveloperII:Building and Deploying Cloud-native Applications (DO288)course
• Basic experience in the AI, data science, and machine learning fields is recommended