Ansible Automation Platform

Learn how to deploy automation mesh, specifically an execution node in a Managed Ansible Automation Platform service on AWS.

Ansible Automation Platform on AWS: Automation Mesh configuration

AAP-Video-Slides - Google Slides

How to get started with Ansible Automation Platform on Microsoft Azure, the Managed Application. What you need to do from prerequisite steps, to deployment to post deployment steps!


Getting Started with Ansible Automation Platform on Microsoft Azure: Managed Application

Red
Hat
Ansible
Automation
Platform
First,
please
perform
the
PREREQUISITES
in
Azure
▸
Azure
Resource
quota
and
infrastructure
limits
･
Regional
vCPU
limits
･
Regional
Standard
Core
limits
▸
Azure
Resource
providers
･
Register
the
required
Azure
resource
providers
▸
Create
a
Service
Principal
More
details
at
the
documentation
page
Ansible
Automation
Platform
on
Azure
-
Managed
Application

AAPonAzure-AAPonGoogleCloud-deployment - Google Slides

Red Hat Ansible Automation Platform on Microsoft Azure, orchestration and automation at scale.

Marketplace - Microsoft Azure

Red Hat Ansible Automation Platform on Azure - Microsoft Azure

Red Hat Ansible Automation Platform on Microsoft Azure (50)

Create Red Hat Ansible Automation Platform on Microsoft Azure (50) - Microsoft Azure

Set up a subscription for Ansible Automation Platform

Use the Deployment Engine interface during deployment

aaaponazure000001 - Microsoft Azure

Red Hat Ansible Automation Platform Deployment Engine

AAP Deployment Engine

Red
Hat
Ansible
Automation
Platform
POST
DEPLOYMENT
steps
required
▸
Network
Peering
,
Must
do
this
before
you
can
connect
to
the
Ansible
Automation
Platform
environment.
 
▸
Configure
Azure
user
defined
routes
(UDR).
▸
Configure
and
Azure
Virtual
Appliance,
firewall
for
routing
Ansible
on
Azure
traffic.  
▸
Options
for
Private
DNS
with
Ansible
Automation
Platform
on
Azure
Consolidated
KB
article
list
for
AAP
on
Azure
Ansible
Automation
Platform
on
Azure
-
Managed
Application

Red Hat Ansible Automation Platform, Premium (On-Demand, Enablement)	1	9/22/2024, 3:59:59 AM

This chat assistant leverages generative AI to provide on-the-fly support for faster troubleshooting, onboarding, and day-to-day management. It's your integrated expert, when and where you need it most.

Ansible Lightspeed intelligent assistant 2.6

Automate your network from datacenter to edge with AAP. This demo shows how to generate multivendor network reports for visibility into interfaces, VLANs, and configs—streamlining management and boosting efficiency.

Ansible Booth - Network automation with Red Hat Ansible Automation Platform

(WIP) ABU | Network automation "Interactive Experience" - Google Slides

Generate a network devices report from a single job for a multi-vendor environment

Demo: Generating a Network Report

Automation Execution
Automation Controller

Network-Report
	
Job template
	
Red Hat network organization
	16/04/2025, 19:11:24

Explore details such as interfaces, VLANs, and LLDP for all network devices from different vendors

Reviewing the generated multi-vendor report for your network devices

Network Automation Report

Discover how to integrate Ansible Automation Platform with HashiCorp Vault for seamless, secure secret and credential management. This arcade walks you through the complete setup process, showing you how to configure your platform credentials to dynamically retrieve secrets stored in Vault. Learn how this integration enhances your security posture by centralizing secret storage, eliminating hardcoded credentials, and enabling automated credential rotation—all while maintaining the automation workflows you rely on.

Manage Ansible Secrets with Hashicorp Vault

Vault

Default
The default organization for Ansible Automation Platform

Deploy Web App RHEL
	
Job template
	
Default
	4/4/2025, 11:22:05 AM

Name *
Description
Job type * 
Prompt on launch
Run
Inventory * 
Prompt on launch
Project *
Roadshow
Playbook * 
playbooks/section02/rhel_webapp.yml
Execution environment
Prompt on launch
rhel
Credentials 
Prompt on launch
rhel_vault | Machine
Labels 
Prompt on launch
Forks 
Prompt on launch
Limit 
Prompt on launch
Verbosity 
Prompt on launch
Job slicing 
Prompt on launch
Timeout 
Prompt on launch
Show changes 
Prompt on launch
Instance groups 
Prompt on launch
Select instance groups
Job tags 
Prompt on launch
Skip tags 
Prompt on launch
Extra variables 
Prompt on launch
YAML
JSON
Privilege escalation
Provisioning callback
Enable webhook
Concurrent jobs
Enable fact storage
Prevent instance group fallback

Remediate and manage vulnerabilties and compliance at scale by integrating Red Hat Insights with Ansible Automation Platform.

Ansible Automation Platfom and Red Hat Insights

Insights Config and Scan
	
Job template
	
Default
	3/12/2025, 7:52:48 PM

Hybrid Cloud Console Home | Home

Dashboard | RHEL

RHSA-2024:9468	
Moderate: python3.9 security update
	
Security
	1	Not required	12 Nov 2024

Advisories - Content | RHEL

Insights
	
Success
	
Insights
	
W/"28f-ruikdBEGYMxnpduiGeInvnYISJ4"
	
Default

Remediate with Ansible

Add actions to an Ansible Playbook

Remediations - Automation | RHEL

Manage OpenShift VMs effortlessly with dynamic inventories in Ansible Automation Platform. This demo shows how to add, update, and verify VMs for streamlined automation.

Inventory Management of OpenShift VMs with Ansible Automation Platform

Adding Dynamic Inventories to Ansible Automation Platform Demo

OpenShift Credential
OpenShift API Bearer Token

vms-aap-day2-rhel9-vm1
	
imported
	
namespace_vms_aap_day2

vms-aap-day2-rhel9-vm2
	
imported
	
namespace_vms_aap_day2

vms-aap-day2-rhel9-vm3
	
imported
	
namespace_vms_aap_day2

Workshop Credential
VM SSH Key Access Credentials

VirtualMachines · Red Hat OpenShift

Use Ansible Automation Platform to manage Windows Server updates with ease. This lab walks through generating a dynamic update report, identifying available updates, and installing specific KB patches, automating the entire Windows update process.

