System Requirements
The protected Linux-based endpoint must meet requirements listed in the table below.
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The following system requirements apply to Veeam Agent for Linux operating in the standalone mode. To learn about system requirements for Veeam Agent managed by Veeam Backup & Replication, see the System Requirements section in the Veeam Agent Management Guide. |
Specification | Requirement |
Hardware | CPU: x86-64 processor (i386 or later). Memory: 1 GB RAM. Disk Space: 100 MB free disk space for product installation. Network: 10 Mbps or faster network connection to a backup target. System firmware: BIOS or UEFI. Disk layout: MBR or GPT. For virtual machines: Only full virtualization type is supported. Containers and paravirtualized instances are not supported. OVM is supported with limitations1. 1 Veeam Recovery Media version 3.0 does not support OVM virtual machines. Use a previous version of Veeam Recovery Media or contact Veeam Customer Support for workarounds. |
OS | Linux kernel 2.6.32 or later1 is supported. Both 64-bit and 32-bit versions of the following distributions2 are supported:
1 As long as you use kernels supplied by your distribution. Consider the following limitations:
2 Only GA versions that have been released before the current version of Veeam Agent for Linux are supported. 3 Pre-built binary veeamsnap kernel module packages are not compatible with these distributions. Use the dkms packages instead. 4 Consider the following:
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Veeam Agent for Linux supports consistent snapshot-based data backup for the following file systems1:
The supported file system (except for Btrfs) can reside on a simple volume or LVM2 volume; volumes protected with encryption software such as dm-crypt are supported. Btrfs is supported only if it resides directly on a physical device with no additional abstraction layers (such as LVM, software RAID, dm-crypt and so on) below or above it. Data that resides on other file systems and volumes (including NFS and SMB shares) can be backed up using the snapshot-less mode. For details, see Snapshot-Less File-Level Backup. 1 Consider the following:
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Software | Important! Linux user account used to work with Veeam Agent for Linux must have the /bin/bash shell set as the default shell. Protected computer must have the following components installed:
1 Not required for CentOS, RHEL and SLES distributions if a pre-built binary veeamsnap package is to be installed. For details, see Installing Veeam Agent for Linux. 2 For openSUSE Leap 15 and SLES distributions, either of the following packages is required: libncurses5 or libncurses6. 3 Required for Veeam Agent management — a valid BIOS UUID must be obtainable either from dmidecode | grep -i uuid or from /sys/class/dmi/id/product_uuid. Each Veeam Agent that consumes a license installed in Veeam Backup & Replication must have a unique BIOS UUID. If a valid UUID cannot be obtained, Veeam will generate it automatically. |
Backup Source
Any file systems and devices that are accessible from the host OS1.
1 Limitations apply. For more information, see File System.
Backup Target
Backup can be performed to the following types of storage:
- Local (internal) storage of the protected computer (not recommended).
- Direct attached storage (DAS), such as USB, eSATA or Firewire external drives.
- Network Attached Storage (NAS) able to represent itself as SMB (CIFS) or NFS share. Requires cifs-utils or nfs-utils packages to be installed on the Veeam Agent for Linux computer, depending on a network storage type.
- Veeam Backup & Replication 9.5 Update 4 or later backup repository (except DataDomain DDboost, HPE StoreOnce).
- Veeam Cloud Connect 9.5 Update 4 or later cloud repository.
Network
Consider the following:
- Veeam Agent for Linux should be able to establish a direct IP connection to the Veeam Backup & Replication server. Thus, Veeam Agent for Linux cannot work with Veeam Backup & Replication that is located behind the NAT gateway.
- Domain names of the Veeam Agent computer, Veeam Backup & Replication server and other servers in the Veeam backup infrastructure must be resolvable into IPv4 addresses.