Virtual machine (VM) software for Windows is a fundamental technology that empowers users to create and operate multiple isolated computing environments on a single physical machine. These virtual environments, known as virtual machines, meticulously emulate complete computer systems, encompassing CPU, memory, network interfaces, and storage. This allows for a high degree of flexibility and efficiency in computing, from individual testing and development to large-scale enterprise deployments. A key feature across many VM solutions is the ability to "snapshot" a VM, capturing its current state for easy reversion, a critical function for iterative development and risk-free experimentation.
In the dynamic landscape of computing, the demand for robust and versatile VM software for Windows has surged. Businesses and individual users alike seek solutions that offer performance, security, scalability, and ease of management. ServerWatch has conducted an in-depth evaluation of numerous VM software options available for Windows to identify the most effective solutions for a variety of use cases. This analysis focuses on critical aspects such as performance and resource management, compatibility, security, networking capabilities, and cost, culminating in a curated list of the top six standout VM software options.
Top Virtual Machine Software for Windows Comparison
Selecting the appropriate VM software is paramount, whether for a personal project or for deploying multiple VMs on a server infrastructure. The ideal choice must align precisely with the user’s specific needs and technical environment. Below is a comparative overview of six leading VM software solutions for Windows, highlighting their strengths across key operational areas.
| Feature | Azure VM | Azure Stack HCI | VMware Workstation Pro | Citrix Hypervisor | Red Hat OpenShift Virtualization | Parallels Desktop |
|---|---|---|---|---|---|---|
| Performance & Resource Management | Efficient scaling, good resource allocation for cloud-based VMs. | Optimized for hybrid environments, balanced resource utilization. | High performance and advanced resource management. | Ideal for large-scale enterprise environments. | Designed for cloud-native environments. | Optimized for Windows on Mac machines. |
| Compatibility & System Requirements | Cloud-based, wide OS compatibility; requires good internet. | Integrated with Windows, requires specific hardware for on-premises. | Broad OS support. | Compatible with a wide range of hardware. | Dependable on Windows, primarily for Linux. | Tailored for macOS running Windows VMs. |
| Security & Isolation | Strong cloud-based security and isolation. | Tailored security for hybrid cloud. | Advanced security and robust isolation. | High-level security for enterprise. | Container-based isolation and security. | Good security for desktop-level virtualization. |
| Networking Capabilities | Extensive cloud-based networking, complex configurations. | Optimized for hybrid cloud, integrates with Azure. | Comprehensive networking features. | Strong in enterprise-level network configurations. | Advanced Kubernetes networking. | Solid networking for desktop virtualization. |
| Starting Pricing | $7.59/mo. (various plans) | $10/mo. per physical core | $199 (one-time for local features) | Contact Citrix for pricing | Depends on server editions, contact Red Hat | $99.99/yr (Standard Edition) |
Azure VM: Scalable Cloud-Based Computing
Azure Virtual Machines (VM) is a core component of Microsoft’s Azure cloud computing service, offering scalable compute resources within the Azure cloud. This service empowers users to deploy a wide array of virtual machines for diverse applications, including web servers, databases, and gaming platforms. Azure VMs provide significant flexibility, allowing users to select from various operating systems like Windows and Linux, and to configure VMs to meet specific performance benchmarks. This makes Azure VMs an exceptionally versatile solution for organizations looking to extend their IT infrastructure into the cloud, whether for development and testing, application hosting, or data processing.
The ability to dynamically scale resources up or down based on demand is a significant advantage of Azure VMs. This elasticity ensures that organizations only pay for the computing power they actively use, optimizing cost-efficiency. Furthermore, Azure’s global infrastructure provides high availability and disaster recovery capabilities, ensuring business continuity even in the face of hardware failures or regional outages.
Overall Rating: 4.5/5
| Pros | Cons |
|---|---|
| Offers high scalability and flexibility in VM size and type selection. | Costs can escalate significantly depending on configuration and usage, particularly for high-performance setups. |
| Seamless integration with other Azure services like Azure Active Directory and Azure SQL Database. | The vast array of options and complex product structure can be overwhelming for beginners or smaller organizations without dedicated IT. |
| Benefits from Azure’s extensive global infrastructure for high availability and redundancy. |
Pricing
Azure VM pricing is based on a pay-as-you-go model, with costs varying based on the VM size, operating system, region, and other factors. Various pricing plans are available, including reserved instances for long-term commitments, which can offer substantial discounts. The starting price for a basic VM instance can be as low as $7.59 per month.
