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Duration 5 Days 30 CPD hours This course is intended for Experienced system administrators and system integrators responsible for designing and implementing vRealize Automation Overview By the end of the course, you should be able to meet the following objectives: Describe the vRealize Automation architecture and use cases in cloud environments Manage vRealize Automation entities on VMware and third-party virtual and cloud infrastructures Configure and manage Cloud Accounts, Projects, Flavor Mappings, Image Mappings, Network Profiles, Storage Profiles, Volumes, Tags, and Services Create, modify, manage, and deploy Cloud Templates Connect to a Kubernetes Cluster and manage namespaces Customize services and virtual machines with cloudConfig Configure and manage the Service Broker Configure and manage ABX actions, custom properties, event broker subscriptions, and vRealize Orchestrator workflows Integrate with vRealize Orchestrator Install vRealize Automation with Lifecycle Configuration Manager Describe Cloud Automation Services (Cloud Assembly and Code Stream). Integrate Cloud Assembly with Terraform and SaltStack Use logs and CLI commands to monitor and troubleshoot vRealize Automation During this five-day course, you focus on installing, configuring, and managing VMware vRealize© Automation?. You learn about how vRealize Automation can be used to automate the delivery of virtual machines, applications, and personalized IT services across different data centers and hybrid cloud environments. The course covers how to manage both on-premise systems and cloud services. The course covers how vRealize Automation Service Broker can aggregate content in native formats from multiple clouds and platforms into a common catalog. This course also covers interfacing vRealize Automation with other systems using VMware vRealize© Orchestrator? and how to use vRealize Automation to manage Kubernetes systems and leverage other systems. The course also covers integrating with Terraform and using SaltStack as a configuration management tool. COURSE INTRODUCTION * Introductions and course logistics * Course objectives VREALIZE AUTOMATION OVERVIEW AND ARCHITECTURE * Describe the purpose and functionality of vRealize Automation * Describe the vRealize Automation architecture * Describe the use of VMware Workspace ONE© AccessTM * Describe the relationship between Kubernetes clusters, containers, and vRealize Automation services * Describe CLI commands for vRealize Automation 8 cluster management * Describe Cloud Assembly * Describe Service Broker * Describe Code Stream INSTALLING VREALIZE AUTOMATION * List the different vRealize Automation deployment types * Describe the purpose of vRealize easy installer * Describe the vRealize Automation installation process AUTHENTICATION AND AUTHORIZATION * Identity the steps involved in integrating Workspace One with Active Directory * Describe features of Workspace One * Describe the user roles available in vRealize Automation * Identify the key tasks performed by each user role * Define custom roles * Configure branding and multitenancy BASIC INITIAL CONFIGURATION * Quickly create a basic configuration with a cloud account, cloud zone, project, flavor mapping, and image mapping. VMWARE CLOUD TEMPLATES * Configure and deploy a basic cloud template * Create cloud templates that can run on any cloud * Use cloudConfig to run commands, install software, and create users * Use YAML for inputs, variables, and conditional deployments TAGS AND STORAGE CONFIGURATION * Configure tags * Describe different types of tags * Manage tags * Configure storage profiles * Use tags and storage profiles INTEGRATING NSX-T DATA CENTER * List the capabilities and use cases of NSX-T Data Center * Describe the NSX-T Data Center architecture and components * Integrate NSX-T Data Center with vRealize Automation * List the supported network profiles in vRealize Automation * Use NSX-T Data Center components to design a multitier application Cloud Template * Identify the network and security options available in design canvas * Create and manage on-demand networks and security groups * Configure NSX-T day 2 actions INTEGRATING WITH PUBLIC CLOUDS * Configure and use VMware Cloud Foundation accounts * Configure and use an AWS cloud account * Configure and use an Azure cloud account * Configure and use a Google Cloud Platform cloud account USING SERVICE BROKER FOR CATALOG MANAGEMENT * Release a VMware Cloud Template? * Define content source and content sharing * Define Service Broker policy enforcement * Use custom forms for catalog items VREALIZE AUTOMATION EXTENSIBILITY * Describe Extensibility * Use event topics * Create a subscription * Call a vRealize Orchestrator workflow * Create ABX actions USING CODE STREAM * Introduction to Code Stream * The CI/CD process * Integrate GitLab with Code Stream and Cloud Assembly * Use Code Stream to install software USING TERRAFORM * Integrate Cloud Assembly with Terraform * Use Terraform with a VMware Cloud Template * Use Terraform with Code Stream USING KUBERNETES CLUSTERS * Introduction to Kubernetes * Connect to an existing Kubernetes Cluster * Integrate VMware Tanzu? Grid Integrated Edition * Create a Supervisor Namespace as a catalog item USING SALTSTACK FOR CONFIGURATION MANAGEMENT * Introduction SaltStack with vRealize Automation * Use SaltStack for software deployment * Use SaltStack for configuration management * Use SaltStack with event-driven orchestration VREALIZE AUTOMATION TROUBLESHOOTING AND INTEGRATION * Location of logs * Using Activity * Monitoring deployment history * Basic troubleshooting * CLI commands * Collecting logs (VAMI console) * Integration with VMware vRealize© Log Insight? * Integration with vRealize Operations * Migrating vRealize Automation 7.x to 8

