What are the main features and advantages of Paragon Protect & Restore Hyper-V?
HyperV Backup – Protects virtual machines with image-based backup technology.
Agentless Protection – Reduces guest load during backup and recovery tasks.
Fast Recovery – Restores virtual machines quickly after failures or errors.
Central Management – Simplifies backup control across protected virtual environments.
Disaster Readiness – Supports business continuity with reliable restore options.
Performance Continuity – Supports long-term virtual infrastructure stability and recovery efficiency.
Central console – Manage all backup and recovery centrally.
Hyper-V protection – Backs up entire guest VMs without in-guest agents.
pVHD format – Compresses backup archives to about a quarter.
Instant restore – Boots a VM from any restore point.
Performance Metric – AES 256-bit encryption protects stored backup data.
Important – Official Hyper-V support covers versions through 2012 R2.
Paragon Protect & Restore is a centralized backup and disaster-recovery platform for virtual and physical Windows environments. The Hyper-V licensing focuses that platform on Microsoft Hyper-V hosts and their guest machines alongside physical servers.
Lower admin load – One console runs all backup tasks.
Flexible recovery – Restore whole VMs or single files.
Smaller storage use – Deduplication and incrementals cut backup size.
Minimal downtime – Instant restore boots failed machines quickly.
Faster WAN transfers – ProTran moves VM data up to 300% faster.
Tiered storage – Two-tier setup balances speed and capacity.
It backs up and recovers Microsoft Hyper-V virtual machines and physical Windows servers from a single management console. Backups are written to Paragon's pVHD format, which adds compression, integrity checks, and AES 256-bit encryption while keeping the archive roughly a quarter of the source size. The platform combines backup, replication, and bare-metal recovery so an administrator can protect a mixed Hyper-V and physical estate without separate tools. This suits IT teams that need one policy-driven workflow instead of juggling host-level scripts and manual exports.
It protects entire Hyper-V guest VMs at the host level using Microsoft VSS, so no agent has to be installed inside each guest. Backups can be stored as pVHD, VHD, VHDX, or VMDK containers, and VHD or VHDX images can be attached directly to a Hyper-V machine for a fast check. Incremental chains capture only changed data after the first full image, which shortens backup windows and reduces storage growth. A whole VM can be restored to its original or a new location based on a chosen time stamp, and you can also browse an image to pull back single files or folders.
Several headline features in Protect & Restore are tied to the VMware/ESX side rather than Hyper-V: agentless snapshot backup, VMware Changed Block Tracking, and replica failover to an ESX datastore. The newer VMware vSphere 8, 7, and 6.7 releases are handled by a dedicated Paragon VM Backup component, not the base configuration. If your environment is Hyper-V only, the Hyper-V licensing covers what you need; if you also run vSphere, you should plan for the VMware-side component. Confirming which hypervisors you must protect before buying avoids paying for capabilities your infrastructure will not use.
Instant restore lets you boot a machine straight from an available restore point over NFS, so users keep working while the full recovery completes in the background. For a downed physical server, bare-metal recovery uses a WinPE rescue medium built with the Rescue Disk Configurator, and Recovery-ID can run the operation without local input. The same engine can restore a Windows system to dissimilar hardware without reinstalling the operating system or applications. These options matter when a Hyper-V host or its underlying server fails and you need production back online before rebuilding the original box.
Paragon's official specification lists supported Hyper-V from 2008 R2 through 2012 R2. If you run a newer Hyper-V build, verify compatibility with Paragon before purchase rather than assuming current Windows Server hosts are covered. The product's own service and agent components do run on later Windows Server releases up to 2022, so the limit applies to the protected hypervisor itself, not the management infrastructure. This is the single most important check for a Hyper-V buyer, because an unsupported host version is the most likely reason a backup policy will not behave as expected.
Confirm three things: your Hyper-V host version against the 2012 R2 ceiling, whether you also need VMware vSphere protection through the separate VM Backup component, and that your physical machines run Windows, since agent-based physical backup targets Windows computers. Storage destinations are flexible, covering local disks, UNC network shares, NAS, and SAN, so existing capacity can usually be reused. The two-tier storage model lets you keep fast primary storage near the hosts and move copies to larger secondary storage on a schedule. Matching these points to your environment first prevents buying a configuration that does not align with your hosts or recovery targets.
Yes. A backup agent installed on each physical Windows computer handles entire-machine or per-volume backups through the same infrastructure, including computers outside the domain. Bare-metal recovery can then restore those systems, including to dissimilar hardware, which is why the Hyper-V licensing also fits mixed physical-and-virtual sites.
Yes. Agent-based protection covers Microsoft Exchange (2007 through 2016) with consistent database backups that do not require taking the production mail server offline, plus mailbox-level and database-level restore. A SQL agent is also available, so application data on Windows guests or physical servers can be protected alongside the Hyper-V VMs.
| Operating Systems | Windows 11: Home / Pro / Education / Enterprise Windows 10: Home / Pro / Education / Enterprise Windows 8.1: Core / Pro / Enterprise Windows 8: Core / Pro / Enterprise Windows 7 SP1: Starter / Home Basic / Home Premium / Professional / Ultimate / Enterprise Windows Vista: Home Basic / Home Premium / Business / Enterprise / Ultimate Windows XP SP3: Home / Professional Windows Server 2022: Essentials / Standard / Datacenter Windows Server 2019: Essentials / Standard / Datacenter Windows Server 2016: Essentials / Standard / Datacenter Windows Server 2012 R2: Foundation / Essentials / Standard / Datacenter Windows Server 2012: Foundation / Essentials / Standard / Datacenter Windows Server 2008 R2: Foundation / Standard / Enterprise / Datacenter / Web / HPC Windows Server 2008: Foundation / Standard / Enterprise / Datacenter / Web / HPC Windows Server 2003 SP2: Standard / Enterprise / Datacenter / Web Windows Hyper-V Server 2012 |
| Processor | x86 or x64 CPU, minimum 2 cores. Backup Server requires at least 4 cores. Fast multi-core processors are recommended for better data processing performance and more concurrent jobs. |
| Memory RAM | 2 GB RAM or higher |
| Hard Disk | Administration Server / Installation Server: 400 MB free space. Backup Server: 200 MB free space. ESX Bridge: 200 MB free space. Console: 50 MB free space. |
| Display | Standard display compatible with the respective operating system |
| Special Features | Central management console for backup tasks. Protection for Hyper-V hosts and Windows guest machines. Near-CDP support. Instant replication failover. Automatic data validation. Test failover. Multi-tier storage support. Archiving functions. Backup data deduplication. pVHD backup format with compression and incremental chain optimization. Incremental imaging. Adaptive Restore for recovery to dissimilar hardware. Wake-on-LAN Assistant. |
| Note | Remote WMI service must be running. File and Printer Sharing must be allowed in Firewall so default system shares are available. An Active Directory domain environment is required for infrastructure deployment. Domain administrator credentials are required. Open TCP ports 135, 18950, and 60543, or disable Firewalls on computers included in the Protect & Restore infrastructure. Architecture support is 32 bit and 64 bit for core components and agents. PPR ESX Bridge is 64 bit only. Windows Server 2012 R2 or newer is required if any agent computers are running Windows Server 2012 R2 or newer. For optimal performance and stability, deployment on Windows Server 2008 R2 64 bit and later is recommended. Supported Microsoft Hyper-V versions are 2008 R2 through 2012 R2. |
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