Features
- Scalable Compute: Easily adjust CPU, RAM, and storage as your needs evolve.
- Diverse OS Support: Deploy VMs running Windows, Linux, and other operating systems.
- Hybrid Cloud Integration: Connect on-premises resources with cloud environments.
- High Availability & Disaster Recovery: Leverage Azure’s global network for resilience.
- Security: Benefit from Azure’s robust security features, including network security groups and identity management.
Azure Stack HCI: Hybrid Cloud Excellence
Azure Stack HCI is a hyper-converged infrastructure solution from Microsoft that integrates virtualization, storage, and networking into a unified, on-premises system. Designed to modernize and efficiently run virtualized workloads, it extends Azure’s cloud capabilities to the on-premises data center. This makes Azure Stack HCI an ideal choice for businesses that need to maintain sensitive workloads on-premises while still leveraging the benefits of cloud services. It is particularly well-suited for enterprises requiring hybrid solutions that blend cloud flexibility with the control and security of local infrastructure, offering a streamlined approach to managing and scaling resources for both Windows and Linux VMs.
The integration of Azure Stack HCI with Azure services, managed through tools like Azure Arc and Windows Admin Center, provides a consistent management experience across hybrid environments. This simplifies operations and enhances visibility into both on-premises and cloud resources.
Overall Rating: 4.25/5
| Pros | Cons |
|---|---|
| Seamlessly integrates with Azure for cloud services while keeping workloads on-premises. | Initial setup and configuration can be complex, requiring expertise in both Azure and on-premises infrastructure. |
| Offers excellent scalability and flexibility in configuring storage, compute, and networking. | While offering flexible pricing, overall costs can be significant for larger deployments. |
| Provides a unified management experience using Windows Admin Center and Azure Arc. | Small or growing organizations without dedicated IT teams may find the Microsoft ecosystem and its products confusing. |
Pricing
Azure Stack HCI is priced per physical core, with a starting cost of approximately $10 per month per core. This model allows for predictable budgeting based on the underlying hardware.
Features
- Hybrid Cloud Integration: Extends Azure services to on-premises data centers.
- Hyper-Converged Infrastructure: Combines compute, storage, and networking in a single solution.
- Scalable Performance: Adaptable resource allocation for growing demands.
- Unified Management: Centralized control via Windows Admin Center and Azure Arc.
- Optimized for Windows and Linux VMs: Supports a broad range of operating systems.
VMware Workstation Pro: Advanced Virtualization for Professionals
VMware Workstation Pro is a highly regarded virtualization software developed by VMware, Inc. It enables users to create and run multiple virtual machines on a single physical computer, with each VM capable of hosting its own operating system, including various versions of Windows, Linux, and others. This makes it an indispensable tool for developers, IT professionals, and businesses requiring sophisticated testing and development environments.
Workstation Pro is renowned for its robust performance, high reliability, and extensive feature set. It excels in supporting complex networking scenarios, allowing users to simulate intricate network topologies for testing new software, running legacy applications, or developing and troubleshooting complex distributed systems. The ability to create custom virtual networks, including virtual switches and routers, provides unparalleled control over network configurations.
Overall Rating: 4.25/5
| Pros | Cons |
|---|---|
| Supports a wide range of operating systems, offering extensive user flexibility. | Can be resource-intensive, especially when running multiple or demanding VMs simultaneously. |
| Includes advanced features like snapshots and cloning for easy VM state management. | The comprehensive feature set may present a steeper learning curve for novice users. |
| Offers sophisticated networking capabilities for simulating complex network environments. |
Pricing
VMware Workstation Pro is available for a one-time purchase of $199 for its local virtualization features. This perpetual license model can be cost-effective for users who do not require ongoing subscription services.
Features
- Broad OS Compatibility: Supports a vast array of Windows, Linux, and other operating systems.
- Advanced Networking: Create complex virtual networks with custom configurations.
- Snapshots and Cloning: Easily capture and revert VM states, or duplicate entire VMs.
- 3D Graphics Support: Enhanced graphics performance for demanding applications.
- Virtual Network Editor: Fine-grained control over virtual network settings.
