Skip to main content
A newer release of this product is available.

Install Astra Control Center with a Cloud Volumes ONTAP storage backend

Contributors netapp-mwallis
PDFs

With Astra Control Center, you can manage your apps in a hybrid cloud environment with self-managed Kubernetes clusters and Cloud Volumes ONTAP instances. You can deploy Astra Control Center in your on-premise Kubernetes clusters or in one of the self-managed Kubernetes clusters in the cloud environment.

With one of these deployments, you can perform app data management operations using Cloud Volumes ONTAP as a storage backend. You can also configure an S3 bucket as the backup target.

To install Astra Control Center in Amazon Web Services (AWS), Google Cloud Platform (GCP) and Microsoft Azure with a Cloud Volumes ONTAP storage backend, perform the following steps depending on your cloud environment.

You can manage your apps in distributions with self-managed Kubernetes clusters, such with OpenShift Container Platform (OCP). Only self-managed OCP clusters are validated for deploying Astra Control Center.

Deploy Astra Control Center in Amazon Web Services

You can deploy Astra Control Center on a self-managed Kubernetes cluster hosted on an Amazon Web Services (AWS) public cloud.

What you'll need for AWS

Before you deploy Astra Control Center in AWS, you will need the following items:

  • Astra Control Center license. Refer to Astra Control Center licensing requirements.

  • Meet Astra Control Center requirements.

  • NetApp Cloud Central account

  • If using OCP, Red Hat OpenShift Container Platform (OCP) permissions (on namespace level to create pods)

  • AWS credentials, Access ID and Secret Key with permissions that enable you to create buckets and connectors

  • AWS account Elastic Container Registry (ECR) access and login

  • AWS hosted zone and Route 53 entry required to access the Astra Control UI

Operational environment requirements for AWS

Astra Control Center requires the following operational environment for AWS:

  • Red Hat OpenShift Container Platform 4.11 through 4.13

Note Ensure that the operating environment you choose to host Astra Control Center meets the basic resource requirements outlined in the environment's official documentation.

Astra Control Center requires the following resources in addition to the environment's resource requirements:

Component Requirement

Backend NetApp Cloud Volumes ONTAP storage capacity

At least 300GB available

Worker nodes (AWS EC2 requirement)

At least 3 worker nodes total, with 4 vCPU cores and 12GB RAM each

Load balancer

Service type "LoadBalancer" available for ingress traffic to be sent to services in the operational environment cluster

FQDN

A method for pointing the FQDN of Astra Control Center to the load balanced IP address

Astra Trident (installed as part of the Kubernetes cluster discovery in NetApp BlueXP, formerly Cloud Manager)

Astra Trident 22.10 or newer installed and configured and NetApp ONTAP version 9.8 or newer as a storage backend

Image registry

NetApp provides a registry that you can use to obtain Astra Control Center build images:
http://netappdownloads.jfrog.io/docker-astra-control-prod
Contact NetApp Support to obtain instructions on using this image registry during the Astra Control Center installation process.

If you are unable to access the NetApp image registry, you must have an existing private registry, such as AWS Elastic Container Registry (ECR), to which you can push Astra Control Center build images. You need to provide the URL of the image registry where you will upload the images.

Note The Astra Control Center hosted cluster and the managed cluster must have access to the same image registry to be able to back up and restore apps using the Restic-based image.

Astra Trident / ONTAP configuration

Astra Control Center requires that a storage class be created and set as the default storage class. Astra Control Center supports the following ONTAP Kubernetes storage classes that are created when you import your Kubernetes cluster into NetApp BlueXP (formerly Cloud Manager). These are provided by Astra Trident:

  • vsaworkingenvironment-<>-ha-nas csi.trident.netapp.io

  • vsaworkingenvironment-<>-ha-san csi.trident.netapp.io

  • vsaworkingenvironment-<>-single-nas csi.trident.netapp.io

  • vsaworkingenvironment-<>-single-san csi.trident.netapp.io
Note These requirements assume that Astra Control Center is the only application running in the operational environment. If the environment is running additional applications, adjust these minimum requirements accordingly.
Note The AWS registry token expires in 12 hours, after which you will have to renew the Docker image registry secret.

