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Version: 3.2

Upgrade Portworx on AWS EKS and EKS-D using the Operator

Utilizing the Portworx Operator, you can easily upgrade or modify your Portworx version on Amazon Elastic Kubernetes Service (EKS) and EKS-Distro (EKS-D). The Operator not only manages the Portworx cluster but also other essential components like Stork and Autopilot.

Smart upgrade​

The Smart upgrade feature introduces a streamlined, resilient upgrade process for Portworx nodes, allowing them to be upgraded in parallel while maintaining volume quorum and without application disruption.

By default, smart upgrade is disabled and maxUnavailable value is set to 1. This means one Portworx node is upgraded at a time.

You can enable the smart upgrade by setting the spec.updateStrategy.rollingUpdate.disruption.allow parameter to false and set the maximum number of nodes that can be upgraded at a time using the spec.updateStrategy.rollingUpdate.maxUnavailable parameter in the StorageCluster.

The following are the key benefits of using smart upgrades:

  • Parallel upgrades: Based on volume distribution, the Portworx Operator tries the best to select multiple nodes for concurrent upgrades, accelerating the upgrade process while eliminating downtime and application disruption.
  • Volume quorum maintenance: Ensures volume quorum is maintained throughout the upgrade process.
  • Managed node upgrades: You can use the spec.updateStrategy.rollingUpdate.maxUnavailable parameter in the StorageCluster CRD to manage the number of nodes upgraded in parallel.
  • Automatic reconciliation: The Portworx operator actively monitors and reconciles the storage nodes during upgrades, ensuring smooth progression while preserving quorum integrity.
important
  • There will be a downtime for applications using volumes with a replication factor of 1.
  • Smart upgrade is not supported for synchronous DR setup.

Prerequisites​

  • Ensure Portworx is running through the Operator in your AWS EKS or EKS-D cluster. This method is not suitable for other Portworx deployment methods.
  • You must be running the latest available version of the Operator.

  • For smart upgrades, ensure the following prerequisites are met:
    • Required Portworx and Operator versions:
      • Portworx version 3.1.2 or later
      • Operator version 24.2.0 or later
    • The cluster must be ready and available for upgrade. You can use the pxctl status and kubectl get storagenodes -n portworx commands to check the cluster status.
      • No nodes or pools should be under maintenance.
      • No decommissioned nodes should appear in the output of the kubectl get storagenodes command.
      • No nodes should have the px/service=stop or px/service=disabled label. If nodes have these labels, remove them and restart the Portworx service or decommission the node before the upgrade.

Upgrade Portworx​

  1. Identify Your StorageCluster:

    Retrieve the name of your Portworx StorageCluster within the appropriate namespace:

    kubectl get storagecluster -n <px-namespace>
    NAME                                            STATUS   VERSION   AGE
    px-cluster-xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx Online   2.10.3    43d

    If your cluster is installed in a different namespace, specify it using the -n flag.

  2. Edit the StorageCluster:

    Modify the StorageCluster resource to update Portworx to the desired version:

    kubectl edit storagecluster -n <px-namespace> <storagecluster-name>

    In the editor, make the following changes in the StorageCluster:

    • Update the spec.image field to your desired Portworx version.
    • (optional) For smart upgrade, ensure that the spec.updateStrategy.rollingUpdate.disruption.allow parameter is set to false and the maximum number of nodes that can be upgraded at a time is set using the spec.updateStrategy.rollingUpdate.maxUnavailable parameter.
    apiVersion: core.libopenstorage.org/v1
    kind: StorageCluster
    metadata:
       name: portworx
       namespace: <px-namespace>
    spec:
       image: portworx/oci-monitor:<desired-version>
       # For smart upgrades, ensure that the below lines are uncommented and `disruption.allow` is set to false. You can use the `maxUnavailable` field to control the maximum number of Portworx nodes that can be upgraded at a time.
       #updateStrategy:
       #   type: RollingUpdate
       #   rollingUpdate:
       #      maxUnavailable: 5
       #      minReadySeconds: 0
       #      disruption:
       #         allow: false
    note
    • If there are any component images configured in the StorageCluster, such as the spec.stork.image or spec.autopilot.image fields, you need to update the image fields to the latest version.
    • To look up recent versions, refer to the following release notes:

  3. Verify the Upgrade:

    Confirm the upgrade by checking the Portworx version on the nodes:

    kubectl get storagenodes -n <px-namespace> -l name=portworx
    NAME       ID                                     STATUS   VERSION          AGE
    node-1-1   xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx   Online   <desired-version>   10d

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