Windows Server update management with with Red Hat Ansible Automation Platform

Windows Update Report
Running
Plays 1
Tasks 4
Elapsed 00:06:11
Search output
Unfollow
0
SSH password: 
1
2
PLAY [Check and Report Windows Updates] ****************************************  
4:22:01 PM
3
4
TASK [Create site directory structure] *****************************************  
4:22:02 PM
5
ok: [windows02]
6
7
TASK [Show us the updates] *****************************************************  
4:22:39 PM
8
ok: [windows02] => {
9
    "msg": "*"
10
}
11
12
TASK [Check available updates] *************************************************  
4:22:39 PM
13
ok: [windows02]
14
15
TASK [Generate HTML report] ****************************************************  
4:25:58 PM

Windows Update Install KB
	
Job template
	
Default
	3/17/2025, 12:46:04 PM

Windows Update Report

Learn how to use Event-Driven Ansible with event streams to automate code deployments from multiple GitHub repositories. This lab guides you through setting up event streams, configuring webhooks, activating rulebooks, and managing automated workflows triggered by repository events.

Event-Driven Ansible Event Streams

Automation Decisions
Event-Driven Ansible

GitHub Event Stream
Credential for Github EventStream

https://aap-rippley.demoredhat.com:443/eda-event-streams/api/eda/v1/external_event_stream/cb9db5af-17fa-493c-8ed8-b48672489ac0/post/

Contribute to nmartins0611/evs-win-app development by creating an account on GitHub.

Webhooks · Settings · nmartins0611/evs-win-app

application/json
application/x-www-form-urlencoded

Add webhook

Webhook · https://aap-rippley.demoredhat.com/eda-event-streams/api/eda/v1/external_event_stream/cb9db5af-17fa-493c-8ed8-b48672489ac0/post/

Yes, I confirm I want to disable the forwarding of events.

evs-win-app/Test.yml at main · nmartins0611/evs-win-app

There are currently no rulebook activations created for your organization.
Please create a rulebook activation by using the button below.
Create rulebook activation

Default
The default organization for Ansible Automation Platfor

AAP
	
Red Hat Ansible Automation Platform

SLIDES
E-BOOKS
CUSTOMER REFERENCES
COLLATERAL
WORKSHOPS & LABS
OPEN AN ISSUE

Read this in other languages:
 English, 日本語.

Ansible Deck Finder[edit]

View on website

General
ROI (Return on Investment)
Release information
EDA - Event-Driven Ansible
Edge Automation
Hybrid Cloud Automation
Public Cloud
On Cloud
OpenShift Cloud Native
OpenShift Virtualization
Private Cloud - VMware
Lightspeed AI
Network Automation
Infrastructure Automation
Security Automation
ServiceNow ITSM Automation
Reference Architectures
Logos, Graphics, Icons and Brand Rules
 
New and recently updated!
Mar 5th, 2025 - New Self Paced Course - Basic Deployment of Ansible Automation Platform 2.5
Feb 24th, 2025 - Ansible - Red Hat One Talks
Feb 3rd, 2025 - Red Hat Ansible G2 Review Highlights
Important Documentation for the Field
KB: AAP 2.5 Aligning Customer Infrastructure to Tested Topologies
KB: Red Hat Ansible Automation Platform Life Cycle
Docs: Tested deployment models
Docs: 2.5 Release Notes
General
Slide Deck	Red Hat Internal Link	RHCC Link (employees and partners)
ABU | 2024 Forrester Wave for Infrastructure Automation Slide	Google Source	Content Center
Ansible Automation Platform Pitch Deck for AEs (2023 version)	Google Source

