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NetVault Bare Metal Recovery 12.0 - User Guide for Plug-ins

Table of Contents

Introducing NetVault Bare Metal Recovery Plug-ins

NetVault Bare Metal Recovery Plug-ins: at a glance Key benefits Feature summary Target audience Recommended additional reading

Deploying NetVault Bare Metal Recovery

NetVault Bare Metal Recovery components

Plug-in Offline Client component Plug-in Live Client for Windows component Plug-in Live Client for Linux component Plug-in Server component VaultOS component

NetVault Bare Metal Recovery deployment scenarios

Plug-in Offline Client only x86/x86-64 clients with Windows-based NetVault Backup Server deployment Plug-in Offline Client only x86/x86-64 Clients with Linux-based NetVault Backup Server deployment Plug-in Live Client for Windows withWindows-based NetVault Backup Server deployment Plug-in Live Client for Windows with Linux-based NetVault Backup Server deployment Plug-in Live Client for Linux with Linux-based NetVault Backup Server deployment Plug-in Live Client for Linux with Windows-based NetVault Backup Server deployment Plug-in Live Client for Windows and for Linux with Linux-based NetVault Backup Server deployment Plug-in Live Client for Windows and for Linux with Windows-based NetVault Backup Server deployment

Using the Plug-in Offline Client

Plug-in Server: an overview Installing and removing Plug-in Server

Prerequisites for installing Plug-in Server Installing or upgrading Plug-in Server Removing Plug-in Server Upgrading Plug-in Server

Configuring Plug-in Server for use with Plug-in Offline Client

Creating a Plug-in Offline Client Boot System

Creating a Linux-based Boot System Creating a Windows PE-based Boot System Creating a rescue device for use with a LiveCD

Adding a NetVault Bare Metal Recovery Client to the Plug-in Server

Editing an existing NetVault Bare Metal Recovery Client Removing a NetVault Bare Metal Recovery Client

Booting a NetVault Bare Metal Recovery Client with Plug-in Offline Client

Booting with Plug-in Offline Client

Using a Windows Server 2012-based virtual machine with Plug-in Offline Client for Linux Gathering NetVault Bare Metal Recovery Client network information Booting the NetVault Bare Metal Recovery Client with the Linux-based Plug-in Offline Client Booting the NetVault Bare Metal Recovery Client with the Windows PE-based Plug-in Offline Client Loading drivers dynamically Injecting drivers and restarting drdaemon to facilitate storage controller recognition Injecting drivers into the Plug-in Offline Client image Booting the NetVault Bare Metal Recovery Client from a LiveCD

Backing up data with Plug-in Offline Client

Prerequisites for backing up data with Plug-in Offline Client

Booting the NetVault Bare Metal Recovery Client with Plug-in Offline Client Verifying Disk Geometry and Device Size

Backing up data with Plug-in Offline Client

Selecting data for a backup with Plug-in Offline Client Setting backup options for backing up data with Plug-in Offline Client Finalizing and submitting the job for backing up data with Plug-in Offline Client

Restoring data with Plug-in Offline Client

Using Plug-in Offline Client to restore data to a physical machine

Prerequisites for restoring data with Plug-in Offline Client to a physical machine Restore procedure for using Plug-in Offline Client to restore data to a physical machine Post-restore for using Plug-in Offline Client to restore data to a physical machine

Using Plug-in Offline Client to restore data as a VMDK Image

Selecting data for a restore using Plug-in Offline Client to restore data as a VMDK Image Setting restore options for using Plug-in Offline Client to restore data as a VMDK Image Finalizing and submitting the job for using Plug-in Offline Client to restore data as a VMDK Image Creating the VM from the restored VMDK Image

Using Plug-in Offline Client to recover data to a standby NetVault Bare Metal Recovery Client

Using NetVault Bare Metal Recovery Plug-in Live Client for Windows

Plug-in Live Client for Windows: an overview

Plug-in Live Client environment overview for Windows

Configuring Plug-in Server for use with Plug-in Live Client for Windows

Creating a Plug-in Offline Client Boot Systemfor use with Plug-in Live Client for Windows

