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Ansible Automation Platform 2.3 Walkthrough

Alex Dworjan2023-01-30
12K views|1 years ago
💫 Short Summary

The video discusses the Ansible automation platform, emphasizing the importance of creating and managing execution environments using tools like Ansible Builder. It covers integrating authentication sources, setting up access controls, managing machine credentials, and the concept of workflows for IT processes. The video also highlights the benefits of private automation hubs, automation mesh, and execution nodes for scaling operations. It discusses monitoring automation performance, insights tracking, and notifications from the cloud platform. Overall, the video showcases the capabilities of Ansible Automation Platform 2.3 for seamless development, testing, and operational environments.

✨ Highlights
📊 Transcript
Overview of Ansible automation platform components and tools.
Importance of creating and managing execution environments with Ansible Builder.
Introduction of automation controller for managing credentials, repositories, and workflows.
Scalability of Ansible through automation mesh for execution in different environments like data centers, clouds, and edge scenarios.
Leveraging insights from Ansible for tracking savings and module usage in business operations.
Integration of authentication sources and execution at the closest layer.
Demonstrates use of content creation capabilities, Ansible Navigator, and VS Code extension for Ansible.
Text user interface allows for viewing available collections, versions, and documentation.
Enables running playbooks, checking syntax with Ansible lint, and ensuring playbook functionality before pushing to Version Control.
Process includes setting up repositories in Git and managing the committing process efficiently.
Ansible Builder for defining execution environment and customizing dependencies.
Flexibility in designing execution environments and tagging images for deployment.
Management plane and automation controller emphasizing UI, API access control, and role-based access for users.
Setting up organizations, users, teams, and authentication sources like LDAP and Azure AD.
Demonstrations of project admins, job template admins, and role-based access control for executing automation tasks.
Setting up access controls and permissions for automated system management.
Emphasizes the importance of inventory, projects, and credentials for efficient automation.
Highlights the use of dynamic inventories from sources like Red Hat satellite for pulling specific information directly.
Introduces the concept of projects to organize and segment capabilities for playbook editing and administration.
Mentions the ability to assign credentials and manage private repositories for secure automation execution.
Importance of machine credentials in automation control.
Emphasis on least privileged user access and setting up notifications for job start or success.
Benefits of audit capabilities, offering detailed information about job runs, revisions, and inventory usage.
Streamlined automation process with effective task tracking and monitoring.
The concept of workflow in IT processes allows for the aggregation of multiple job templates.
Workflows can be used for multi-hypervisor provisioning and include features like access notification, schedules, and a visualizer.
The API is a key tool for creating and managing job templates and workflows.
The automation controller API enables the automation of processes through interfaces like ServiceNow while maintaining existing business rules and access control.
Automation Hub serves as a platform for storing collections and execution environments for end users.
Private environment storage for automation technology.
Building and pushing execution environments using Podman and Docker for consistency.
Introducing automation mesh and execution nodes in remote locations for scaling operations.
Streamlining testing and development processes through a private automation hub.
Ensuring availability of technology pieces even without public internet access.
Selection process for collections in private automation hub.
138 collections certified for syncing.
Monitoring automation performance with reports, modules usage, and automation calculator.
Importance of setting up insights in an automation controller to track costs and time savings.
Ability to easily share detailed results with executives via email or PDF.
Overview of high-level notifications and policies on the cloud platform for remediation using Ansible.
Different collections and analytics offered by vendors for automation platforms are discussed.
Detailed examination of the current state of the Ansible Automation Platform 2.3.
Encouragement to explore additional features like a video tour of Automation Hub and Automation Mesh for technology and security enhancements.
Showcase of capabilities for seamless development, testing, and operational environments with Ansible.