HomeTechnologyThe Complete Guide to Using vRealize Automation Power

The Complete Guide to Using vRealize Automation Power

In today’s quickly changing IT landscape, automation, and efficiency are critical. Managing resources, deploying apps fast, and optimizing workflows can differentiate success and failure. That’s the use case for vRealize Automation. We’ll go into vRealize Automation in this extensive tutorial, dissecting its features, functionalities, and potential to transform your IT processes completely.

What Does vRealize Automation Mean?

A proprietary product from VMware, VMWare vRealize Automation is used in complex systems for automated tailored service delivery and cloud provisioning.vCloud Automation Center was the previous name of VMware vRealize Automation.

Getting Started with vRealize Automation


A powerful platform called vRealize Automation was created to streamline and automate IT processes. But starting is essential before we delve into its internal workings. Before you begin using vRealize Automation, we’ll go over these topics:

System Requirements In vRealize Automation:

System RequirementvRealize Automation
Virtual CPU12
Memory/RAM Size42 GB
Maximum Network Latency5 ms between each cluster node
Maximum Storage Latency20 ms for each disk IO operation from any vRA node

Learning The Features Of vRealize Automation

  • Users can quickly implement self-service multi-clouds with centralized governance.
  • Leverage iterative development with enterprise-ready Infrastructure as Code (IaC) and infrastructure pipelining.
  • Apply system compliance and vulnerability remediation.
  • Utilize application rollout with network and security.
  • Manage Kubernetes infrastructure self-service and governance.

How To Install The vRealize Automation?

The basic vRealize Automation installation steps are:

  1. Download the vRA Easy Installer ISO from VMware.
  2. Mount the ISO and run the installer.
  3. Deploy vRealize Lifecycle Manager via the installer.
  4. VIM is deployed by Lifecycle Manager.
  5. vRA is deployed by Lifecycle Manager.
  6. vRA is configured and the vRA services are started.

vRealize Automation The DevOps Lifecycle

Your company can use continuous integration and continuous delivery (CI/CD) principles by utilizing vRealize Automation Code Stream, enabling more frequent code changes as needed and ensuring that your applications function more efficiently.

Automate vRealize Your developer tools and release process are integrated with Code Stream. Using pipelines, you can create, test, and produce software more quickly.

Administrators for Code Stream build environments and endpoints for developers to use, integrate with other services, design, start, and manage pipelines, keep an eye on the environments where developers work, and troubleshoot any problems that may arise.

Configuring vRealize Automation

It’s time to personalize vRealize Automation now that it is operational. We’ll go into detail about the key configurations:

Initial Configurations:

You have two options for configuring vRealize Automation: either complete installing it and do it via the vRealize Suite Lifecycle Manager UI or return to configuring Workspace One Access.

Authentication And Authorization:

Every platform values authentication and permission highly, and vRealize Automation is no different. As you are aware, authentication entails determining whether a user is who they say they are and whether their credentials are legitimate. The user is authorized and granted their legal powers following successful authentication.Users are granted permission in vRealize Automation through role assignment.

Customizing The vRealize Automation:

Let’s See How To Do Custom Branding In vRealize Automation:

  • Login to the vRA appliance. Go to the Branding section from the navigation pane. …
  • To set the custom branding remove the check “Use Default”. Now you can upload the logo of your company, set the name for the portal as Product name.

Creating And Managing Blueprints

Blueprints, which let you specify and automate infrastructure and application deployment, are at the core of vRealize Automation. This chapter’s topics will include:

What Is the Blueprint In vRealize Automation?

Blueprint is a master image containing several specifications and attributes that make it simple to provide virtual machines in vRA.

How Do You Create A Blueprint?

  • Create an outline;
  • Indicate dimension & scaling;
  • Draw walls & rooms, and add stairs;
  • Add other details;
  • Make it a habit to discuss it with your architect or builder.

vRealize Automation: REST API

The service catalog’s REST API is intended to be utilized by those who use it; an end user who wants to request a catalog item would be one such consumer. The catalog consumer REST API is called whenever end users request a catalog item.

The methods we’ve developed are aimed at programmers who want to provide virtual machines (VMs) for software development by managing vRealize Automation programmatically—the steps to make a catalog item request using the vRA REST API.

vRealize Automation: Troubleshooting

During this three-day hands-on training session, you will receive the advanced knowledge, skills, and tools necessary to become proficient in troubleshooting VMware vRealize Automation. Delivering virtual machines, applications, and customized IT services across several data centers and hybrid cloud environments can be automated with vRealize Automation. This course will give you the skills necessary to solve practical lab difficulties that arise frequently.

Benefits Of vRealize Automation

To leverage the various vRealize Automation features and benefits, the tool supports organizations with teams composed of administrators and developers, with each member assigned to specific tasks.

Simple installation And Use: It uses abilities for end-to-end lifecycle management and other everyday duties as part of VMware’s vRealize Suite.

Self-service Provisioning With Granular Policy Management: User requests are fulfilled through a single product catalog and a standard set of policies.

Support For Mixed Networks And Many Clouds: Application templates can be installed on any cloud.

 DevOps-ready Platform: for supporting third-party tools like Ansible and Puppet while offering Kubernetes infrastructure automation features. It can be used with the VMware vSphere compute virtualization platform when packaged with the VMware vCloud Suite.

Common Use Cases Of vRealize Automation

  • Make a list of standard operating systems an organization can access with a single click.
  • Offer other services in addition to infrastructure, such as PaaS and XaaS.
  • Integration with CMDB or ITSM technologies is necessary to monitor a machine’s provisioning-related actions.
  • When creating a machine, integrating an IPAM system for an IP address
  • Modern governance is a top priority.
  • Installations of hybrid clouds.

Read More: https://www.upostme.com/mark-5-drone-unveiling-modifying-aircraft-technology/


How does vRealize Automation work?

vRealize Automation works by automating the delivery of IT services.

What is the primary function of vRealize Automation in situations with multiple clouds?

Managing applications and resources across many cloud platforms is more straightforward with vRealize Automation.

Does self-service provisioning benefit from vRealize Automation?

Yes, end users can self-serve and provide IT resources using vRealize Automation.

How can cloud environments be made more cost-effective with vRealize Automation?

vRealize Automation helps reduce costs by ensuring resources are deployed when needed and removed when no longer required.

What function does automation serve in vRealize Automation?

The critical component of vRealize Automation is automation, which enables effective and reliable resource deployment and management.


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