Overview of deployment for AWS

Here is an overview of the process to install Astra Control Center for AWS with Cloud Volumes ONTAP as a storage backend.

Each of these steps is explained in more detail below.

  1. Ensure that you have sufficient IAM permissions.

  2. Install a RedHat OpenShift cluster on AWS.

  3. Configure AWS.

  4. Configure NetApp BlueXP for AWS.

  5. Install Astra Control Center for AWS.

Ensure that you have sufficient IAM permissions

Ensure that you have sufficient IAM roles and permissions that enable you to install a RedHat OpenShift cluster and a NetApp BlueXP (formerly Cloud Manager) Connector.

See Initial AWS credentials.

Install a RedHat OpenShift cluster on AWS

Install a RedHat OpenShift Container Platform cluster on AWS.

For installation instructions, see Installing a cluster on AWS in OpenShift Container Platform.

Configure AWS

Next, configure AWS to create a virtual network, set up EC2 compute instances, and create an AWS S3 bucket. If you cannot access the NetApp Astra Control Center image registry, you will also need to create an Elastic Container Registry (ECR) to host the Astra Control Center images, and push the images to this registry.

Follow the AWS documentation to complete the following steps. See AWS installation documentation.

  1. Create an AWS virtual network.

  2. Review the EC2 compute instances. This can be a bare metal server or VMs in AWS.

  3. If the instance type does not already match the Astra minimum resource requirements for master and worker nodes, change the instance type in AWS to meet the Astra requirements. Refer to Astra Control Center requirements.

  4. Create at least one AWS S3 bucket to store your backups.

  5. (Optional) If you cannot access the NetApp image registry, do the following:

    1. Create an AWS Elastic Container Registry (ECR) to host all the Astra Control Center images.

      Note If you do not create the ECR, Astra Control Center cannot access monitoring data from a cluster containing Cloud Volumes ONTAP with an AWS backend. The issue is caused when the cluster you try to discover and manage using Astra Control Center does not have AWS ECR access.

    2. Push the Astra Control Center images to your defined registry.

Note The AWS Elastic Container Registry (ECR) token expires after 12 hours and causes cross-cluster clone operations to fail. This issue occurs when managing a storage backend from Cloud Volumes ONTAP configured for AWS. To correct this issue, authenticate with the ECR again and generate a new secret for clone operations to resume successfully.

Here's an example of an AWS deployment:

This image shows an example of Astra Control Center with a Cloud Volumes ONTAP deployment

Configure NetApp BlueXP for AWS

Using NetApp BlueXP (formerly Cloud Manager), create a workspace, add a connector to AWS, create a working environment, and import the cluster.

Follow the BlueXP documentation to complete the following steps. See the following:

Steps

  1. Add your credentials to BlueXP.

  2. Create a workspace.

  3. Add a connector for AWS. Choose AWS as the Provider.

  4. Create a working environment for your cloud environment.

    1. Location: "Amazon Web Services (AWS)"

    2. Type: "Cloud Volumes ONTAP HA"

  5. Import the OpenShift cluster. The cluster will connect to the working environment you just created.

    1. View the NetApp cluster details by selecting K8s > Cluster list > Cluster Details.

    2. In the upper right corner, note the Astra Trident version.

    3. Note the Cloud Volumes ONTAP cluster storage classes showing NetApp as the provisioner.

      This imports your Red Hat OpenShift cluster and assigns it a default storage class. You select the storage class.
      Astra Trident is automatically installed as part of the import and discovery process.

  6. Note all the persistent volumes and volumes in this Cloud Volumes ONTAP deployment.

Tip Cloud Volumes ONTAP can operate as a single node or in High Availability. If HA is enabled, note the HA status and node deployment status running in AWS.