Citrix Hypervisor: Enterprise-Grade Open-Source Virtualization
Citrix Hypervisor, formerly known as XenServer, is a leading open-source virtualization management platform. It is engineered for the efficient management of Windows and Linux virtual servers, making it a popular choice in enterprise environments where scalability, robustness, and server virtualization are paramount. Citrix Hypervisor is particularly well-suited for cloud computing initiatives and large-scale virtual infrastructure deployments, offering high performance and a comprehensive feature set.
Its compatibility with a wide range of hardware and network configurations makes it a preferred solution for businesses aiming to optimize their virtualization strategies. The open-source nature provides flexibility for customization and integration into existing enterprise systems.
Overall Rating: 3/5
| Pros | Cons |
|---|---|
| Excellently suited for large-scale deployments, offering significant scalability. | Can be complex to set up and manage, particularly for smaller businesses or those with limited IT resources. |
| Known for robust performance, especially in handling large numbers of virtual servers. | Primarily focused on server virtualization, it may not be the optimal choice for desktop virtualization needs. |
| Being open-source, it offers flexibility and customization options for specific enterprise needs. |
Pricing
Citrix Hypervisor’s pricing is typically provided upon direct contact with Citrix sales representatives, as it is often tailored to enterprise-specific needs and licensing agreements.
Features
- Server Virtualization: Optimized for running and managing virtual servers.
- Scalability: Designed to handle massive deployments with high performance.
- Open-Source Flexibility: Allows for customization and integration.
- Wide Hardware Compatibility: Works with a broad spectrum of hardware.
- Enterprise Focus: Robust features for demanding business environments.
Red Hat OpenShift Virtualization: Unifying Containers and VMs
Red Hat OpenShift Virtualization is an integral feature of Red Hat OpenShift, a leading enterprise Kubernetes platform. It empowers users to manage both containerized and virtualized applications on a single, unified platform. This integration is crucial for modernizing traditional applications alongside cloud-native services, facilitating a smoother transition to containerized environments without discarding existing virtualized workloads.
Designed for hybrid cloud environments, Red Hat OpenShift Virtualization provides a flexible, efficient, and consistent platform for managing diverse workloads. It is particularly attractive to businesses seeking to streamline their application infrastructure, enhance agility, and adopt a more cloud-native approach while preserving investments in existing virtual machine technology. The platform leverages the robust Red Hat and Kubernetes ecosystems, offering extensive community and enterprise support.
Overall Rating: 3/5
| Pros | Cons |
|---|---|
| Seamlessly integrates VMs and containers for a consistent workload management platform. | Can be complex to set up and manage, requiring proficiency in both Kubernetes and traditional virtualization concepts. |
| Ideal for hybrid cloud strategies, supporting both on-premises and cloud environments. | May require substantial resources for optimal performance, especially in larger-scale deployments. |
| Benefits from the robust Red Hat and Kubernetes ecosystems, including extensive support. |
Pricing
Pricing for Red Hat OpenShift Virtualization depends on the specific server editions and configurations. Interested parties are advised to contact Red Hat directly for detailed pricing information.
Features
- Unified Platform: Manages both containers and VMs from a single interface.
- Hybrid Cloud Support: Operates effectively in both on-premises and cloud settings.
- Kubernetes Integration: Leverages the power and ecosystem of Kubernetes.
- Modernization Tool: Facilitates the transition of traditional applications.
- Enterprise Ecosystem: Backed by Red Hat’s extensive support and community.
Parallels Desktop: Seamless Windows on Mac
Parallels Desktop is a premier virtualization software specifically engineered for macOS. It allows users to run Windows, Linux, and other operating systems concurrently with macOS without requiring reboots. Renowned for its user-friendliness and seamless integration with the Mac environment, Parallels Desktop is a favorite among Mac users who need access to Windows applications or wish to test cross-platform compatibility.
The software distinguishes itself with high performance, particularly in running Windows applications, and offers features like "Coherence" mode. This mode allows Windows applications to run as if they were native macOS applications, blending the user experience. Parallels Desktop is an excellent choice for professionals, developers, and general users seeking a reliable and integrated virtualization solution on their Mac computers.
