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Download DatasheetVirtualization is one of the best processes to ensure the health and performance of a system. In our current context, it takes the hardware of an existing system and creates, usually, more than one virtual version, making it seem as if different forms of the hardware are present. There are several forms, functions, and technicalities of virtualization that exist, as well as different companies that offer this solution to enterprises. The virtualization option chosen by you depends on your needs, existing system, and availability. Stromasys offers virtual emulation to choose for your legacy hardware as well.
As the economic world digitalizes, virtualization solutions are an important factor that cannot be overlooked. According to several survey reports, the global virtualization software market is estimated to reach between 120 and 149 billion dollars in revenue by 2026. Virtualization solutions are an emerging critical technology that offers more streamlined operations and optimized resource utilization.
In this blog, we will explore more about virtualization solutions, their types, key features, and which are the best for your business in 2025. So, let’s dive deep into the details.
A virtualization solution delivers computational resources to the end users. Various resources are involved in this process, including servers, operating systems (OS), CPU, storage, memory, GPU, and network resources.
One of the most essential elements in virtualization solutions is a hypervisor. It is a functionality that translates the hardware by creating and managing virtual machines that stimulate the virtual environment. The primary characteristic of a hypervisor is separating physical assets and then arranging them into different virtual environments depending on the requirements. It will efficiently manage the computing assets to prevent them from being overused and any potential threats.
When additional resources are required in virtual ecosystems, the physical server and cache will receive a request from the hypervisor to make the changes. Incorporating virtualization solutions in businesses has several benefits, such as cutting down additional maintenance costs, streamlining processes, simplifying backups, enabling seamless deployments, and more.
Several types of virtualization solutions are available, and businesses can choose depending on what they want to virtualize.
Desktop virtualization is very popular in organizations. It allows users to run a desktop environment, including the operating system and applications, on a virtual machine instead of a physical system. The software that enables this functionality is a hypervisor, which manages the virtual machines. It can be installed directly on a system or over the existing operating system. By doing this, users can easily access multiple operating systems without needing different physical systems.
Application virtualization is one of the most used virtualization solutions. The application is virtualized and stored on the physical system’s external servers in this procedure. So, whenever the user needs to access the application, they must run the external server on the physical system.
Network virtualization means compiling assets like routers, switches, and more into a single system that can be managed as one unit, making the handling process easy. This will ensure that when there is variation in network usage, virtualization will help in seamless management by distributing the resources more efficiently for stable operations and elevated performance.
In the storage virtualization procedure, multiple storage devices are combined and treated as a single storage unit, which is quite similar to the network virtualization solution. This will enable the user to easily allocate, move, change, or set up a more flexible environment according to business needs.
In server virtualization solutions, the tools and assets from one server are divided into smaller virtual machine (VM) servers. This enables users to easily access each virtual server and physical assets without any hassle. By splitting the physical servers into the required virtual machines (VMs), organizations can prevent having multiple physical servers located in different parts of the business infrastructure. It makes the server infrastructure more streamlined and reduces extra hardware expenses.
In data virtualization, information can be compiled from different sources in the physical system and made accessible in virtual form to devices connected to the same network. It enables devices on the same network to access the virtual data from anywhere without actually knowing where it is stored. It means there is no need to move or copy the original data to different devices across the system.
Here are the key features of software virtualization solutions:
When choosing which virtualization solution is best for your business, you need to check the hardware compatibility for seamless integration. Consolidation helps utilize hardware resources more efficiently and at a lower cost by collaborating multiple VMs into a single server. It not only simplifies the management process but also reduces energy consumption.
For a virtualization solution to be more cost-effective, it should successfully maximize hardware utilization while enabling the consolidation of assets to minimize procurement and escalating maintenance costs. Before making any future investments, it is crucial to consider the Total Cost of Ownership (TCO). It includes several factors like training, support, guest operating systems licenses, migration, and other management tools. Going for an all-in-one virtualization solution with clear budget pricing can help eliminate expense overrunning while ensuring all the necessary resources are included in the package.
Virtualization solutions have robust security measures like MFA (multifactor authentication), SSL (secure socket layer) encryption, access controls, and more to prevent cyber threats and data breaches. Having a disaster recovery plan is like having a backup already available in case of any foreseen circumstances, such as replication being required or hardware failure.
It is essential to choose a software virtualization solution with a low latency rate, as these solutions offer seamless operations and a positive user experience. Frequent downtime can raise challenges like revenue loss, productivity loss, and poor customer experience, leading to damage to brand reputation.