Install Astra Control Center for AWS

Follow the standard Astra Control Center installation instructions.

Note AWS uses the Generic S3 bucket type.

Deploy Astra Control Center in Google Cloud Platform

You can deploy Astra Control Center on a self-managed Kubernetes cluster hosted on a Google Cloud Platform (GCP) public cloud.

What you'll need for GCP

Before you deploy Astra Control Center in GCP, you will need the following items:

  • Astra Control Center license. Refer to Astra Control Center licensing requirements.

  • Meet Astra Control Center requirements.

  • NetApp Cloud Central account

  • If using OCP, Red Hat OpenShift Container Platform (OCP) 4.11 through 4.13

  • If using OCP, Red Hat OpenShift Container Platform (OCP) permissions (on namespace level to create pods)

  • GCP Service Account with permissions that enable you to create buckets and connectors

Operational environment requirements for GCP

Note Ensure that the operating environment you choose to host Astra Control Center meets the basic resource requirements outlined in the environment's official documentation.

Astra Control Center requires the following resources in addition to the environment's resource requirements:

Component Requirement

Backend NetApp Cloud Volumes ONTAP storage capacity

At least 300GB available

Worker nodes (GCP compute requirement)

At least 3 worker nodes total, with 4 vCPU cores and 12GB RAM each

Load balancer

Service type "LoadBalancer" available for ingress traffic to be sent to services in the operational environment cluster

FQDN (GCP DNS zone)

A method for pointing the FQDN of Astra Control Center to the load balanced IP address

Astra Trident (installed as part of the Kubernetes cluster discovery in NetApp BlueXP, formerly Cloud Manager)

Astra Trident 22.10 or newer installed and configured and NetApp ONTAP version 9.8 or newer as a storage backend

Image registry

NetApp provides a registry that you can use to obtain Astra Control Center build images:
http://netappdownloads.jfrog.io/docker-astra-control-prod
Contact NetApp Support to obtain instructions on using this image registry during the Astra Control Center installation process.

If you are unable to access the NetApp image registry, you must have an existing private registry, such as Google Container Registry, to which you can push Astra Control Center build images. You need to provide the URL of the image registry where you will upload the images.

Note You need to enable anonymous access to pull Restic images for backups.

Astra Trident / ONTAP configuration

Astra Control Center requires that a storage class be created and set as the default storage class. Astra Control Center supports the following ONTAP Kubernetes storage classes that are created when you import your Kubernetes cluster into NetApp BlueXP. These are provided by Astra Trident:

  • vsaworkingenvironment-<>-ha-nas csi.trident.netapp.io

  • vsaworkingenvironment-<>-ha-san csi.trident.netapp.io

  • vsaworkingenvironment-<>-single-nas csi.trident.netapp.io

  • vsaworkingenvironment-<>-single-san csi.trident.netapp.io
Note These requirements assume that Astra Control Center is the only application running in the operational environment. If the environment is running additional applications, adjust these minimum requirements accordingly.

Overview of deployment for GCP

Here is an overview of the process to install Astra Control Center on a self-managed OCP cluster in GCP with Cloud Volumes ONTAP as a storage backend.

Each of these steps is explained in more detail below.

  1. Install a RedHat OpenShift cluster on GCP.

  2. Create a GCP Project and Virtual Private Cloud.

  3. Ensure that you have sufficient IAM permissions.

  4. Configure GCP.

  5. Configure NetApp BlueXP for GCP.

  6. Install Astra Control Center for GCP.

Install a RedHat OpenShift cluster on GCP

The first step is to install a RedHat OpenShift cluster on GCP.

For installation instructions, see the following:

Create a GCP Project and Virtual Private Cloud

Create at least one GCP Project and Virtual Private Cloud (VPC).

Note OpenShift might create its own resource groups. In addition to these, you should also define a GCP VPC. Refer to OpenShift documentation.

You might want to create a platform cluster resource group and a target app OpenShift cluster resource group.

