Installing Agones on OVHcloud Managed Kubernetes

Find out how to install Agones on OVHcloud Managed Kubernetes

Last updated 9th December 2022.

In this tutorial we are going to guide you with the install of Agones on your OVHcloud Managed Kubernetes Service. Agones is an open-source, multiplayer, dedicated game-server hosting built on Kubernetes.

And to test your install, you will install a Xonotic game server and playing some old-school deathmatches...

Before you begin

This tutorial presupposes that you already have a working OVHcloud Managed Kubernetes cluster, and some basic knowledge of how to operate it. If you want to know more on those topics, please look at the deploying a Hello World application documentation.

You also need to have Helm installed on your workstation and your cluster, please refer to the How to install Helm on OVHcloud Managed Kubernetes Service tutorial.

What is Agones?

One of the key advantages of using Kubernetes is the formidable ecosystem around it. From Rancher to Istio, from Rook to Fission, from gVisor to KubeDB, the Kubernetes ecosystem is rich, vibrant and ever-growing. We are getting to the point where for most deployment needs we can say there is a K8s-based open-source project for that.

One of the latests additions to this ecosystem is the Agones project, an open-source, multiplayer, dedicated game-server hosting built on Kubernetes, developed by Google in collaboration with Ubisoft. The project was announced in March, and has already made quite a bit of noise...

Agones on OVHcloud Managed Kubernetes

Why Agones?

Agones (derived from the Greek word agōn, contests held during public festivals or more generally "contest" or "competition at games") aims to replace the usual proprietary solutions to deploy, scale and manage game servers.

Agones enriches Kubernetes with a Custom Controller and a Custom Resource Definition With them, you can standardise Kubernetes tooling and APIs to create, scale and manage game server clusters.

What kind of game servers

Well, Agones's main focus is online multiplayer games such as FPSs and MOBAs, fast-paced games requiring dedicated, low-latency game servers that synchronize the state of the game between players and serve as a source of truth for gaming situations.

These kinds of games ask for relatively ephemeral dedicated gaming servers, with every match running on a server instance. The servers need to be stateful (they must keep the game status), with the state usually held in memory for the duration of the match.

Latency is a key concern, as the competitive real-time aspects of the games ask for quick responses from the server. That means that the connection from the player device to the game server should be the most direct possible, ideally bypassing any intermediate server such as a load-balancer.

Connecting players to the right server

Every game publisher used to have their own proprietary solutions, but most on them follow a similar flow, with a matchmaking service that groups players into a match, deals with a cluster manager to provision a dedicated instance of game server and send to the players its IP address and port, to allow them to directly connect to the server and play the game.

Online gaming matchmaking and game server assignation

Agones and it's Custom Controller and Custom Resource Definition replaces the complex cluster management infrastructure with a standardised, Kubernetes-based tooling and APIs. The matchmaker services interact with these APIs to spawn new game server pods and get their IP address and ports to the concerned players.

Online gaming matchmaking and game server assignation with Agones

The cherry on the cake

Using Kubernetes for these tasks also gives some nice additional bonus, like being able to deploy the full gaming infrastructure in a developer environnement minikube, or easily clone it to deploy in a new data center or cloud region, but also offering a whole platform to host all the additional services needed to build a game: account management, leaderboards, inventory...

And of course, the simplicity of operating Kubernetes-based platforms, especially when they dynamic, heterogeneous and distributed, as most online gaming platforms.

Deploying Agones on OVHcloud Managed Kubernetes

There are several ways to install Agones in a Kubernetes cluster. For our test we chose the easiest one: installing with Helm.

Enabling creation of RBAC resources

The first step to install Agones is to setup a service account with enough permissions to create some special RBAC resource types.

kubectl create clusterrolebinding cluster-admin-binding --clusterrole=cluster-admin --serviceaccount=kube-system:default

Now we have the Cluster Role Binding needed for the installation:

$ kubectl create clusterrolebinding cluster-admin-binding --clusterrole=cluster-admin --serviceaccount=kube-system:default created

Installing the Agones chart

Now let's continue by adding Agones repository to Helm's repository list.

helm repo add agones

And then installing the stable Agones chart:

helm install my-agones --namespace agones-system --create-namespace agones/agones 

After some moments, Agones should we installed:

$ helm repo add agones
"agones" has been added to your repositories

$ helm install my-agones --namespace agones-system --create-namespace agones/agones
NAME: my-agones
LAST DEPLOYED: Fri Dec  9 09:35:16 2022
NAMESPACE: agones-system
STATUS: deployed
The Agones components have been installed in the namespace agones-system.

You can get their status by running:
kubectl --namespace agones-system get pods -o wide

Once ready you can create your first GameServer using our examples .