How to use this deck (Video)
	Content Center
Red Hat Ansible Automation Platform by the numbers	Google Source	Coming soon!
Ansible Automation Platform Technical Deck for SSPs and SAs	Google Source	Content Center
Technical Roadmap (post AAP 2.5, 2025)	Google Source	Coming soon!
Red Hat Ansible Automation Platform: Platform Security Value Proposition (Internal Only)	Google Source	Coming soon!
Ansible Automation Platform: The Secure Way to Automate (External OK)	Google Source	Coming soon!
Comparing Community Ansible and Red Hat Ansible Automation Platform	Google Source	Content Center
Ansible Validated Content	Google Source	Coming soon!
IDC 2024: Unlock the Business Value of IT Automation	Google Source	Coming soon!
Red Hat Ansible G2 Review Highlights	Google Source	Content Center
ROI (Return on Investment)
Slide Deck	Red Hat Internal Link	RHCC Link (employees and partners)
IDC Built ROI Calculator: Identify and calculate the Business Value and Impact of IT Automation with AAP	https://redhatansibleroi.com/ and Google Source	Coming soon!
Simple Ansible Time/Cost Saving Tool: Use the Red Hat portal tooling to determine high level time and cost savings	https://www.redhat.com/savetime and Google Source	Coming soon!
Sophisticated Savings Spreadsheet: Use a spreadsheet to determine high level time and cost savings	Spreadsheet Google Source and Deck Google Source	Coming soon!
Tech Target: Economic Benefits of AAP key takeaways	Deck Google Source	Coming soon!
Release information
Slide Deck	Red Hat Internal Link	RHCC Link (employees and partners)
AAP 2.5 Overview (Sep 30, 2024)	Google Source	Content Center
AAP 2.4 Overview (Jun 27, 2023)	Google Source	Content Center
EDA - Event-Driven Ansible
Slide Deck	Red Hat Internal Link	RHCC Link (employees and partners)
Event-Driven Ansible - 101	Google Source	Content Center
Event-Driven Ansible - 201	Google Source	Content Center
Event-Driven Ansible - 301	Google Source	Content Center
Edge Automation
Slide Deck	Red Hat Internal Link	RHCC Link (employees and partners)
AAP Edge Collateral	Google Source	N/A
Ansible Edge Automation - 101	Google Source	Content Center
Ansible Edge Automation - 201	Google Source	Content Center
Ansible Edge Automation - 301	Google Source	Content Center
Hybrid Cloud Automation
Slide Deck	Red Hat Internal Link	RHCC Link (employees and partners)
Hybrid Cloud Automation 101 - Introduction	Google Source	Content Center
Public Cloud
Slide Deck	Red Hat Internal Link	RHCC Link (employees and partners)
Ansible Public Cloud - 201	Google Source	Content Center
Ansible Public Cloud - 301	Google Source	Content Center
Ansible Terraform Collection and Provider Overview	Google Source	Coming soon!
On Cloud
Slide Deck	Red Hat Internal Link	RHCC Link (employees and partners)
AAP on AWS - Business deck	Google Source	Content Center
AAP on AWS - Tech deck	Google Source	Content Center
AAP on Azure - Business deck	Google Source	Content Center
AAP on Azure - Tech deck	Google Source	Content Center
AAP on Google Cloud - Business deck	Google Source	Content Center
AAP on Google Cloud - Tech deck	Google Source	Content Center
OpenShift Cloud Native
Slide Deck	Red Hat Internal Link	RHCC Link (employees and partners)
Ansible Cloud Native - 201	Google Source	Content Center
Ansible Cloud Native - 301	Google Source	Content Center
OpenShift Virtualization
Slide Deck	Red Hat Internal Link	RHCC Link (employees and partners)
Content Kit	Ansible for OpenShift Virtualization	Coming Soon!
Ansible OpenShift Virtualization - 101	Google Source	Content Center
Ansible OpenShift Virtualization - 301	Google Source	Coming Soon!
OpenShift Virtualization Migration Factory Ansible Collection	Google Source	Coming Soon!
Private Cloud - VMware
Slide Deck	Red Hat Internal Link	RHCC Link (employees and partners)
Ansible Private Cloud - 201	Google Source	Content Center
Ansible Private Cloud - 301	Google Source	Content Center
Lightspeed AI
Slide Deck	Red Hat Internal Link	RHCC Link (employees and partners)
Ansible Lightspeed with IBM Watson Code Assistant 101	Google Source	Coming soon!
Ansible Lightspeed Sales Enablement Overview	Google Source	Coming soon!
Ansible Lightspeed with IBM Watson Code Assistant Technical Preview Overview (Jun 26, 2023)	Google Source	Content Center
Network Automation
Slide Deck	Red Hat Internal Link	RHCC Link (employees and partners)
Ansible Network Automation - 101	Google Source	Content Center
Ansible Network Automation - 201	Google Source	Content Center
Ansible Network Automation - 301	Google Source	Content Center
Infrastructure Automation
Slide Deck	Red Hat Internal Link	RHCC Link (employees and partners)
Ansible Infrastructure Automation - 101	Google Source	Content Center
Ansible Infrastructure Automation - 201	Google Source	Content Center
Ansible Infrastructure Automation - 301	Google Source	Content Center
Ansible Windows Automation	Google Source	Content Center
Security Automation
Slide Deck	Red Hat Internal Link
Ansible Security Automation - 101	Google Source
Ansible Security Automation - 201	Google Source
Ansible Security Automation - 301	Google Source
ServiceNow ITSM Automation
Slide Deck	Red Hat Internal Link	RHCC Link (employees and partners)
Ansible Automation Platform for ServiceNow ITSM	Google Source	Coming soon...
Reference Architectures
Reference Architecture	Red Hat Link
Deploying Ansible Automation Platform 2.1	Link
Deploying Ansible Automation Platform 2 on Red Hat OpenShift	Link
Ansible Automation Platform 1.2 to 2 Migration Guide	Link
Logos, Graphics, Icons and Brand Rules
Slide Deck / Drive Link	Red Hat Internal Link
Product component icon library	Link
Red Hat Ansible Automation Platform: technology icons - Design Guidelines	Link
Red Hat Icon Repository	Link
Red Hat Ansible Automation Platform - Logos	Link

Copyright © 2023 Red Hat, Inc.

Privacy statement | Security disclosure | All policies and guidelines

slides

ID	Name	Status	Number of rules	Fire count	Restart count	 

	
	
39
	
Repo Events - RHEL
	
Running
	1	1	0	


	
	
38
	
Repo Events - Win
	
Running
	1	0	0

ID	Name	Status	Number of rules	Fire count	Restart count	 

	
	
39
	
Repo Events - RHEL
	
Running
	1	1	0	


	
	
38
	
Repo Events - Win
	
Running
	1	1	0

Name	Status	Rulebook activation	Last fired date

Deploy Updated Web App on Windows
	
Success
	
Repo Events - Win
	
3/28/2025, 4:42:19 PM


Deploy Updated Web App on RHEL
	
Success
	
Repo Events - RHEL
	
3/28/2025, 4:42:07 PM


Deploy Updated Web App on Windows
	
Success
	
Repo Events - Win
	
3/28/2025, 4:32:38 PM


Deploy Updated Web App on Windows
	
Success
	
Repo Events - Win
	
3/28/2025, 4:13:52 PM


Deploy Updated Web App on RHEL
	
Success
	
Repo Events - RHEL
	
3/28/2025, 4:12:58 PM


Deploy Updated Web App on Windows
	
Success
	
Repo Events - Win
	
3/28/2025, 8:47:07 AM


Deploy Updated Web App on RHEL
	
Success
	
Deleted
	
3/28/2025, 8:46:13 AM


Deploy Updated Web App on Windows
	
Success
	
Deleted
	
3/27/2025, 6:01:24 PM


Deploy Updated Web App on RHEL
	
Success
	
Deleted
	
3/27/2025, 6:00:33 PM


Deploy Updated Web App on RHEL
	
Success
	
Deleted
	
3/27/2025, 5:18:06 PM

Parasol Streaming - Where Comedy Lives

This lab guides you through creating a custom credential type in AAP for NetBox integration, defining input and injector configs to securely pass authentication details in your automation workflows.

2 - How to Create a Custom Credential Type for NetBox in Ansible Automation Platform

Learn how to load your NetBox credential in AAP using the Custom Credential Type we just created

Next: 3 - Load the NetBox API credential

This on-premise utility provides real-time insights to help you make smarter, data-driven decisions by making it easier than ever to monitor, measure, and report on the impact of your automation.