Overall Rating: 3.5/5
| Pros | Cons |
|---|---|
| Offers features like shared folders, clipboard, and support for Mac gestures within Windows applications. | While proficient with business applications, it may not be the ideal choice for high-end gaming or graphics-intensive professional software. |
| Features a user-friendly interface, simplifying OS installation and management. | |
| Exceptionally effective at running Windows applications on Mac, providing a smooth user experience. |
Pricing
Parallels Desktop is available through an annual subscription model. The Standard Edition is priced at $99.99 per year, with higher tiers offering additional features for professional use.
Features
- Mac Integration: Runs Windows applications seamlessly within macOS.
- Coherence Mode: Blends Windows applications into the macOS desktop.
- Performance Optimization: Tuned for efficient Windows performance on Macs.
- Ease of Use: Intuitive interface for setup and management.
- Cross-Platform Productivity: Enables access to Windows-specific tools and software.
Key Features of Virtual Machine Software for Windows
Virtual machine software for Windows is a critical component of modern computing, offering unparalleled flexibility, efficiency, and a wide array of capabilities. It provides a dynamic and efficient method for running multiple operating systems, testing software in isolated environments, and managing server resources.
Performance and Resource Management
Effective VM software prioritizes maximizing efficiency while minimizing the impact on the host system. Advanced solutions dynamically allocate resources, dedicating more to VMs during peak usage and scaling back during idle periods. This dynamic allocation is crucial for maintaining system stability and overall performance. Integrated performance monitoring tools offer vital insights into resource utilization, enabling users to identify bottlenecks and optimize VM settings for enhanced performance and efficient server virtualization.
Compatibility and System Requirements
The versatility of VM software is significantly enhanced by its broad compatibility with various Windows versions and diverse hardware configurations. High-end VM software supports both legacy and the latest Windows versions, ensuring a wide range of usability. Compatibility with different CPU architectures (e.g., x86, ARM) and support for graphics technologies like Direct X and OpenGL are important considerations. The software should also efficiently handle various networking and storage devices and be optimized for SSDs to ensure faster operational speeds.
Usability and Management
The most effective VM software for Windows features intuitive and user-friendly interfaces, making them accessible to users of all skill levels. Key functionalities include simplified VM creation wizards, easy navigation of settings, and quick access to common tasks such as cloning, network configuration, and storage management. Efficient management tools for handling backups, snapshots, and system restores are vital for maintaining data integrity and ensuring rapid recovery from system failures or data corruption.
Security and Isolation
Security within VM software is a non-negotiable aspect. Robust isolation mechanisms ensure that operations within a virtual machine do not compromise the security of the host system. Features such as VM encryption, secure boot options, and hardware-assisted security measures enhance protection against malware and other threats. Integration with enterprise-grade antivirus solutions and support for network security features like firewalls and isolated networks add further layers of security.
Networking Capabilities
VM software networking capabilities enable complex network configurations and facilitate interaction between VMs and the external network. Support for various network modes—such as bridged (where the VM appears as a distinct entity on the network), NAT (allowing VMs to share the host’s IP address), and host-only (isolating VMs from external networks)—is essential. Advanced features like VLAN support, network condition simulation, and bandwidth throttling are particularly valuable for testing and development environments.
Scalability and Flexibility
Scalability ensures that the VM software can gracefully handle increasing workloads. It should allow users to easily add or remove VMs and adjust resources in accordance with fluctuating demands. Flexibility refers to the capacity to run a wide variety of operating systems, including different Windows versions, Linux distributions, and even macOS (where licensing permits). Features such as cloning, snapshots, and templates significantly simplify the deployment and management of multiple VMs.
Reliability and Uptime
Reliability and uptime are critical, particularly in business contexts where downtime can incur significant costs. Features that contribute to high reliability include automated backups, ensuring data is not lost, and failover capabilities, which provide continuity in the event of hardware failure. High-availability configurations, allowing VMs to run on multiple host machines, ensure that if one host fails, the VM can quickly resume operation on an alternative host, minimizing disruption.
Integration and Compatibility with Existing Infrastructure
For businesses, the ability to integrate VM software with their existing IT infrastructure is paramount. This includes seamless compatibility with cloud platforms, enabling the migration of VMs to and from the cloud. Support for APIs and scripting languages facilitates automation and integration with other IT management tools. The capacity to migrate VMs across different hosts, cloud environments, and even between different VM software platforms ensures flexibility and adaptability, safeguarding the investment in virtualization technology.
