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Install Portworx

Install on Kubernetes

Air-gapped clusters

Air-gapped on bare metal

Air-gapped on EKS

Air-gapped install bootstrap script reference

Bare metal Kubernetes

Auto Scaling groups (ASG)

Elastic Kubernetes Service (EKS)

AWS EKS Blueprints

Install with creation of new cluster

Install on an existing cluster

AWS Marketplace

Kubernetes Operations (KOPS)

Amazon EKS Anywhere

Azure Kubernetes Service (AKS)

Azure managed identity on AKS

Oracle Container Engine

GCP Marketplace

GCP Marketplace CLI

Upgrade GKE node types

Install using the Operator

Custom container registry

Install Portworx

Upgrade Portworx

Install on OpenShift

Install on vSphere

Install with console plugin

Install with console plugin

Install on ROSA

Install with console plugin

Air-gapped on vSphere

All other environments

Install the Portworx Operator

Deploy Portworx using the Operator

Upgrade Operator

Disaggregated installation

Activate Enterprise license

Monitor your Portworx cluster

Install on other orchestrators

Install on Docker Standalone

Install on Docker Swarm

Jenkins on Swarm with Portworx

Install on Kubernetes with Docker EE

Install as a Nomad job

Kubernetes operations

Upgrade using the Operator

Upgrade using the Daemonset

Upgrade on IBM Cloud

Air-gapped cluster upgrade

Cluster Topology awareness

FlashArray and FlashBlade CSI topology

Using PX-Central

Storage operations

Volume Placement Strategies

Create and use VolumePlacementStrategies

VolumePlacementStrategy CRD reference

Create PX-Fast PVCs

Create sharedv4 PVCs

Dynamic Provisioning of PVCs

Control volume provisioning

Create encrypted PVCs

Create proxy volume PVCs

Expand your storage pool size

Access via Non-Root Users

Using Pre-provisioned Volumes

Create PVCs using the ReadOnlyMany access mode

Pure FlashArray PVCs

Pure FlashBlade PVCs

Object storage operations

Install Object Service

Import existing buckets

Application setup with bucket access

Stateful applications operations

ApplicationRegistration

Stateful Application CRD Reference

Create and use snapshots

On-demand snapshots

Local snapshots

Cloud snapshots

Scheduled snapshots

Configuring 3DSnaps

Snapshot methods

Incremental cloud snapshots

Run Hyper Converged Using Stork

Using Velero with Portworx

Kubernetes Storage 101

Persistent volumes

Stateful applications

Hyperconvergence

Snapshots and Backups

Configure IO profiles

Application I/O Control

Portworx with CSI

CSI Enabled Storage Classes by Portworx

Volume Lifecycle Basics

Data Protection and Snapshots

Secure your volumes

Use Ephemeral volumes

Raw Block Devices

Stateful applications

Discussion forum

Deployment architectures

Single data center

DR and multi-DC HA

The limits of traditional DR

Elasticsearch and Kibana

Install Elasticsearch and Kibana

Scale Elasticsearch

Failover Elasticsearch

Kafka with Zookeeper

Test Failover of a MySQL pod

Autopilot Install and Setup

Working with Autopilot Rules

Action approvals

Approvals using kubectl

Approvals using GitOps and Github

Operating and Troubleshooting

Automatically grow PVCs

Expand all storage pools

Expand storage pools by usage

Rebalance storage pools

Disaster Recovery (DR)