Finally don't forget to explore our documentation and usage guides on how to develop and host dedicated game servers on top of Agones:

 - Create a Game Server (
 - Integrating the Game Server SDK (
 - GameServer Health Checking (
 - Accessing Agones via the Kubernetes API (

The installation we have just done isn't suited for production, as the official install instructions recommend running Agones and the game servers in separate, dedicated pools of nodes. But for the needs of our test, the basic setup is enough.

Confirming Agones started successfully

To verify that Agones is running on our Kubernetes cluster, we can look at the pods in the agones-system namespace:

kubectl get --namespace agones-system pods

If everything is ok, you should see an agones-controller pod with a Running status:

$ kubectl get --namespace agones-system pods

NAME                                READY   STATUS    RESTARTS   AGE
agones-allocator-6db787b757-4vd7r   1/1     Running   0          95s
agones-allocator-6db787b757-kvdkz   1/1     Running   0          95s
agones-allocator-6db787b757-w9mjw   1/1     Running   0          95s
agones-controller-fc95bcbd7-8zv4q   1/1     Running   0          95s
agones-ping-6fd4dd9b48-r49qq        1/1     Running   0          95s
agones-ping-6fd4dd9b48-w6pzd        1/1     Running   0          95s

You can also see more details using:

kubectl describe --namespace agones-system pods

Looking at the agones-controller description, you should see something like:

$ kubectl describe --namespace agones-system pods
Name:                 agones-controller-fc95bcbd7-8zv4q
Namespace:            agones-system
  Type              Status
  Initialized       True
  Ready             True
  ContainersReady   True
  PodScheduled      True

Where all the Conditions should have status True.

Deploying a game server

The Agones Hello world is rather boring, a simple Xonotic game server.

Xonotic is an open-source multi-player FPS, and a rather good one, with lots of interesting game modes, maps, weapons and customization options.

Deploying a Xonotic game server over Agones is rather easy:

kubectl create -f

This command installs Xonotic:

$kubectl create -f created

The game server deployment can take some moments, so we need to wait until its status is Ready or Unhealthy before using it. We can fetch the status with:

kubectl get gameserver

We wait until the fetch gives a Ready or Unhealthy status on our game server:

$ kubectl get gameserver

NAME      STATE   ADDRESS         PORT   NODE                                         AGE
xonotic   Ready   7410   nodepool-f636da5d-3d0d-481d-aa-node-f4d042   24s

When the game server is ready, we also get the address and the port we should use to connect to our deathmatch game (in my example,

It's frag time

So now that you have a server, let's test it!

Download the Xonotic client (it runs on Windows, Linux and MacOS, so there is no excuse), and launch it:


Then go to the Multiplayer menu and enter the address and port of our game server:

Multiplayer menu

And you are ready to play!

Let's frag

And on the server side?

On the server side, you can spy how things are going for your game server, using kubectl logs. Let's begin by finding the pod running the game:

kubectl get pods

You will see that your game server is running in a pod called xonotic:

$ kubectl get pods
xonotic   2/2     Running   0          2m28s

You can then use kubectl logs on it. In the pod there are two containers, the main xonotic one and a Agones sidecar, so we must specify that we want the logs of the xonotic container:

$ kubectl logs xonotic xonotic
>>> Connecting to Agones with the SDK
>>> Starting health checking
>>> Starting wrapper for Xonotic!
>>> Path to Xonotic server script: /home/xonotic/Xonotic/ []
Game is Xonotic using base gamedir data
gamename for server filtering: Xonotic
Xonotic Linux 20:37:34 Jun 27 2022 - release
Current nice level is below the soft limit - cannot use niceness
Skeletal animation uses SSE code path
execing quake.rc
>>> Found 'listening' statement: 2
Server using port 26000
Server listening on address
Server listening on address [0:0:0:0:0:0:0:0]:26000
execing server.cfg
maxplayers can not be changed while a server is running.
It will be changed on next server startup ("map" command).
"maxplayers" set to "8"
Game type successfully switched to dm
Maplist contains no usable maps!  Resetting it to default map list.
Switching to map silentsiege
menu: unknown program name
Server using port 26000
>>> Found 'listening' statement: 3
Server listening on address
>>> Found 'listening' statement: 4
>>> Moving to READY: Server listening on address [0:0:0:0:0:0:0:0]:26000
Server listening on address [0:0:0:0:0:0:0:0]:26000

Add some friends

The next step is mostly enjoyable: ask some friends to connect to the server and do a true deathmatch like in Quake 2 times.


Uninstall Xonotic game server:

kubectl delete gameserver

To uninstall Agones, as you installed it through Helm, you can use the helm uninstall command in order to delete the Agones Helm installed chart:

helm uninstall my-agones -n agones-system

Remove installed ClusterRoleBinding:

kubectl delete clusterrolebinding cluster-admin-binding

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