A virtualized solution should offer a centralized management system for more streamlined operations. This enables seamless resource control and should have a user-friendly management console that allows users to easily access resource utilization, performance metrics, potential challenges, and other detailed insights with reporting tools.
Here are some technical factors to consider when choosing the right software virtualization solution for your business. These factors affect system reliability, performance, resource utilization, and more.
A hypervisor is an interface between the virtual machine and physical hardware. The underlying mechanism may differ depending on the virtualization solution you choose. Hypervisors run on specific operating systems, host OS, and offer virtualized platforms to the guest operating system. There are two types of hypervisors, and this impacts the completely virtualized environment and its capability to run different operating systems on a single system.
It is the ability to independently reboot while rebooting the selective VMs without impacting other applications and assets in the environment. This capability minimizes downtime and helps maintain uptime.
Different types of virtualization approaches impact system performance and asset utilization.
Here are the top 3 software virtualization solutions:
Oracle VM VirtualBox is a software virtualization solution that is quite famous among DevOps for leveraging VirtualBox to minimize cost while accelerating applications’ secure deployment. Some of its significant key features are:
VMware vSphere is a well-known enterprise-grade virtualization solution. It offers scalability, robustness, comprehensive tools for virtual ecosystem management, resource allocation, centralized monitoring, and more. Its key features are:
Microsoft Azure Hyper-V is a built-in hypervisor in Windows Server Operating Systems. The incorporation of Hyper-V with Microsoft allows users access to tools like System Center for seamless virtual ecosystem management. The key features of Microsoft Azure Hyper-V are:
Kraus & Naimer requires data processing capacity that is both fast and responsible in its work. However, they used aging VAX systems that were difficult to maintain anymore. Being spread across the world and adopting an SAP-based system that would take a long time investment to start operating meant they needed something quickly while they switched over. They decided to go with Charon-VAX for their 17 systems around the world.
The system operated looked unchanged while providing better performance, giving administrative and financial advantages, making maintenance easier, and saving energy. Even the employees are happier! It would have been impossible without the contribution of Charon-VAX.
Stromasys is a global leader in legacy system virtualization and emulation. Its innovative Charon solution virtualizes legacy hardware on a modern platform so businesses can seamlessly run legacy operating systems and other applications on a new server. They provide both physical server and on-cloud premises solutions.
By opting for Stromasys virtualization solutions, businesses can prolong the life of their aging legacy hardware, improve their infrastructure, and cut down on their added expenses.
If you are also looking for virtualization solutions for your legacy hardware, get in touch with our expert.
Virtualization solutions are gradually gaining popularity for modernizing organizations’ digital infrastructure. They offer scalability and flexibility, enhance efficiency, improve user experience, streamline operations, and enhance security while reducing maintenance costs. Depending on their requirements, businesses can choose from different types of virtualization solutions. Virtualization is not just a trend but a necessary strategy to optimize business operations and workflow in 2025.
Bare-metal hypervisors are used for higher, scalable performance, requiring a higher level of system administration. Whereas hosted hypervisors use their host OS and are more user-friendly. Hosted hypervisors are more lightweight and flexible but are quite limited by their host OS, unlike bare-metal ones.
Paravirtualization refers to the virtualization method of modifying the guest operating system to interact directly with the hypervisor using what is known as hypercalls. While this enhances performance, changes are required to the guest OS before deploying. It is faster than full virtualization, too.
The best virtualization platforms for bare-metal hypervisors are VMware vSphere and Microsoft Hyper-V. The first one is reliable and works best for large enterprises but can be an expensive option for smaller ones. On the other hand, Microsoft Hyper-V works wonderfully for industries depending heavily on Microsoft systems but is not so cost-efficient for non-Windows ones.
Enhanced efficiency is perhaps the most important advantage of virtualization. With better productivity, organizations are able to perform much better than before. Easier disaster recovery comes as a close second to this.
Several situations can occur where you need to reboot the virtual machine, such as after an update or configuration change. When you reboot, the virtual machine’s console remains open while the guest operating system is restarted. If a guest operating system can not be loaded or has become unresponsive, you need to reset the virtual machine.
The Stromasys Research Team is a collective of experts specializing in researching and writing about legacy systems modernization, virtualization, and hardware emulation. With a combined experience of over 15 years, the team has researched, written, and published 200+ in-depth content pieces exploring how organizations across manufacturing, aerospace, finance, and public sector environments extend the life of mission-critical platforms while transitioning to modern infrastructure. Their work is informed by real-world customer deployments, input from engineering, and updated insights on what is latest in the world of legacy systems including SPARC, PA-RISC, VAX, Alpha and PDP environments.
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