Automation dashboard - Demo - Automation Dashboard 

Terraform Actions and Ansible Automation Platform working together!
See how Terraform with it’s new Terraform Actions capability trigger automation operations leveraging Event-Driven Ansible, and working together with Ansible Automation Platform to perform ongoing automation operations.

Terraform Actions and Ansible Automation Platform

Automate Active Directory setup on Windows Server using Ansible Automation Platform. This lab guides you through configuring your server, securely managing credentials with Ansible Vault, deploying AD domains, and creating user groups, all streamlined with automation templates.

Active Directory and Ansible Automation Platform

WIN-OOGR5USMF01

Windows Deploy Active directory
	
Job template
	
Default
	3/18/2025, 10:08:08 AM

Please Provide the domain you wish to create *

Ansible Automation Platform automates patching for RHEL VMs in OpenShift Virtualization and enables custom reporting for patch compliance and OS version insights, keeping your infrastructure secure and visible.

Patching Red Hat Enterprise Linux (RHEL) VMs

awf-GC Application Re-Factor Migration Workflow
awf-GC-Terraform-Ansible CREATE VM Workflow
awf-GC-Terraform-Ansible DESTROY VM Workflow
AWS Cloud REPORT
Azure - Cloud REPORT
Demo Job Template
GC - CREATE GKE kubernetes cluster gke-cluster01
GC - CREATE Google Cloud VPC (virtual private cloud)
GC - CREATE RHEL1 and RHEL2 vms
GC - CREATE VM by Name
GC - DESTROY GKE kubernetes cluster gke-cluster01
GC - DESTROY Google Cloud VPC (virtual private cloud)
GC - DESTROY RHEL1 and RHEL2 vms
GC - DESTROY VM by Name
GC - GCP Cloud REPORT
GC - INSTALL Applications on RHEL
GC - Install HTTPD Web Server on RHEL
GC - PATCH RHEL VM by Name
GC - REMOVE Applications from RHEL
GCP-Migrate job template
Load more
Loaded 20 of 26

Name
	Type	
Organization
	
Last ran
	 

	
	
GC - PATCH RHEL VM by Name
	
Job template
	
Default
	3/24/2025, 12:11:51 PM

GC - PATCH RHEL VM by Name
	
Job template
	
Default
	3/24/2025, 12:11:51 PM

Enter the RHEL VM name to PATCH *
rhel1
rhel2
rhel3
reportsrvr1

Discover how Ansible plugins boost Red Hat Developer Hub with GitHub integration, guided learning, project scaffolding, and Ansible Lightspeed to speed up content development.

Ansible plug-ins for Red Hat Developer Hub Demo

See how Ansible Automation Platform powers self-healing infrastructure by detecting issues, analyzing them with AI, and auto-remediating using Event-Driven Ansible and Lightspeed generated playbooks.

AIOps - Self Healing Infrastructure with Ansible Automation Platform

linkedin.com/company/red-hat
youtube.com/user/RedHatVideos
facebook.com/redhatinc
youtube.com/ansibleautomation
Happy
Automating!
Red
Hat
Ansible
Automation
Platform

The self-service automation portal simplifies automation service delivery with a guided, "point-and-click" way for non-Ansible experts to launch pre-approved automation. 

Unlock adoption and scale with self-service automation

ahead and launch one of these job templates. You'll realize here that he only

access to through the role-based access controls. He wants to make a change to

to have that started and enabled that boot. We will click on "Net

See how Ansible Automation Platform and Terraform work together to provision and destroy cloud infrastructure. This lab shows how Ansible workflows can trigger Terraform projects and automatically update the inventory for seamless orchestration.

Ansible Automation Platform & Terraform - Better Together!

Red
Hat
Ansible
Automation
Platform
What
are
you
about
to
see?
▸
Ansible
Automation
Platform
/
Terraform
Integration.
●
Run
an
Ansible
Workflow
that
will
trigger
a
Terraform
Project
to
deploy
cloud
infrastructure
including
a
Virtual
Machine
●
See
that
the
Terraform
inventory
was
updated
in
Ansible
Automation
Platform
●
Run
an
Ansible
Workflow
that
will
trigger
a
Terraform
Project
to
destroy
cloud
infrastructure
including
the
Virtual
Machine
●
See
that
the
Terraform
inventory
was
updated
in
Ansible
Automation
Platform
▸
You
can
do
the
same
on
all
hyperscalers
-
AWS,
Azure,
and
Google
Cloud

awf-GC-Terraform-Ansible CREATE VM Workflow
	
Workflow job template
	
	3/26/2025, 9:11:32 AM

Run on success
Run always
Elapsed time 00:00:03
Update Ter…Inventory
Start
Elapsed time 00:00:22
Trigger Te…ion infra

Host Details
Details
Data
Output
Variables
YAML
JSON
changed: true
diff:
  before: {}
  after:
    format_version: '1.0'
    terraform_version: 1.10.4
    values:
      outputs:
        vm_internal_ip:
          sensitive: false
          value: 172.16.0.40
          type: string
      root_module:
        resources:
          - address: google_compute_instance.vm_instance
            mode: managed
            type: google_compute_instance
            name: vm_instance
            provider_name: registry.terraform.io/hashicorp/google
            schema_version: 6
            values:
              advanced_machine_features: []
              allow_stopping_for_update: null
              attached_disk: null
              boot_disk: null
              can_ip_forward: false
              confidential_instance_config: []
              cpu_platform: Intel Broadwell
              current_status: RUNNING
              deletion_protection: false
              description: ''
              desired_status: null
              effective_labels: {}
              enable_display: false
              guest_accelerator: []
              hostname: ''
              id: projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance
              instance_id: '2025493501726264225'
              label_fingerprint: 42WmSpB8rSM=
              labels: null
              machine_type: e2-small
              metadata: null
              metadata_fingerprint: Kb1zCWAU_S4=
              metadata_startup_script: null
              min_cpu_platform: ''
              name: gcvm-tf-instance
              network_interface: null
              network_performance_config: []
              params: []
              project: red-hat-mbu
              reservation_affinity: []
              resource_policies: null
              scheduling: null
              scratch_disk: []
              self_link: >-
                https://www.googleapis.com/compute/v1/projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance
              service_account: []
              shielded_instance_config: null
              tags: null
              tags_fingerprint: 42WmSpB8rSM=
              terraform_labels: {}
              timeouts: null
              zone: us-east1-b
            sensitive_values:
              advanced_machine_features: []
              attached_disk: []
              boot_disk:
                - disk_encryption_key_raw: true
                  initialize_params:
                    - labels: {}
              confidential_instance_config: []
              effective_labels: {}
              guest_accelerator: []
              network_interface:
                - access_config: []
                  alias_ip_range: []
                  ipv6_access_config: []
              network_performance_config: []
              params: []
              reservation_affinity: []
              scheduling:
                - local_ssd_recovery_timeout: []
                  node_affinities: []
              scratch_disk: []
              service_account: []
              shielded_instance_config:
                - {}
              terraform_labels: {}
            depends_on: []
        child_modules: []
state: present
workspace: default
outputs:
  vm_internal_ip:
    sensitive: false
    type: string
    value: 172.16.0.40
stdout: >
  google_compute_instance.vm_instance: Creating...

