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For the VMware Aria Automation onboarding plan to run successfully, two critical pre-requisites must be met:

Add the cloud account and create cloud zones for compute resources where machines to be onboarded are located:This ensures that the necessary cloud infrastructure is available and properly configured for onboarding. Cloud zones represent specific regions or sets of resources within the cloud provider that will host the onboarded machines.

Create a project with at least one user and give the project access to the cloud zones:Projects in VMware Aria Automation define boundaries for resource usage, permissions, and policies. By assigning at least one user to the project and ensuring the project has access to the relevant cloud zones, the onboarding process can allocate and manage resources as needed within the defined scope.

These steps ensure that the infrastructure and permissions are correctly set up to support the onboarding of virtual machines, providing a smooth and controlled process for integrating existing resources into VMware Aria Automation.

References:

VMware Aria Automation Documentation

VMware Aria Suite Overview

When synchronizing a new VMware Aria Automation template from a GitHub repository to a project in VMware Aria Automation, it's essential that the template includes specific metadata within its YAML code. The necessary metadata includes:

Name: This identifies the template uniquely within the system.

Version: This specifies the version of the template, allowing for version control and updates.

Without this metadata, the system cannot correctly identify and import the template, which results in the synchronization process failing to recognize the new template. By ensuring the YAML code of the template includes both the name and version, the administrator can successfully synchronize the template into the App-Dev project.

References

VMware Aria Automation Template Synchronization Documentation

VMware Aria Automation supports integration with several public cloud providers, allowing administrators to manage and deploy resources across different cloud environments. Among the supported public cloud accounts are Microsoft Azure and Amazon Web Services (AWS). These integrations enable users to leverage the scalability and flexibility of public cloud services while managing them through the unified interface of VMware Aria Automation.

When there is a conflict between constraint tags at different levels, the project-level constraint tags take precedence over the template-level constraint tags. This ensures that governance and compliance requirements set at the project level are always enforced, overriding the constraints set at the template level.

Thus, when the template is provisioned, thelocation:londontag from the project will take precedence over thelocation:bostontag from the template.

References:

Using Automation Assembler project tags and custom properties

Using constraint tags in Automation Assembler

In VMware Aria Automation, storage allocation techniques have a specific order of precedence to determine which configuration takes priority. The order of precedence is as follows:

A storagePolicy property on a disk: This setting has the highest precedence. If specified, it directly dictates the storage policy for the disk, overriding other storage settings.

A storage constraint tag on a machine: This setting has the next highest precedence and is used to enforce specific storage constraints for a virtual machine.

The preferred VMware Aria Automation storage profile: This setting has the lowest precedence and is used as a default storage profile when no other specific storage policies or constraint tags are applied.

Therefore, when these configurations are present, the storagePolicy property on a disk will override a storage constraint tag on a machine.

References

VMware Documentation on Storage Profiles

VMware Storage Resources

Image mappings in VMware Aria Automation are used to simplify the process of creating templates that can be deployed across multiple cloud accounts. By using image mappings, administrators can define a single template that references different images depending on the cloud environment. This allows for a consistent deployment process without needing to manually adjust the template for each cloud provider. The image mapping construct ensures that the correct image is used for the appropriate cloud account, making the deployment process more efficient and streamlined.

References:

VMware Documentation

VMware Cloud Management Blog

When collecting logs related specifically to the embedded VMware Aria Automation Orchestrator, you will find them in the path:/pods/prelude/vco-app-service. This directory contains the logs for the Orchestrator service, which are crucial for troubleshooting and analyzing the orchestration activities within VMware Aria Automation.

References

VMware Aria Automation Orchestrator Logs

VMware Aria Automation Assembler allows for various post-deployment management actions, often referred to as "Day 2 operations." Among these actions, two significant ones that can be performed on a machine-based deployment are resizing the deployment and powering off the deployment:

Resize the deployment:This action enables administrators to adjust the resource allocation of a virtual machine, such as increasing or decreasing CPU, memory, or storage resources. This capability is crucial for adapting to changing workload demands and optimizing performance and resource utilization.

Power off the deployment:This action allows administrators to shut down a virtual machine safely. It is a basic but essential operation for managing the state of virtual machines, facilitating maintenance, and controlling resource usage.

These actions provide flexibility and control over the deployed infrastructure, allowing administrators to manage and optimize their environments effectively.

References:

VMware Aria Automation: Nested OOTB Day 2 Actions with Resource Actions

VMware Aria Operations for Networks Deployment

During the Quickstart process of VMware Aria Automation, the type of cloud account configured is VMware vCenter. This setup is essential for integrating vCenter resources into the VMware Aria Automation environment, allowing for efficient management and deployment of virtual machines and other resources within a vSphere environment.

In VMware Aria Automation, to ensure that all VMs' computer accounts for HR associates are created in a specified Organizational Unit (OU) within Active Directory, the native integration with Active Directory can be leveraged. This integration allows the administrator to configure and automate the placement of computer accounts into specific OUs during the provisioning process. This ensures compliance with organizational policies and simplifies the management of computer accounts within the Active Directory.

References

VMware Aria Automation AD Integration