How to Choose the Best Virtual Machine Software for Windows
For organizations utilizing Windows, selecting the appropriate VM software is a strategic decision. This guide aims to assist in evaluating and choosing the most suitable VM software for specific business requirements.
Understanding Your Business Requirements
The initial step involves identifying the precise use cases for VM software within the business. Key questions include: Is the primary goal software testing across different operating systems? Is it necessary to run legacy applications? Or is the focus on providing a secure, isolated environment for sensitive tasks? A clear understanding of these requirements will direct the selection towards software that offers the most relevant features.
Furthermore, consider the scalability of the VM software. It should not only meet current needs but also be capable of supporting future growth, such as accommodating more VMs, integrating additional hardware, or scaling resources for more demanding workloads.
Evaluating Key Features
Leverage the understanding of your business requirements to evaluate the key features offered by different VM software solutions. Many providers offer trial versions or demo installations, which are invaluable for testing core functionalities firsthand.
Key capabilities to evaluate include:
- Performance: How efficiently does it manage CPU, memory, and storage?
- Compatibility: Does it support your current and planned Windows versions and hardware?
- Usability: Is the interface intuitive? Are management tasks straightforward?
- Security: What isolation and protection features are offered?
- Networking: Does it support the required network configurations?
- Scalability: Can it grow with your business needs?
- Reliability: What is its track record for stability and uptime?
- Integration: How well does it integrate with your existing IT infrastructure?
Support and Reliability
Reliable and accessible technical support is crucial, especially in situations where rapid troubleshooting is necessary to prevent or minimize downtime. Businesses should prioritize vendors offering comprehensive support through various channels, including phone, email, live chat, and extensive online resources like knowledge bases and forums.
The inherent reliability and uptime of the VM software are equally important. A software’s history of stability can often be assessed through user reviews and industry reports. Features that significantly contribute to reliability include automated backups, which protect against data loss in case of system failure, and failover capabilities, which ensure continuous operation even if a system component fails.
How We Evaluated Virtual Machine Software for Windows
Our evaluation process for VM software for Windows was meticulous and comprehensive, focusing on aspects critical to business operations. Each feature was assigned a score based on its importance and impact on overall performance, usability, and security.
Features – 50%
Features form the core of any software offering, and we assessed a broad range of criteria, weighted as follows:
Performance and Resource Management – 10%
This critical feature, carrying the highest weight, was evaluated based on the software’s efficiency in allocating and managing system resources like CPU, memory, and storage. The ability to optimize these resources for peak performance, particularly under varied load conditions, was rigorously scrutinized. Features such as dynamic resource scaling and load balancing were also considered. Software demonstrating superior performance, minimal latency, and the capacity to handle intensive tasks seamlessly received the highest scores.
- Criterion Winner: VMware Workstation Pro
Compatibility and System Requirements – 7.5%
We assessed the VM software’s compatibility with different Windows versions and the range of hardware configurations it supports. This included checking for compatibility with various peripherals and ensuring the software runs efficiently across diverse hardware setups. Software exhibiting broader compatibility and lower hardware resource requirements scored higher, reflecting its versatility and ease of integration into existing systems.
- Criterion Winner: VMware Workstation Pro
Usability and Management – 7.5%
The ease of installation, the intuitiveness of the user interface, and the simplicity of routine management tasks like taking snapshots or reverting VM states were evaluated. Software offering a more intuitive user experience, comprehensive management tools, and straightforward integration into daily operations received higher scores.
- Criterion Winners: VMware Workstation Pro, Parallels Desktop
Security and Isolation – 7.5%
Given the paramount importance of data security and integrity, we closely examined built-in security features, such as encryption and firewall options, and the level of isolation between VMs. Software demonstrating robust security measures and strong isolation capabilities, thereby minimizing the risk of cross-contamination or breaches between VMs, was prioritized.
- Criterion Winners: VMware Workstation Pro, Citrix Hypervisor, Azure VM
Networking Capabilities – 5%
Our evaluation focused on the software’s ability to configure and manage various network types (NAT, bridged, host-only) and its efficiency in handling network traffic. VM software offering flexible and high-performance networking options scored better, as these facilitate smoother communication and data transfer within and outside the VM environment.
- Criterion Winner: VMware Workstation Pro
Scalability and Flexibility – 5%
We assessed how well the VM software could scale with a business’s growing needs and its flexibility regarding customizable configurations. Software capable of efficiently handling an increasing number of VMs without significant performance degradation, and offering a high degree of customization, received higher scores.