Ensure that you have sufficient IAM permissions

Ensure that you have sufficient IAM roles and permissions that enable you to install a RedHat OpenShift cluster and a NetApp BlueXP (formerly Cloud Manager) Connector.

See Initial GCP credentials and permissions.

Configure GCP

Next, configure GCP to create a VPC, set up compute instances, and create a Google Cloud Object Storage. If you cannot access the NetApp Astra Control Center image registry, you will also need to create a Google Container Registry to host the Astra Control Center images, and push the images to this registry.

Follow the GCP documentation to complete the following steps. See Installing OpenShift cluster in GCP.

  1. Create a GCP Project and VPC in the GCP that you plan on using for the OCP cluster with CVO backend.

  2. Review the compute instances. This can be a bare metal server or VMs in GCP.

  3. If the instance type does not already match the Astra minimum resource requirements for master and worker nodes, change the instance type in GCP to meet the Astra requirements. Refer to Astra Control Center requirements.

  4. Create at least one GCP Cloud Storage Bucket to store your backups.

  5. Create a secret, which is required for bucket access.

  6. (Optional) If you cannot access the NetApp image registry, do the following:

    1. Create a Google Container Registry to host the Astra Control Center images.

    2. Set up Google Container Registry access for Docker push/pull for all the Astra Control Center images.

      Example: Astra Control Center images can be pushed to this registry by entering the following script:

      gcloud auth activate-service-account <service account email address>
--key-file=<GCP Service Account JSON file>

      This script requires an Astra Control Center manifest file and your Google Image Registry location.

    Example:

    +

    manifestfile=astra-control-center-<version>.manifest
GCP_CR_REGISTRY=<target image registry>
ASTRA_REGISTRY=<source Astra Control Center image registry>

while IFS= read -r image; do
    echo "image: $ASTRA_REGISTRY/$image $GCP_CR_REGISTRY/$image"
    root_image=${image%:*}
    echo $root_image
    docker pull $ASTRA_REGISTRY/$image
    docker tag $ASTRA_REGISTRY/$image $GCP_CR_REGISTRY/$image
    docker push $GCP_CR_REGISTRY/$image
done < astra-control-center-22.04.41.manifest

  7. Set up DNS zones.

Configure NetApp BlueXP for GCP

Using NetApp BlueXP (formerly Cloud Manager), create a workspace, add a connector to GCP, create a working environment, and import the cluster.

Follow the BlueXP documentation to complete the following steps. See Getting started with Cloud Volumes ONTAP in GCP.

Before you begin

  • Access to the GCP Service Account with the required IAM permissions and roles

Steps

  1. Add your credentials to BlueXP. See Adding GCP accounts.

  2. Add a connector for GCP.

    1. Choose "GCP" as the Provider.

    2. Enter GCP credentials. See Creating a connector in GCP from BlueXP.

    3. Ensure that the connector is running and switch to that connector.

  3. Create a working environment for your cloud environment.

    1. Location: "GCP"

    2. Type: "Cloud Volumes ONTAP HA"

  4. Import the OpenShift cluster. The cluster will connect to the working environment you just created.

    1. View the NetApp cluster details by selecting K8s > Cluster list > Cluster Details.

    2. In the upper right corner, note the Trident version.

    3. Note the Cloud Volumes ONTAP cluster storage classes showing "NetApp" as the provisioner.

      This imports your Red Hat OpenShift cluster and assigns it a default storage class. You select the storage class.
      Astra Trident is automatically installed as part of the import and discovery process.

  5. Note all the persistent volumes and volumes in this Cloud Volumes ONTAP deployment.

Tip Cloud Volumes ONTAP can operate as a single node or in High Availability (HA). If HA is enabled, note the HA status and node deployment status running in GCP.

Install Astra Control Center for GCP

Follow the standard Astra Control Center installation instructions.

Note GCP uses the Generic S3 bucket type.