  google_compute_instance.vm_instance: Still creating... [10s elapsed]

  google_compute_instance.vm_instance: Creation complete after 11s
  [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance]


  Apply complete! Resources: 1 added, 0 changed, 0 destroyed.


  Outputs:


  vm_internal_ip = "172.16.0.40"
stderr: ''
command: apply -no-color -input=false -auto-approve -lock=true /tmp/tmphvxabu_k.tfplan
invocation:
  module_args:
    project_path: ../terraform/
    state: present
    force_init: true
    backend_config_files:
      - /runner/env/tmp3fwkmi9x
    workspace: default
    purge_workspace: false
    complex_vars: false
    targets: []
    lock: true
    init_reconfigure: false
    overwrite_init: true
    check_destroy: false
    provider_upgrade: false
    binary_path: null
    plugin_paths: null
    variables: null
    variables_files: null
    plan_file: null
    state_file: null
    lock_timeout: null
    backend_config: null
    parallelism: null
stdout_lines:
  - 'google_compute_instance.vm_instance: Creating...'
  - 'google_compute_instance.vm_instance: Still creating... [10s elapsed]'
  - >-
    google_compute_instance.vm_instance: Creation complete after 11s
    [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance]
  - ''
  - 'Apply complete! Resources: 1 added, 0 changed, 0 destroyed.'
  - ''
  - 'Outputs:'
  - ''
  - vm_internal_ip = "172.16.0.40"
stderr_lines: []
_ansible_no_log: false

Google Cloud console

gcvm-tf-instance	us-east1-b		
	172.16.0.40 (nic0)		network-instance	
	
	
SSH

awf-GC-Terraform-Ansible DESTROY VM Workflow
	
Workflow job template
	
	3/26/2025, 9:15:47 AM

Run on success
Run always
Trigger Te…ROY infra
Update Ter…Inventory
Start

Run on success
Run always
Elapsed time 00:00:01
Update Ter…Inventory
Start
Elapsed time 00:02:01
Trigger Te…ROY infra

Host Details
Details
Data
Output
Variables
YAML
JSON
changed: true
diff:
  before:
    format_version: '1.0'
    terraform_version: 1.10.4
    values:
      outputs:
        vm_internal_ip:
          sensitive: false
          value: 172.16.0.40
          type: string
      root_module:
        resources:
          - address: google_compute_instance.vm_instance
            mode: managed
            type: google_compute_instance
            name: vm_instance
            provider_name: registry.terraform.io/hashicorp/google
            schema_version: 6
            values:
              advanced_machine_features: []
              allow_stopping_for_update: null
              attached_disk: null
              boot_disk: null
              can_ip_forward: false
              confidential_instance_config: []
              cpu_platform: Intel Broadwell
              current_status: RUNNING
              deletion_protection: false
              description: ''
              desired_status: null
              effective_labels: {}
              enable_display: false
              guest_accelerator: []
              hostname: ''
              id: projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance
              instance_id: '2025493501726264225'
              label_fingerprint: 42WmSpB8rSM=
              labels: null
              machine_type: e2-small
              metadata: null
              metadata_fingerprint: Kb1zCWAU_S4=
              metadata_startup_script: null
              min_cpu_platform: ''
              name: gcvm-tf-instance
              network_interface: null
              network_performance_config: []
              params: []
              project: red-hat-mbu
              reservation_affinity: []
              resource_policies: null
              scheduling: null
              scratch_disk: []
              self_link: >-
                https://www.googleapis.com/compute/v1/projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance
              service_account: []
              shielded_instance_config: null
              tags: null
              tags_fingerprint: 42WmSpB8rSM=
              terraform_labels: {}
              timeouts: null
              zone: us-east1-b
            sensitive_values:
              advanced_machine_features: []
              attached_disk: []
              boot_disk:
                - disk_encryption_key_raw: true
                  initialize_params:
                    - labels: {}
              confidential_instance_config: []
              effective_labels: {}
              guest_accelerator: []
              network_interface:
                - access_config: []
                  alias_ip_range: []
                  ipv6_access_config: []
              network_performance_config: []
              params: []
              reservation_affinity: []
              scheduling:
                - local_ssd_recovery_timeout: []
                  node_affinities: []
              scratch_disk: []
              service_account: []
              shielded_instance_config:
                - {}
              terraform_labels: {}
            depends_on: []
        child_modules: []
  after: {}
state: absent
workspace: default
outputs: {}
stdout: >
  google_compute_instance.vm_instance: Destroying...
  [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance]

  google_compute_instance.vm_instance: Still destroying...
  [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance, 10s
  elapsed]

  google_compute_instance.vm_instance: Still destroying...
  [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance, 20s
  elapsed]

  google_compute_instance.vm_instance: Still destroying...
  [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance, 30s
  elapsed]

  google_compute_instance.vm_instance: Still destroying...
  [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance, 40s
  elapsed]

  google_compute_instance.vm_instance: Still destroying...
  [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance, 50s
  elapsed]

  google_compute_instance.vm_instance: Still destroying...
  [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance, 1m0s
  elapsed]

  google_compute_instance.vm_instance: Still destroying...
  [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance, 1m10s
  elapsed]