Creating a Linux-based Boot System for use with Plug-in Live Client for Windows Creating a Windows PE-based Boot System for use with Plug-in Live Client for Windows Installing VaultOS on a writable CD for use with Plug-in Live Client for Windows

Adding a NetVault Bare Metal Recovery Client to the Plug-in Server for use with Plug-in Live Client for Windows

Editing an existing NetVault Bare Metal Recovery Client for use with Plug-in Live Client for Windows Removing a NetVault Bare Metal Recovery Client from use with Plug-in Live Client for Windows

Installing and removing Plug-in Live Client for Windows

Installing or upgrading Plug-in Server for use with Plug-in Live Client for Windows Adding Plug-in Live Clients for use with Plug-in Live Client for Windows Installing or upgrading Plug-in Live Client foruse with Plug-in Live Client for Windows Upgrading Plug-in Live Client on Windows Server 2008 and later Removing Plug-in Live Client for Windows

Backing up data with Plug-in Live Client for Windows

Prerequisites for backing up data with Plug-in Live Client for Windows

Verifying access to the Plug-in Server for use with Plug-in Live Client for Windows Verifying Disk Geometry and Device Size for use with Plug-in Live Client for Windows

Performing an online backup of data with Windows Server 2008 or later using Plug-in Live Client for Windows

Selecting data for a backup with Plug-in Live Client for Windows using Windows Server 2008 or later Setting backup options for a backup with Plug-in Live Client for Windows using Windows Server 2008 or later Finalizing and submitting the job for a backup with Plug-in Live Client for Windows using Windows Server 2008 or later

Booting a NetVault Bare Metal Recovery Client with Plug-in Offline Client

Booting with Plug-in Offline Client

Gathering NetVault Bare Metal Recovery Client network information Booting the NetVault Bare Metal Recovery Client with the Linux-Based Plug-in Offline Client Booting the NetVault Bare Metal Recovery Client with the Windows PE-based Plug-in Offline Client

Restoring data with Plug-in Live Client for Windows

Restoring to a physical machine with Plug-in Live Client for Windows

Prerequisites for restoring to a physical machine with Plug-in Live Client for Windows Restore procedure for restoring data with Plug-in Live Client for Windows

Restoring data as a VMDK Image with Plug-in Live Client for Windows

Selecting data for a restore as a VMDK Image with Plug-in Live Client for Windows Setting restore options for a restore as a VMDK Image with Plug-in Live Client for Windows Finalizing and submitting the job for a restore as a VMDK Image with Plug-in Live Client for Windows Creating the VM for a restore as a VMDK Image with Plug-in Live Client for Windows

Using NetVault Bare Metal Recovery Plug-in Live Client for Linux

Plug-in Live Client for Linux: an overview Installing and removing Plug-in Live Client for Linux

Prerequisites for installing Plug-in Live Client for Linux Installing or upgrading Plug-in Live Client for Linux on each Linux-based NetVault Bare Metal Recovery Client

Storix installation for Plug-in Live Client for Linux

Removing Plug-in Live Client for Linux

Removal of associated subdirectories for Plug-in Live Client for Linux

Generating a DR image for use with Plug-in Live Client for Linux

Selecting data for a backup with Plug-in Live Client for Linux

Setting backup options for a backup with Plug-in Live Client for Linux

Finalizing and submitting the job for a backup with Plug-in Live Client for Linux

Creating the required bootable CD for use with Plug-in Live Client for Linux

Creating the CD and saving it for future use with Plug-in Live Client for Linux Creating the CD at the time of recovery for use with Plug-in Live Client for Linux

Selecting data for a restore with Plug-in Live Client for Linux Finalizing and submitting a restore with Plug-in Live Client for Linux

Recovering a DR image for use with Plug-in Live Client for Linux

Restoring data using a DR image with Plug-in Live Client for Linux

Selecting data for a restore with a DR image with Plug-in Live Client for Linux Setting restore options for a DR image with Plug-in Live Client for Linux Finalizing and submitting the job for a restore with a DR image with Plug-in Live Client for Linux

Booting the target NetVault Bare Metal Recovery Client with the appropriate OS and drivers for use with Plug-in Live Client for Linux