  1. Generate the Docker Secret to pull images for the Astra Control Center installation:

    kubectl create secret docker-registry <secret name> --docker-server=<Registry location> --docker-username=_json_key --docker-password="$(cat <GCP Service Account JSON file>)" --namespace=pcloud

Deploy Astra Control Center in Microsoft Azure

You can deploy Astra Control Center on a self-managed Kubernetes cluster hosted on a Microsoft Azure public cloud.

What you'll need for Azure

Before you deploy Astra Control Center in Azure, you will need the following items:

  • Astra Control Center license. Refer to Astra Control Center licensing requirements.

  • Meet Astra Control Center requirements.

  • NetApp Cloud Central account

  • If using OCP, Red Hat OpenShift Container Platform (OCP) 4.11 through 4.13

  • If using OCP, Red Hat OpenShift Container Platform (OCP) permissions (on namespace level to create pods)

  • Azure credentials with permissions that enable you to create buckets and connectors

Operational environment requirements for Azure

Ensure that the operating environment you choose to host Astra Control Center meets the basic resource requirements outlined in the environment's official documentation.

Astra Control Center requires the following resources in addition to the environment's resource requirements:

Refer to Astra Control Center operational environment requirements.

Component Requirement

Backend NetApp Cloud Volumes ONTAP storage capacity

At least 300GB available

Worker nodes (Azure compute requirement)

At least 3 worker nodes total, with 4 vCPU cores and 12GB RAM each

Load balancer

Service type "LoadBalancer" available for ingress traffic to be sent to services in the operational environment cluster

FQDN (Azure DNS zone)

A method for pointing the FQDN of Astra Control Center to the load balanced IP address

Astra Trident (installed as part of the Kubernetes cluster discovery in NetApp BlueXP)

Astra Trident 22.10 or newer installed and configured and NetApp ONTAP version 9.8 or newer will be used as a storage backend

Image registry

NetApp provides a registry that you can use to obtain Astra Control Center build images:
http://netappdownloads.jfrog.io/docker-astra-control-prod
Contact NetApp Support to obtain instructions on using this image registry during the Astra Control Center installation process.

If you are unable to access the NetApp image registry, you must have an existing private registry, such as Azure Container Registry (ACR), to which you can push Astra Control Center build images. You need to provide the URL of the image registry where you will upload the images.

Note You need to enable anonymous access to pull Restic images for backups.

Astra Trident / ONTAP configuration

Astra Control Center requires that a storage class be created and set as the default storage class. Astra Control Center supports the following ONTAP Kubernetes storage classes that are created when you import your Kubernetes cluster into NetApp BlueXP. These are provided by Astra Trident:

  • vsaworkingenvironment-<>-ha-nas csi.trident.netapp.io

  • vsaworkingenvironment-<>-ha-san csi.trident.netapp.io

  • vsaworkingenvironment-<>-single-nas csi.trident.netapp.io

  • vsaworkingenvironment-<>-single-san csi.trident.netapp.io
Note These requirements assume that Astra Control Center is the only application running in the operational environment. If the environment is running additional applications, adjust these minimum requirements accordingly.

Overview of deployment for Azure

Here is an overview of the process to install Astra Control Center for Azure.

Each of these steps is explained in more detail below.

  1. Install a RedHat OpenShift cluster on Azure.

  2. Create Azure resource groups.

  3. Ensure that you have sufficient IAM permissions.

  4. Configure Azure.

  5. Configure NetApp BlueXP (formerly Cloud Manager) for Azure.

  6. Install and configure Astra Control Center for Azure.

Install a RedHat OpenShift cluster on Azure

The first step is to install a RedHat OpenShift cluster on Azure.

For installation instructions, see the following:

Create Azure resource groups

Create at least one Azure resource group.

Note OpenShift might create its own resource groups. In addition to these, you should also define Azure resource groups. Refer to OpenShift documentation.

You might want to create a platform cluster resource group and a target app OpenShift cluster resource group.