  google_compute_instance.vm_instance: Still destroying...
  [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance, 1m20s
  elapsed]

  google_compute_instance.vm_instance: Still destroying...
  [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance, 1m30s
  elapsed]

  google_compute_instance.vm_instance: Still destroying...
  [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance, 1m40s
  elapsed]

  google_compute_instance.vm_instance: Still destroying...
  [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance, 1m50s
  elapsed]

  google_compute_instance.vm_instance: Destruction complete after 1m52s


  Apply complete! Resources: 0 added, 0 changed, 1 destroyed.
stderr: ''
command: apply -no-color -input=false -auto-approve -lock=true /tmp/tmp3xe5hunq.tfplan
invocation:
  module_args:
    project_path: ../terraform/
    state: absent
    force_init: true
    backend_config_files:
      - /runner/env/tmpd5qa967e
    workspace: default
    purge_workspace: false
    complex_vars: false
    targets: []
    lock: true
    init_reconfigure: false
    overwrite_init: true
    check_destroy: false
    provider_upgrade: false
    binary_path: null
    plugin_paths: null
    variables: null
    variables_files: null
    plan_file: null
    state_file: null
    lock_timeout: null
    backend_config: null
    parallelism: null
stdout_lines:
  - >-
    google_compute_instance.vm_instance: Destroying...
    [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance]
  - >-
    google_compute_instance.vm_instance: Still destroying...
    [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance, 10s
    elapsed]
  - >-
    google_compute_instance.vm_instance: Still destroying...
    [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance, 20s
    elapsed]
  - >-
    google_compute_instance.vm_instance: Still destroying...
    [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance, 30s
    elapsed]
  - >-
    google_compute_instance.vm_instance: Still destroying...
    [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance, 40s
    elapsed]
  - >-
    google_compute_instance.vm_instance: Still destroying...
    [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance, 50s
    elapsed]
  - >-
    google_compute_instance.vm_instance: Still destroying...
    [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance, 1m0s
    elapsed]
  - >-
    google_compute_instance.vm_instance: Still destroying...
    [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance, 1m10s
    elapsed]
  - >-
    google_compute_instance.vm_instance: Still destroying...
    [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance, 1m20s
    elapsed]
  - >-
    google_compute_instance.vm_instance: Still destroying...
    [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance, 1m30s
    elapsed]
  - >-
    google_compute_instance.vm_instance: Still destroying...
    [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance, 1m40s
    elapsed]
  - >-
    google_compute_instance.vm_instance: Still destroying...
    [id=projects/red-hat-mbu/zones/us-east1-b/instances/gcvm-tf-instance, 1m50s
    elapsed]
  - 'google_compute_instance.vm_instance: Destruction complete after 1m52s'
  - ''
  - 'Apply complete! Resources: 0 added, 0 changed, 1 destroyed.'
stderr_lines: []
_ansible_no_log: false

VM instances – Compute Engine – Red Hat MBU – Google Cloud console

Discover how to advance your automation journey with real-world use cases, the five levels of automation maturity, and strategies for scaling automation across your organization.

Advance your Automation Maturity

How
you
automate
is
as
important
as
what
you
automate

How to accelerate adoption of automation - Google Slides

3
VALUE
GROWS
EXPONENTIALLY
AS
AUTOMATION
MATURES
Assessing
your
automation
maturity
Level
1
AWARE
User-centric
Siloed
automation
Multiple
automation
tools
/
solutions
Exploration
/
experimentation
with
automation.
Level
3
PROACTIVE
Expert-centric
Planned
automation
Automation
strategy
is
defined
Shared
best
practices
and
standards.
Use
case
expansion.
Level
4
INSTITUTIONALIZED
Organization-centric
Orchestrated
automation
Automation-first
culture
Mission-critical
automation
Cross-functional
orchestration
and
collaboration.
Level
2
STANDARDIZED
Team-centric
Reactive
automation
Sharing
/
reuse
of
content
Initial
quick
wins
within
a
domain
or
project.
Level
5
OPTIMIZED
Organization-centric
Federated,
self-service
automation
Empowered
/
collaborative
teams
Extend
automation
to
self-healing
infrastructure.
MORE
REVENUE
GROWTH
MORE
RISK
AVOIDANCE
MORE
COST
OPTIMIZATION
MORE
BUDGET
FOR
INNOVATION
iNCREMENTAL
IMPROVEMENT
OF
EXISTING
PROCESSES

Activities
for
Level
1
/
2
✓
Identify
your
automation
champions
across
different
teams
✓
Measure
your
automation
performance
and
share
broadly
to
build
interest
✓
Consolidate
automation
tools
to
improve
cost
efficiencies
and
simplify
training
/
upskilling
✓
Focus
on
simple,
quick
win
use
cases
✓
Watch
out
for
inertia.
At
early
stages,
the
business
value
of
automation
is
still
low
Accelerating
your
automation
maturity
|
Level
1
&
2:
Aware
/
Standardized
Level
2
Standardized
Team-centric
Reactive
automation
Single
playbook
sharing
or
execution
Initial
quick
wins
within
a
domain
or
project.
Level
1
Aware
User-centric
Siloed
automation
Multiple
automation
tools
/
solutions
No
standards
or
shared
best
practices
Exploration
/
experimentation
with
automation
Simple,
High
Impact
Use
Cases
Gather
network
facts
Backup
network
devices
Configure
load
balancers,
firewalls,
routers,
etc.
Provision
VMs
Install
and
configure
RHEL
Deploy
web
application
Create
dynamic
reports
for
compliance

