What are the main features and advantages of Paragon Protect & Restore VMWare?
VMware Backup – Protects virtual machines with image-based backup technology.
Agentless Protection – Reduces guest workload during backup operations.
Fast Recovery – Restores virtual machines quickly after outages or failures.
File Recovery – Recovers individual files from virtual backup images.
Managed Retention – Helps control backup storage and restore points.
Performance Continuity – Supports long-term virtual infrastructure stability and recovery efficiency.
Agentless VM Backup – Backs up vSphere guests via VMware snapshots.
VM Replication – Creates ready-to-run VM replicas on an ESX datastore.
CBT Incrementals – Uses VMware Changed Block Tracking for fast increments.
Physical Machine Backup – Agent-based backup and bare-metal restore for physical Windows.
Important – Free/non-commercial ESXi guests require agent-based backup.
Core Capacity – Protects vSphere VMs and physical Windows machines.
Paragon Protect & Restore VMware is a centralized backup and disaster recovery solution for vSphere environments, managed from the same console as physical Windows machines. It pairs agentless VM backup and replication with agent-based protection and bare-metal restore for physical servers.
Single Console – Manage virtual and physical backups together.
Fast Failover – VM replicas give the best recovery time.
Low Overhead – Agentless backups reduce load on hosts.
Storage Efficiency – Deduplication and dual-tier storage cut costs.
Near-CDP Protection – Frequent restore points with smart increments.
Verified Restores – Automatic data validation and test failover.
It backs up and recovers VMware vSphere virtual machines agentlessly while also protecting physical Windows machines from one console. Backups run through the VMware snapshot mechanism, and Changed Block Tracking keeps incremental backups and replicas small and fast. For high-availability workloads it complements VM backup with VM replication, writing replicas to a chosen ESX datastore so they are ready to power on. Primary backups can then be copied to second-tier storage, with deduplication reducing the space they consume.
It fits IT teams running a mix of vSphere virtual machines and physical Windows servers who want to avoid maintaining two separate disaster recovery tools. Because virtual and physical workloads are handled from a single management console, an admin can schedule agentless VM backups and agent-based physical backups under the same retention policies. Replicas are registered on the ESX datastore under unique names, so a failed production VM can be brought back quickly using VMware's revert-to-snapshot mechanism. This is aimed at business and enterprise infrastructure rather than single-PC home backup.
The VMware edition protects vSphere guests agentlessly and adds VM replication for failover, whereas the physical machine edition uses agents and focuses on bare-metal restore and application backup. The Hyper-V edition mirrors the agentless approach for Hyper-V guests but does not list VM replication. The table below outlines the verified differences.
| Capability | VMware vSphere Edition | Hyper-V Edition | Physical Server Edition |
|---|---|---|---|
| Backup method | Agentless | Agentless | Agent-based |
| Protected workloads | vSphere VMs | Hyper-V VMs | Windows servers |
| VM replication / failover | ✓ | ✕ | ✕ |
| Exchange application backup | ✕ | ✕ | ✓ |
| Bare-metal restore | ✕ | ✕ | ✓ |
| Deduplication & dual backup | ✓ | ✓ | ✓ |
The agentless method relies on VMware snapshots, so guests running on free or non-commercial ESXi cannot be protected agentlessly and must use a physical agent instead. Paragon's documented agentless support targets VMware ESX/ESXi 4.x and 5.x, so confirm compatibility with your current vSphere version before purchase. Application-level Microsoft Exchange backup is an agent-based capability tied to the physical server protection set rather than the agentless vSphere workflow. VMware fault-tolerant configurations also fall outside agentless protection and need agent-based backup.
When a production VM fails, an administrator can fail over to a pre-built replica on the ESX datastore and use VMware's revert-to-snapshot to reach an earlier restore point with minimal downtime. For smaller incidents, agentless restore can recover whole VMs or non-system volumes without touching every guest's credentials. Near-CDP with smart increments means restore points are frequent, narrowing how much data is lost between backups. Test failover and automatic data validation let teams confirm a recovery will actually work before a real outage forces it.
Yes, it supports Microsoft VSS for application-consistent backups of supported Windows workloads. This matters for databases and services that need a quiesced, consistent state rather than a crash-consistent image.
Yes, the Adaptive Restore function together with the Boot Media Builder enables bare-metal restore of physical machines to dissimilar hardware. This is useful when the original server is gone and you need to recover onto a different physical box.
Backups use Paragon's pVHD image format, designed for compression and image integrity. VM replicas, by contrast, are stored uncompressed in their native VMware format so they remain ready to power on immediately.
| Operating Systems | Windows 11 Windows 10 Windows Server 2022 Windows Server 2019 Windows Server 2016 Windows Server 2012 R2 Windows Server 2012 Windows Server 2008 R2 |
| Processor | x86 or x64 processor with at least 2 cores. 4 cores or more are recommended. |
| Memory RAM | 2 GB RAM or more. |
| Hard Disk | 1 GB free hard disk space. An additional 4.5 GB may be required when Microsoft .NET Framework needs to be installed. |
| Display | Standard display compatible with the respective operating system. |
| Note | Microsoft .NET Framework 4.6.1 is required. A network connection of 1 Gbps or faster is required. VMware vSphere 6.5, 6.7, 7, and 8 are supported. VMware ESX and VMware ESXi 6.5, 6.7, 7, and 8 are supported. VMware ESX free versions are not supported. VMware fault-tolerant configurations are not supported. Guest operating systems supported by VMware are supported. |
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