Ensure that you have sufficient IAM permissions

Ensure that you have sufficient IAM roles and permissions that enable you to install a RedHat OpenShift cluster and a NetApp BlueXP Connector.

See Azure credentials and permissions.

Configure Azure

Next, configure Azure to create a virtual network, set up compute instances, and create an Azure Blob container. If you cannot access the NetApp Astra Control Center image registry, you will also need to create an Azure Container Registry (ACR) to host the Astra Control Center images, and push the images to this registry.

Follow the Azure documentation to complete the following steps. See Installing OpenShift cluster on Azure.

  1. Create an Azure virtual network.

  2. Review the compute instances. This can be a bare metal server or VMs in Azure.

  3. If the instance type does not already match the Astra minimum resource requirements for master and worker nodes, change the instance type in Azure to meet the Astra requirements. Refer to Astra Control Center requirements.

  4. Create at least one Azure Blob container to store your backups.

  5. Create a storage account. You will need a storage account to create a container to be used as a bucket in Astra Control Center.

  6. Create a secret, which is required for bucket access.

  7. (Optional) If you cannot access the NetApp image registry, do the following:

    1. Create an Azure Container Registry (ACR) to host the Astra Control Center images.

    2. Set up ACR access for Docker push/pull for all the Astra Control Center images.

    3. Push the Astra Control Center images to this registry using the following script:

      az acr login -n <AZ ACR URL/Location>
This script requires the Astra Control Center manifest file and your Azure ACR location.

      Example:

      manifestfile=astra-control-center-<version>.manifest
AZ_ACR_REGISTRY=<target image registry>
ASTRA_REGISTRY=<source Astra Control Center image registry>

while IFS= read -r image; do
    echo "image: $ASTRA_REGISTRY/$image $AZ_ACR_REGISTRY/$image"
    root_image=${image%:*}
    echo $root_image
    docker pull $ASTRA_REGISTRY/$image
    docker tag $ASTRA_REGISTRY/$image $AZ_ACR_REGISTRYY/$image
    docker push $AZ_ACR_REGISTRY/$image
done < astra-control-center-22.04.41.manifest

  8. Set up DNS zones.

Configure NetApp BlueXP (formerly Cloud Manager) for Azure

Using BlueXP (formerly Cloud Manager), create a workspace, add a connector to Azure, create a working environment, and import the cluster.

Follow the BlueXP documentation to complete the following steps. See Getting started with BlueXP in Azure.

Before you begin

Access to the Azure account with the required IAM permissions and roles

Steps

  1. Add your credentials to BlueXP.

  2. Add a connector for Azure. See BlueXP policies.

    1. Choose Azure as the Provider.

    2. Enter Azure credentials, including the application ID, client secret, and directory (tenant) ID.

      See Creating a connector in Azure from BlueXPr.

  3. Ensure that the connector is running and switch to that connector.

    This image shows connectors in BlueXP

  4. Create a working environment for your cloud environment.

    1. Location: "Microsoft Azure".

    2. Type: "Cloud Volumes ONTAP HA".

    This image shows working environment locations in BlueXP

  5. Import the OpenShift cluster. The cluster will connect to the working environment you just created.

    1. View the NetApp cluster details by selecting K8s > Cluster list > Cluster Details.

      This image shows an imported cluster in BlueXP

    2. In the upper right corner, note the Astra Trident version.

    3. Note the Cloud Volumes ONTAP cluster storage classes showing NetApp as the provisioner.

    This imports your Red Hat OpenShift cluster and assigns a default storage class. You select the storage class.
    Astra Trident is automatically installed as part of the import and discovery process.

  6. Note all the persistent volumes and volumes in this Cloud Volumes ONTAP deployment.

  7. Cloud Volumes ONTAP can operate as a single node or in High Availability. If HA is enabled, note the HA status and node deployment status running in Azure.

Install and configure Astra Control Center for Azure

Install Astra Control Center with the standard installation instructions.

Using Astra Control Center, add an Azure bucket. Refer to Set up Astra Control Center and add buckets.