Duration 5 Days 30 CPD hours This course is intended for Anyone who plans to work with Kubernetes at any level or tier of involvement Any company or individual who wants to advance their knowledge of the cloud environment Application Developers Operations Developers IT Directors/Managers Overview All topics required by the CKAD exam, including: Deploy applications to a Kubernetes cluster Pods, ReplicaSets, Deployments, DaemonSets Self-healing and observable applications Multi-container Pod Design Application configuration via Configmaps, Secrets Administrate cluster use for your team A systematic understanding of Kubernetes architecture Troubleshooting and debugging tools Kubernetes networking and services Kubernetes is a Cloud Orchestration Platform providing reliability, replication, and stability while maximizing resource utilization for applications and services. By the conclusion of this hands-on training, you will go back to work with all necessary commands and practical skills to empower your team to succeed, as well as gain knowledge of important concepts like Kubernetes architecture and container orchestration. We prioritize covering all objectives and concepts necessary for passing the Certified Kubernetes Application Developer (CKAD) exam. You will command and configure a high availability Kubernetes environment (and later, build your own!) capable of demonstrating all ?K8s'' features discussed and demonstrated in this course. Your week of intensive, hands-on training will conclude with a mock CKAD exam that matches the real thing. KUBERNETES ARCHITECTURE * Components * Understand API deprecations * Containers * Define, build and modify container images * Pods * Master Services * Node Services * K8s Services * YAML Essentials * Creating a K8s Cluster KUBECTL COMMANDS * Kubernetes Resources * Kubernetes Namespace * Kubernetes Contexts PODS * What is a Pod? * Create, List, Delete Pods * How to Access Running Pods * Kubernetes Resources * Managing Cloud Resource Consumption * Multi-Container Pod Design * Security Contexts * Init Containers * Understand multi-container Pod design patterns (e.g. sidecar, init and others) * Pod Wellness Tracking NETWORKING * Packet Forwarding * ClusterIP and NodePort Services * Provide and troubleshoot access to applications via services * Ingress Controllers * Use Ingress rules to expose applications * NetworkPolicy resource * Demonstrate basic understanding of NetworkPolicies * Network Plugins * Defining the Service Mesh * Service mesh configuration examples REPLICASETS * Services * ReplicaSet Function * Deploying ReplicaSets DEPLOYMENTS * Deployment Object * Updating/Rolling Back Deployments * Understand Deployments and how to perform rolling updates * Deployment Strategies * Use Kubernetes primitives to implement common deployment strategies (e.g. blue/green or canary) * Scaling ReplicaSets * Autoscaling LABELS AND ANNOTATIONS * Labels * Annotations * Node Taints and Tolerations JOBS * The K8s Job and CronJob * Understand Jobs and CronJobs * Immediate vs. scheduled internal use APPLICATION CONFIGURATION * Understanding and defining resource requirements, limits and quotas * Config Maps * Create & consume Secrets * Patching * Custom Resource Definition * Discover and use resources that extend Kubernetes (CRD) * Managing ConfigMaps and Secrets as Volumes STORAGE * Static and dynamic persistent volumes via StorageClass * K8s volume configuration * Utilize persistent and ephemeral volumes * Adding persistent storage to containers via persistent volume claims INTRODUCTION TO HELM * Helm Introduction * Charts * Use the Helm package manager to deploy existing packages APPLICATION SECURITY * Understand authentication, authorization and admission control * Understand ServiceAccounts * Understand SecurityContexts APPLICATION OBSERVABILITY AND MAINTENANCE * Use provided tools to monitor Kubernetes applications * How to Troubleshoot Kubernetes * Basic and Advanced Logging Techniques * Utilize container logs * Accessing containers with Port-Forward * Debugging in Kubernetes HANDS ON LABS: * Define, build and modify container images * Deploy Kubernetes using Ansible * Isolating Resources with Kubernetes Namespaces * Cluster Access with Kubernetes Context * Listing Resources with kubectl get * Examining Resources with kubectl describe * Create and Configure Basic Pods * Debugging via kubectl port-forward * Imperative vs. Declarative Resource Creation * Performing Commands inside a Pod * Understanding Labels and Selectors * Insert an Annotation * Create and Configure a ReplicaSet * Writing a Deployment Manifest * Perform rolling updates and rollbacks with Deployments * Horizontal Scaling with kubectl scale * Implement probes and health checks * Understanding and defining resource requirements, limits and quotas * Understand Jobs and CronJobs * Best Practices for Container Customization * Persistent Configuration with ConfigMaps * Create and Consume Secrets * Understand the Init container multi-container Pod design pattern * Using PersistentVolumeClaims for Storage * Dynamically Provision PersistentVolumes with NFS * Deploy a NetworkPolicy * Provide and troubleshoot access to applications via services * Use Ingress rules to expose applications * Understand the Sidecar multi-container Pod design pattern * Setting up a single tier service mesh * Tainted Nodes and Tolerations * Use the Helm package manager to deploy existing packages * A Completed Project * Install Jenkins Using Helm and Run a Demo Job * Custom Resource Definitions (CRDs) * Patching * Understanding Security Contexts for Cluster Access Control * Utilize container logs * Advanced Logging Techniques * Troubleshooting * Calicoctl * Deploy a Kubernetes Cluster using Kubeadm * Monitoring Applications in Kubernetes * Resource-Based Autoscaling * Create ServiceAccounts for use with the Kubernetes Dashboard * Saving Your Progress With GitHub * CKAD Practice Drill * Alta Kubernetes Course Specific Updates * Sourcing Secrets from HashiCorp Vault * Example CKAD Test Questions