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The most commonly deployed StorONE (S1) system consists of a two-node cluster. The nodes are serv...

The StorONE (S1) system offers sophisticated monitoring features to effectively monitor the syste...

For block volumes on the StorONE system, you must map initiator hosts to StorONE volumes to allow...

The settings command can help you to increase security, detect abnormal storage capacity allocati...

The applications mappings add command maps volumes (that are in the same application instance) to...

Object storage architecture Object storage is a storage architecture that manages data in a fl...

A logical volume provides storage that can be used in different ways. For example, you can use a ...

You can create file Server Message Block (SMB) or Network File System (NFS) file shares on the ...

  You can take snapshots manually for volumes or consistency groups. To take a snapshot of a...

The S1 CLI allows you to generate an encryption key. You can use this key to encrypt the consiste...

In the StorONE system, an application is a logical namespace for grouping virtual storage contain...

All StorONE (S1) systems connect to a management station, also known as a relay. The command line...

A typical StorONE (S1) system consists of a highly available (HA) two-node cluster. The S1 system...

The StorONE (S1) system may be accessed by multiple users. Using the S1 CLI client, you can list,...

The StorONE command line interface (CLI) provides five fundamental commands that allow users to m...

Terminology A command that follows another command is called a subcommand. For example, in t...

Before you can replicate a virtual storage container (VSC, also referred to as a volume in the do...

The StorONE system includes a robust and flexible replication solution that can be used for high ...

Object storage is a storage architecture that manages data as distinct units called objects. Each...

Creating a share requires a Network Attached Server (NAS). Note: The volume that you want to sha...