Prepare your Portworx cluster

Generate ClusterPair

Rancher Projects

Synchronize your clusters

Configure reverse migration

Failover an application

Failback an application

Useful references

Asynchronous DR

Prepare your environment

Generate cluster pair

Rancher Projects

Schedule a migration

Failover an application

Clean up disaster recovery objects

Supported Kubernetes Resources

Migrations using service accounts

Live VM Migration

Cloud drive operations

AWS gp3 volumes

GCP cloud drive encryption with CMEK

Operate and troubleshoot IBM Cloud Drives

Enabling Authorization

PVCs and Stork with Authorization

Other Operations

Advanced installation parameters

Certificates as Kubernetes Secrets

Evacuating a Portworx node

Update Portworx file system dependencies

IPv6 with Portworx

Migrate from DaemonSet to Operator

Migrate from DaemonSet to Operator

Migrate IBM Cloud

Migrate Portworx volumes

Migration with Stork

Set up a Cluster Admin namespace

Use service accounts

Tune performance

Collect diagnostics

Troubleshoot and Get Support

Scale or Restrict

Enter Maintenance Mode

Operation control with systemd

Unlink a Portworx Essentials cluster

Uninstall using the Operator

Uninstall using the DaemonSet

Decommission a Node

Decommission FlashArray nodes

Operations on other orchestrators

Performance and Tuning

Performance Tuning

FIO Performance

SQL Performance

NoSQL Performance

Monitoring your cluster

Alerting with Portworx

Grafana with Portworx

Portworx Alerts

Portworx integration with Prometheus

Adding storage to existing Portworx Cluster Nodes

Scale down nodes

Scaling out an existing Portworx Cluster

How Portworx Volumes work with Docker

Use Portworx with Swarm

Docker stateful applications

Microsoft SQL Server

Docker Registry

Upgrade Portworx

Volume lifecycle basics

Secure your volumes

Data protection and snapshots

Uninstall Portworx

Inline volumes with Docker

Portworx CSI Driver

Portworx licenses

Licensing operations

Portworx Essentials license

Portworx Enterprise license

Enable using Activation ID

Enable using Cluster UUID

Enable pay-as-you-go billing

Air-gapped pay-as-you-go billing

Transfer licenses

Etcd for Portworx

Secret Store management

IBM key management services

Kubernetes Secrets

PVC Encryption with CSI and Kubernetes

Google Cloud KMS

Azure Key Vault

Architecture References

Deployment architectures

Automatic disk provisioning

Pure FlashArray

Troubleshooting

Operations guide

Manage storage nodes

Securing your Portworx system

Deploying in Kubernetes

Secure your storage with a DaemonSet

Step 1: Generate shared secrets

Step 2: Enable security in Portworx

Step 3: Generate tokens

Step 4: StorageClass Setup

Secure your storage with the Operator

Step 1: Enable security in Portworx

Step 2: StorageClass Setup

Step 3: Customizing security setup

Multitenancy using namespaces

Step 1: Enable security in Portworx

Step 2: Generate multitenant tokens

Step 3: Set up the StorageClass

Example application

Role-Based Access Control

PX-Security on Kubernetes clusters

Use pxctl with security enabled

Storage pool caching

Class of Service

Sharedv4 Volumes

Topology awareness

pxctl reference

pxctl clouddrive

pxctl cloudmigrate

pxctl cloudsnap

pxctl credentials

pxctl sched-policy

pxctl storage-policy

Create and Manage Volumes

Inspect Volumes

PX-Fast volumes

Updating Volumes using pxctl

Cluster Operations

Volume trash can

Snapshot Schedule Policies

Cloud Credentials

Cloud Drives (ASG)

Cloud Migrations

Encrypted Volumes

Dump and Upload cluster-wide secrets

Generate Tokens

Filtering pxctl output with jq

Remove or replace a failed drive

Custom Resource Definitions

ResourceTransformation

Migration and MigrationSchedule

FlashArray and FlashBlade

FlashBlade and FlashArray JSON

Supported models and versions

FlashBlade and FlashArray env vars

Set up FlashArray NVMe/RoCE

Runtime parameters

Portworx Metrics for monitoring

Supported disks

Supported Kernels

Operator OpenShift upgrade path

Portworx instructional videos

Portworx Release Notes

Autopilot Release Notes

Portworx Operator Release Notes

Other products

PX-Central on-premises Portworx Backup as-a-service Portworx Data Services Portworx Backup

Monitoring

This topic explains how to monitor Portworx on Kubernetes.

Using PX-Central

Last edited: Tuesday, May 9, 2023

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