AAP
offers
a
unique
combination,
breadth,
depth,
and
time
to
value
OS
Cloud
Network
Virtualization
App
delivery
Firmware
upgrades
Install,
modify,
deploy
applications
Automated
patching
+
upgrades
Configuration
management
Automated
compliance
+
drift
remediation
Vulnerability
management
Public
cloud
resources,
virtual
networks,
subnets
+
interfaces
Create/delete
autoscale
groups
Virtual
machines
Serverless
functions
K8s
clusters
Governance
Infrastructure
optimization
Business
continuity
Controllers,
firewalls,
routers,
switches,
load
balancers,
access
points
Datacenter
to
branch
OS
updates
+
compliance
Deploy
standard
network
configuration
+
hardening
Automate
configuration
backups
of
network
equipment
Gather
facts
and
create
dynamic
compliance
reports
Event-driven
health
checks
+
state
validation
Infrastructure
as
Code
Self-service
infra
requests
Deployment
strategy
automation
On-demand
rollback
+
forward
of
app
versions
Config
+
lifecycle
of
On/Off
prem
resources
via
SSH,
WinRM,
or
API
GitOps
Control
app
deployment
in
containers
Virt
layer
+
hypervisor
management
Lifecycle
management
Business
continuity
Certificate,
entitlement
+
package
management
System
config
validation
+
drift
management
Bare
metal
servers,
containers
+
HPC
clusters
Install
apps,
modify
settings
+
deploy
services
Automation
use
cases
for
every
organization
AI
Any
AI
generated
output
that
initiates
automation
in
AAP
via
EDA
or
embedded
in
AAP
product
Root
Cause
Analysis
(RCA)
Self-healing
infrastructure
Security
threat
identification
and
response
Cost
and
resource
optimization
Support
and
incident
ticket
enrichment

Accelerating
your
automation
maturity
|
Level
3:
Proactive
Activities
for
Level
3
✓
Define
your
automation
strategy
and
roadmap
✓
Launch
an
automation
Community
of
Practice
✓
Focus
on
3-5
automation
use
cases
that
will
support
your
business
outcomes.
✓
Measure
and
share
performance
of
prioritized
use
cases
Level
3
Proactive
Expert-centric
Planned
automation
Automation
strategy
is
defined
Shared
best
practices
and
standards.
Use
case
expansion.
What
is
an
automation
CoP?
✓
Establish
enterprise-wide
best
practices,
governance,
standards,
and
security
/
access
controls.
✓
Build
a
framework
for
successful
automation
that
other
teams
can
replicate
✓
Led
by
automation
champions
✓
Onboard
new
users
to
automation

CONFIDENTIAL
designator
V0000000
BUSINESS
OBJECTIVES
BUSINESS
IMPACT
USE
CASES
TIME
SAVINGS
ADD
KEY
OBJECTIVE
1
(ex.
Improve
core
IT
efficiency)
ADD
KEY
OBJECTIVE
3
(ex.
Simplify
governance)
TBD
↑
Improve
employee
productivity
↑
System
performance
/
reliability
↓
Risk
/
compliance
issues
↓
Manual
effort
on
upgrades
TBD
↑
Recovery
time
↑
Time-to-market
↓
Unplanned
downtime
↓
TBD
TBD
↑
TBD
↑
TBD
↓
TBD
↓
TBD
Ex:
Network
automation
(patching,
back
ups)
Ex:
Provision
(provision)
Ex:
Cloud
automation
(description)
Ex:
Automated
compliance
(apply
patches
/
updates)
TBD
(description)
TBD
(description)
ADD
KEY
OBJECTIVE
2
(ex.
reduce
risk
/
manage
compliance)
Template:
Measuring
the
Business
Value
of
Automation
X
resource
hours
X
resource
hours
X
resource
hours
(or
estimate)
X
resource
hours
(or
estimate)
X
resource
hours
(or
estimate)
X
resource
hours
(or
estimate)
X
TOTAL
RESOURCE
HOURS
TO
APPLY
TO
INNOVATION

Activities
for
Level
4
✓
Scale
your
automation
Community
of
Practice
(CoP)
✓
Identify
and
create
cross-functional
orchestrated
workflows
✓
Streamline
your
developer
experience
and
tooling
✓
Set
up
automation
for
ticket
enrichment
based
on
events
within
your
IT
infrastructure.
Accelerating
your
automation
maturity
|
Level
4:
Institutionalized
Scale
your
automation
CoP
✓
Open
membership
to
anyone
✓
Establish
a
cross-functional
approach
to
automation
✓
Knowledge
sharing
of
best
practices
and
training
across
roles,
disciplines,
or
departments
✓
Makes
automation
more
consumable
and
shareable
Level
4
Institutionalized
Organization-centric
Orchestrated
automation
Automation-first
culture
Mission-critical
automation
Establish
cross-functional
orchestration
and
collaboration.

Activities
for
Level
4
✓
Launch
an
automation
Scale
your
automation
Community
of
Practice
(CoP)
✓
Identify
and
create
cross-functional
orchestrated
workflows
✓
Streamline
your
developer
experience
and
tooling
✓
Set
up
automation
for
ticket
enrichment
based
on
events
within
your
IT
infrastructure.
Accelerating
your
automation
maturity
|
Level
4:
Institutionalized
Automated
Workflow
Example
Gather
network
facts
Backup
network
devices
Configure
load
balancers,
firewalls,
routers,
etc.
Rollback
changes
to
backup
Provision
VMs
Install
and
configure
RHEL
Deploy
web
application
X
✓
Level
4
Institutionalized
Organization-centric
Orchestrated
automation
Automation-first
culture
Mission-critical
automation
Establish
cross-functional
orchestration
and
collaboration.

Activities
for
Level
4
✓
Launch
an
automation
Scale
your
automation
Community
of
Practice
(CoP)
✓
Identify
and
create
cross-functional
orchestrated
workflows
✓
Streamline
your
developer
experience
and
tooling
✓
Set
up
automation
for
ticket
enrichment
based
on
events
within
your
IT
infrastructure.
Accelerating
your
automation
maturity
|
Level
4:
Institutionalized
✓
Automated
Ticket
Enrichment
Open
ticket
in
ServiceNow
Restart
web
service
3rd-party
observability
tools
(Dynatrace,
Crowdstrike,
Big
Panda,
etc.)
Update
ServiceNow
ticket
and
close
out
Ansible
Rulebook:
Launch
"restart
web
service"
job
template
Event:
Web
service
not
responding
✓
Route
ServiceNow
ticket
for
root
cause
analysis
(RCA)
X
Level
4
Institutionalized
Organization-centric
Orchestrated
automation
Automation-first
culture
Mission-critical
automation
Establish
cross-functional
orchestration
and
collaboration.

