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In this step-by-step video, we will show you **how to install Ansible AWX on a Kubernetes Cluster** — the open-source version of **Red Hat Ansible Tower**.
By the end of this tutorial, you will have a fully functional **AWX instance** running in your Kubernetes environment.
---
### 📌 **What is AWX?**
* AWX is the upstream open-source project of Red Hat Ansible Tower.
* It provides a web-based UI, REST API, and task engine for managing your Ansible automation.
* It allows you to manage inventories, credentials, and jobs — all from a centralized dashboard.
* Best of all, it's **free and open-source!**
---
### 🧰 **Prerequisites:**
✅ Running Kubernetes cluster (Minikube, Kind, or Production-grade)
✅ `kubectl` configured
✅ Helm v3 installed
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0:00
hey everyone welcome back to the channel
0:02
your goto place for Linux DevOps and
0:05
Kubernetes tutorials in this video we
0:08
are going to show you how to install
0:10
Enible AWX on Kubernetes cluster the
0:13
opensource version of Enable Tower by
0:15
Redhead by the end of this video you
0:18
will have a fully functional AWX
0:20
instance up and running inside your
0:22
Kubernetes environment let's get started
0:25
before we jump into the installation
0:27
let's quickly understand what AWX is awx
0:31
is the upstream and open-source project
0:33
for Reddit Nible Tower it provides web-
0:37
based UI REST API and the task engine to
0:40
manage your NCL playbooks and
0:42
infrastructure automation it helps the
0:45
team to manage inventory credentials and
0:47
jobs all from the one centralized
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dashboard and best of all it's free and
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open source to follow along make sure
0:56
you have following items ready a running
0:59
Kubernetes cluster could be a mini cube
1:01
production grade cluster like cube ADM
1:04
AKS EKS and GKE you must have cubectl
1:08
configured and working helm v3 installed
1:12
and persistent volume support for the
1:15
interest of time I have already prepared
1:17
a set of EML files and the commands that
1:19
I will use during this video i will post
1:22
these files and the commands in the
1:24
description for your reference let's
1:27
begin the installation process first
1:28
step is to add AWX operator first we
1:32
need to add the helm of AWS operator and
1:35
then we will use helm install to install
1:37
this AWS operator in the Google search
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encouer click on this GitHub link it
1:46
will take us to this
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page and we will be using this Helm
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based installation so click on the
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second link it will take us to this
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page you can copy this
2:00
command and paste it
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here next install this AWX operator
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using the helm install command
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in this command we are creating a
2:16
nameace AWX under this name space we are
2:20
installing nible AWX operator hit enter
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now verify the AWX operator status can
2:27
run the command helm
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list AWX can see that native AWX
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operator is installed under this name
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space AWX similarly you can verify the
2:44
ports in AWS name space for that run the
2:48
command cubectl space get space port
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space- n followed by the name space in
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our case name space is AWX hit
2:57
enter you can see AWX operator is up and
3:01
running as of now it is using two
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replicas in next step we need to create
3:06
a storage class persistent to volume and
3:09
then we will deploy AWS and why we need
3:12
a storage class and a persistent volume
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as AWX will use postgrade as a stateful
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set and stateful set needs persistent
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volume so let's create a storage class
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i have already prepared a YML file for
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this storage
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class so the storage class name is local
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storage and it would be created under
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the name space AWX provisioner is no
3:41
provisioner in order to create the
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storage class let's apply this
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file and the command
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cube apply F and then the EML file
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name hit enter
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you should see a storage class
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created under the name space
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AWX the output confirm that storage
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class has been created successfully next
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create a persistent
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volume for that persistent volume I have
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created this AWX PV mamel file in this
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file I am using a persistent volume name
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as posgress PV it would be created under
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the name space AWX the capacity is 10 GB
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access mode is readr once and persistent
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volume claim pulsy is written it will
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use the storage class name as local
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storage and we will be using a host path
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and this path is on the worker node we
4:49
need to make sure that this mnt/ storage
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folder exist on the worker nodes if it
4:56
is not there you should create it so
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this is my worker node if I do ls-
5:05
ld
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mnt and then
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storage I can see in my case on the
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worker node this folder is there all
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right moving back to the control plane
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now apply this file in order to create
5:22
this persistent volume and the command
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cubectl apply - f awx - pv.mml
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file now verify whether the persistent
5:35
volume is created or not run the command
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cubectl get pv - n and the name space
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awx great i can see this persistent
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volume of size 10 GB with access mode
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arrow is available now that the operator
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storage and persistent volume are
5:58
installed let's create the AWS custom
6:00
resource that defines your AWS
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deployment create a ML file with the
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name enable AWX
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mamel in this ML file as you can see the
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kind is AWX name is anible - awx it
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would be installed under the name space
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AWX service type is node port and the
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postgrade storage class is local hyphen
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storage now deploy the AWS instance
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using this file run the command
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cubectl apply - f inible awx.tml hit
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enter output confirms that it has been
6:44
applied and created
6:46
successfully wait for a couple of
6:48
minutes and monitor the status of ports
6:50
operator and the service in AWX name
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space for that you can run the command
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cubectl get ports - n
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awx - w
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Great the output confirms that it has
7:14
completed a job with the name encable
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AWS
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migration it has started a postgra port
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and the status is running it has also
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started AWS task with four replica count
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and the status is running similarly with
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AWX web with the replica count three and
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status is up and running now let's
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verify service status as
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well all right this output confirms that
7:47
it has started all the ports it has
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exposed the deployment like nible AWX
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postgrade using the cluster IP it has
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exposed this AWX-N service with the type
8:01
node port this is the node port we will
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be using this node port in order to
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access this anible AWX GUI similarly the
8:10
stateful set for this enable AWX post
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gray is up and running all right if
8:16
everything looks good you can now access
8:18
the AWS web interface via the IP address
8:20
of control plane or the worker node
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let me get the IP address of my control
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plane using the command IP space add
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space
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so this is the IP address of my control
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plane and this is the node port for my
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AWX web open the
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browser type the IP here
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192.168 35
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colon port
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number so when we install AWX it
9:00
automatically create a user admin and
9:02
its password in order to get the admin
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users password we need to run a command
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so go back to the control plane CLI part
9:17
first run this
9:21
command so this is a secret where the
9:23
admin user password is stored now in
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order to extract the
9:33
password copy this password head back to
9:37
the web browser in the username field
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type admin and paste the password that
9:42
you have just copied
9:45
and click on
9:48
login once you logged in you will see
9:50
the MCLE AWS dashboard where you can add
9:53
inventories create credentials and
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manage and create
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jobs one important thing do not forget
10:00
to configure the persistent backups and
10:02
external database storage for the
10:04
production deployments you can also
10:06
integrate with the Git repos for secrets
10:09
and more advanced features in AWS that's
10:12
all from this video tutorial i hope you
10:14
are able to deploy ensible AWX on your
10:17
Kubernetes cluster smoothly with this
10:20
powerful tool you can automate and
10:22
manage your infrastructure like a pro
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using a beautiful web UI if you found
10:27
this video helpful give it a like
10:29
subscribe for more DevOps and Linux
10:31
tutorials drop a comment if you want a
10:33
video on configuring AWS projects
10:35
inventory and job templates see you in
10:38
the next one bye
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