Prerequisites for booting the target NetVault Bare Metal Recovery Client for use with Plug-in Live Client for Linux Reconfiguring the communication port for the target NetVault Bare Metal Recovery Client for use with Plug-in Live Client for Linux (optional) Boot procedure for the target NetVault Bare Metal Recovery Client for use with Plug-in Live Client for Linux Accommodating for Raw disks for use with Plug-in Live Client for Linux

Monitoring job progress and finalizing a recovery with Plug-in Live Client for Linux

"Superblock last…" messages appear during fsck process

Completing post-restore requirements for use with Plug-in Live Client for Linux

Updating the UUID information manually

NetVault Bare Metal Recovery physical-to-virtual (P2V) recovery

Installing SCSI and IDE device drivers on a physical machine Supported physical to virtual configurations

Troubleshooting

Excluding LUNs from the NetVault Backup Selections pages Performing a restore in which Disk Numbers are different from the backup Access denied during MBR recovery Restoring a saveset creates a filesystem with default parameters VMware ESX and ESXi Server 4.x and earlier not supported with Windows PE

Introducing NetVault Bare Metal Recovery Plug-ins

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NetVault Bare Metal Recovery Plug-ins: at a glance

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Feature summary

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Target audience

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Recommended additional reading

NetVault Bare Metal Recovery Plug-ins: at a glance

Quest® NetVault® Bare Metal Recovery Plug-ins reduce the time required to recover a failed disk drive and restore operations. Online full-partition backups and offline block-level backups can be scheduled as an extension to your existing backup routine. If a server fails, you can use the provided minimal operating system (OS) to recover a system that has no functioning OS. After it is in a state to be restored, the Quest NetVault Backup (NetVault Backup) web-based user interface (WebUI) is used to restore the most recent system image. NetVault Bare Metal Recovery improves your ability to meet Recovery Time Objectives (RTOs) and service-level agreements (SLAs) by eliminating much of the manual intervention and guesswork commonly associated with the task of rebuilding a disk. By automating system recovery — including recovery of operating systems, network settings, system settings, applications, disk partitions, and data — NetVault Bare Metal Recovery ensures that the disk rebuild is completed correctly.

Key benefits

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Speeds bare metal recovery to minimize downtime: A typical bare metal recovery can consume an entire day. Using NetVault Bare Metal Recovery, you can reduce the task of rebuilding a disk to a few hours — minimizing downtime and improving user productivity. NetVault Bare Metal Recovery provides protection for operating systems, network settings, systems settings, application binaries, disk partitions, and data. Providing protection down to the partition level, NetVault Bare Metal Recovery lets you choose between online backups, allowing a protected system to remain online and available to your users and offline block-level backups. Using the Plug-in Offline Client minimal OS that is provided, NetVault Bare Metal Recovery lets you recover a system that has no functional OS. NetVault Bare Metal Recovery substantially reduces the time consuming manual steps typically required to rebuild the disk and restore operations and enables you to meet aggressive RTOs.

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Reduces risk by reducing manual intervention: One problem inherent to bare metal recoveries is the amount of information required to ensure success on the first attempt. A typical manual bare metal recovery may include sixteen or more steps, with each requiring input of values that must be correct to minimize the effect on users. By providing protection down to the partition level during regularly scheduled online or offline backups, NetVault Bare Metal Recovery manages these steps for you, eliminates guesswork, and keeps you current with changes and modified server configurations.

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Ensures business continuity: NetVault Bare Metal Recovery provides an added level of protection to ensure business continuity. NetVault Bare Metal Recovery takes advantage of NetVault Backup’s integration with a range of backup devices. NetVault Bare Metal Recovery gives you the confidence that your critical system settings are captured regularly and stored offsite for disaster-recovery purposes. When combined with Quest NetVault Backup Plug-ins, NetVault Bare Metal Recovery ensures a comprehensive data-protection strategy.

Feature summary

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Online full partition backups

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Offline block-level backups

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Windows Volume Shadow Copy Service (VSS)-based backups

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Protect boot and system Images on Linux platforms

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Recover machines with no functional OS

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Boot from provided minimal OS to initiate recovery

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