- Criterion Winners: Azure VM, Citrix Hypervisor
Reliability and Uptime – 5%
Reliability was gauged by examining the software’s overall stability, frequency of crashes or downtime, and any uptime guarantees provided. VM software demonstrating high reliability and consistent performance with minimal downtime scored higher in our evaluation.
- Criterion Winner: VMware Workstation Pro, Azure VM
Integration and Compatibility with Existing Infrastructure – 2.5%
We evaluated how seamlessly the VM software integrates with existing IT infrastructure and its compatibility with other systems and applications. Software that easily integrated with a broad range of existing systems and supported various third-party integrations received higher scores.
- Criterion Winner: Azure VM
Cost – 25%
Assessing the costs of complex, scalable offerings like VM software can be intricate. We therefore paid close attention to factors such as price transparency (clarity of pricing information on provider websites), sales contact channels, and the customizability of bundled offerings, alongside the raw numbers.
- Criterion Winners: Azure VM, Azure Stack HCI
Support – 25%
When technical issues arise, readily accessible support is critical to prevent or minimize costly disruptions. We evaluated the availability of support for each solution, encompassing phone, email, chat, internal knowledge bases, and community forums.
- Criterion Winners: Azure VM, Azure Stack HCI, Red Hat OpenShift
Frequently Asked Questions (FAQs)
What is Virtual Machine Software, and Why Would I Need It for Windows?
Virtual machine (VM) software is a tool that enables the creation and operation of multiple isolated computing environments, or "machines," on a single physical hardware system. In a Windows environment, this capability is particularly useful for several reasons:
- Software Testing: Test applications and updates in an isolated environment without affecting your main operating system.
- Running Legacy Applications: Execute older software that may not be compatible with newer Windows versions.
- Multi-OS Environments: Run different operating systems (e.g., Linux, older Windows versions) alongside your primary Windows installation.
- Security: Isolate potentially risky applications or browse the web in a secure, sandboxed environment.
- Development: Create consistent development and testing environments that can be easily replicated.
- Resource Consolidation: Run multiple services or applications on a single physical server, reducing hardware costs and energy consumption.
Is Virtual Machine Software Compatible with All Versions of Windows?
Modern VM solutions, such as VMware Workstation Pro, Microsoft Azure VM, and Citrix Hypervisor, typically support the latest Windows versions, including Windows 10, Windows 11, and Windows Server editions. However, compatibility with older Windows versions may be limited. It is essential to check the specific system requirements of each VM software, as some may necessitate Windows Server or Windows Professional editions for full functionality.
What is Microsoft Hyper-V and Why Wasn’t It Included?
Microsoft Hyper-V is a native virtualization platform developed by Microsoft, allowing users to create and manage VMs on x86-64 systems running Windows. It is available on Windows 10 and 11 Pro, Enterprise, and Education editions, as well as Windows Server. Hyper-V is known for its deep integration with the Windows ecosystem, offering features like dynamic memory, virtual network switches, and live VM migrations.
However, Microsoft has announced significant changes regarding the future of Hyper-V. Mainstream support for Hyper-V Server 2019, the last standalone version, ended on January 9, 2024, with extended support concluding in January 2029. Microsoft is now directing customers towards Azure Stack HCI as a modern, integrated solution for hybrid cloud environments. In light of these developments and the focus on newer, cloud-integrated solutions, Hyper-V was not included in this specific comparison of leading third-party and cloud-based VM software.
Bottom Line: Making an Informed Choice in Virtual Machine Software for Windows
Whether for professional development, testing applications across diverse operating systems, consolidating hardware resources, or educational purposes, VM software provides an indispensable toolset for maximizing efficiency and productivity. The key to successfully leveraging this technology lies in selecting the right software that aligns precisely with your specific requirements.
Factors such as compatibility with your Windows version, the intended purpose, system requirements, desired features, and budget must be carefully weighed to ensure that you select a solution that not only meets your current needs but also accommodates potential future demands. Understanding the balance between usability, performance, security, and integration capabilities will be instrumental in ensuring a seamless and productive virtualization experience.
Whatever virtualization solution for Windows you choose to run, ensure your VMs are fully backed up against data loss, theft, or damage. We have also reviewed the best VM backup software to help keep your business running smoothly.