Removing Boundaries Between Physical and Virtual Environments

Virtualization is a current key trend across all IT segments.  The benefits of virtualization are well known and widely leveraged since data can now be stored and managed over diverse virtual environments in large data centers – or simple standalone servers. Even the most populous segment – home users, can now virtualize their existing software or make cross-platform configurations.

This article highlights how Paragon ConnectVD Technology addresses many data management challenges on diverse virtual and physical machines. ConnectVD allows a myriad of tasks to be performed with ease in a virtual environment – such as partitioning, data transferring, imaging, copying and many other complex tasks.
<h1>Virtualization Challenges</h1>
One of the key benefits of virtualization is that you can run as many virtualized environments on one physical computer using currently available hardware.  The number of serviceable systems may widely differ when using a single physical computer/single system approach or when leveraging dozens of virtualized systems. However the capabilities of IT personnel and administrators are not unlimited and expanding number of virtualized systems may cause a significant work backlogs.

Another thing to consider is that there are many different types of virtualization software. The main vendors are VMware, Microsoft, and Oracle, who offer incompatible solutions with many versions: enterprise or home user; bundled to the OS or independent; copyrighted by license or open-sourced. Managing and transferring data between these environments can be highly complex and nerve-wracking if things go awry.

These vendors naturally provide instruments for data management, migration, and conversion on virtual machines, but there are few vendor independent software tools that support all types of virtual machines. Administrators are typically faced with using many different tools simultaneously to perform tasks such as copying files between VM’s or virtual disk conversions.

Additionally, a typical VM is a complex environment that completely copies the physical computer’s partitions, file systems, one or several operating systems, software and data. On each level a special type of management is needed, which may or may not be provided by the VM software. If you recently installed all the necessary utilities, tools and management software to one or several physical machines, now you have to repeat this process with many virtualized clones. Having software that provides tools for the external management of data on dozens of VM’s from an original single copy is quite handy.

In brief, the major virtualized system management issues are the following: efficient management of a large number of virtual machines  using a limited number of physical servers; the need to support data transfer and management between different types of VM’s; and the need for universal data management tools that can service as many VM’s from the outside physical world as possible.

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