Next
Steps
for
Level
5
✓
Reduce
redundant
automation
tools
for
cost
optimization
and
simplified
training
✓
Audit
IT
teams
and
identify
additional
time
savings
that
translate
to
found
capacity
/
innovation
budget
✓
Expand
"no
human
in
the
loop"
workflows
to
further
reduce
errors
✓
Create
self-service
automation
templates
to
accelerate
productivity
Accelerating
your
automation
maturity
|
Level
5:
Optimized
Level
5
Optimized
Organization-centric
Federated,
self-service
automation
Empowered
/
collaborative
teams
Extend
automation
to
self-healing
infrastructure

14
Your
next
3
steps
to
enterprise-wide
automation
Connect
your
strategy
and
IT
culture
to
Ansible
Automation
Platform
Define
your
automation
strategy
and
roadmap.
Ask
yourself:
>
What
are
the
business
outcomes
you
want
to
achieve?
Has
this
been
shared
so
that
teams
understand
the
vision?
>
How
does
your
current
automation
align
to
these
outcomes?
What
results
have
you
achieved?
>
Who
are
your
automation
champions
and
can
they
work
together
to
lay
the
path
for
their
peers
to
follow?
Learn
more
about
how
to
automate
with
Red
Hat
Services:
>
Address
both
strategic,
cultural,
and
technical
and
cultural
barriers
to
automation
>
Optimize
the
value
of
your
Ansible
Automation
Platform
investment
faster
>
Train
and
onboard
your
users
to
be
more
productive
with
automation
Assess
your
automation
maturity
and
take
steps
to
improve:
>
Explore
your
next
3-5
new
use
cases
that
align
to
your
top
business
objectives
>
Launch
an
automation
Community
of
Practice
>
Define
your
organizational
standards,
best
practices,
governance,
onboarding
and
developer
experience.
>
Implement
cross-functional
orchestrated
workflows

Deploy applications to RHEL servers
Remove applications from RHEL servers

Ansible Automation Platform - Deploying & Removing Applications to/from RHEL

Red
Hat
Ansible
Automation
Platform
What
are
you
about
to
see?
▸
Ansible
Automation
Platform
●
Deploy
applications
to
RHEL
servers
●
Remove
applications
from
RHEL
servers

GC - INSTALL Applications on RHEL
	
Job template
	
Default
	3/24/2025, 12:08:18 PM

Let's walk through how to get started provisioning your Red Hat Ansible Automation Platform Service on AWS instance.

Red Hat Ansible Automation Platform Service on AWS - Getting Started.

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S3
Systems Manager

Console Home | Console Home | us-east-1

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Ansible Test Service Listing
	
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RH Development
	
In 3 days
	
9/14/2024

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AWS Marketplace: Ansible Test Service Listing

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Ansible as a Managed Service on AWS | Ansible Automation Platform

Select an environment region
us-east-1
us-east-2
us-west-2
eu-west-1
eu-central-1

https://platform.cus-bmakhj.aws.ansiblecloud.com

Instances - Ansible Service on AWS | Ansible Automation Platform

Bitwarden Web vault

Red Hat Ansible Automation Platform, Premium (On-Demand, Enablement)
Managed nodes: 1
Expires: 9/21/2024

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This lab extends your AAP Sandbox by connecting it to OpenShift. You'll create an OpenShift API credential using token and server details, enabling Ansible to automate OpenShift resources.

Integrating Ansible Automation Platform with OpenShift in Developer Sandbox

Where you launched Ansible Automation Platform Sandbox

Switch to the Hybrid Cloud Console again

Developer Sandbox | OpenShift

Login - Red Hat OpenShift Service on AWS

+Add · Red Hat OpenShift Service on AWS

sha256~fmBlyUIrkSg3iXrpwkP4nyt4LLFKI7fLQyWM5xK1GvA

Learn how to enforce IT policies using Ansible Automation Platform and Open Policy Agent. This lab shows how to define, apply, and evaluate policies across job templates, inventories, and organizations.

Policy enforcement with Red Hat Ansible Automation Platform

ABU | policy enforcement - arcade deck - Google Slides

ABU | policy enforcement - Google Slides

After upgrading to AAP 2.5, it's important to link user accounts and configure Single Sign-On, such as SAML authentication.

AAP-24to25-upgrade-SAML

Red
Hat
Ansible
Automation
Platform
Let’s
begin
with
reviewing
an
Ansible
Automation
Platform
2.4
Environment
▸
User
Accounts,
Organizations,
and
Teams
▸
SAML
Authentication
Configuration
Settings

Welcome to Ansible Automation Platform!

Please log in

Username *
Password *
Log In

hmourad@rhansibletestoutlook.onmicrosoft.com

Sign in to your account

Ansible Automation Platform | Dashboard

Ansible Automation Platform | Organizations

Ansible Automation Platform | Teams

Ansible Automation Platform | Users

Ansible Automation Platform | Settings

Ansible Automation Platform | SAML

SAML Service Provider Public Certificate *

SAML Assertion Consumer Service (ACS) URL

SAML Service Provider Technical Contact 
YAML
JSON

SAML Service Provider Support Contact 
YAML
JSON

Automate in minutes by quickly deploying the AAP Service on AWS and running your first automation use case with ease.


Automation in Minutes! With Ansible Automation Platform Service on AWS.

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Red Hat Ansible Automation Platform Service on AWS
	
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11/14/2024

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AWS Marketplace: Red Hat Ansible Automation Platform Service on AWS

AB-RH1-Demo-onAWS-WORKFLOW
	
Workflow job template
	
	11/17/2024, 2:27:07 PM

vpcs

Instances

Set up Ansible Automation Platform on Azure by launching the managed application, monitoring deployment via the Deployment Engine, and activating your subscription through the Red Hat Hybrid Cloud Console.

Ansible Automation Platform on Azure (Managed Application) Subscription Activation

This lab guides you to set up a portable Ansible development environment in VS Code using the Ansible Dev Container with Podman or Docker, enabling efficient playbook and role development across platforms.

Installing Ansible Development Tools in a VS Code Dev Container

Ansible Development Tools in a VS Code Dev Container

Thank you!

See how Ansible Automation Platform powers AIOps by combining AI insights with automated remediation. This lab walks through detecting issues, integrating with ServiceNow and Lightspeed, and enabling self-healing infrastructure.
