The ability to adapt to new environments is an essential
tool to evolution and in the business world failure to adjust is a
forward-moving climate will ultimately leave a company far behind their
competitors. For this reason many companies dedicate a significant
portion of their resources to development and innovation, relying upon
their IT departments to create more efficient and productive methods to
grow business. Unfortunately, in many cases the resources that a company
has budgeted to spark development and innovation are often spent on
simple maintenance and troubleshooting issues related to how they manage
their information.
Simply put, IT admins have become bogged down with managing multiple
servers, hardware that is critical to the daily business operations of a
company. For security reasons many companies separate their operating
systems and applications on individual servers, ensuring that if
something were to go wrong with one then it wouldn’t affect the others.
This security measure actually presents a number of other problems for
an IT department and can contribute to a considerable amount of waste
for a company.
Managing multiple servers is a time-consuming task for IT admins who are
already stretched thin by budget cuts and resource scale backs, and
making sure that these servers are running properly leaves little time
for innovation. This means that while an IT department should be paving
the way for development they are instead forced to simply make repairs
to the existing path, a practice that will ultimately leave them behind
the companies who have a better solution.
An often overlooked area of waste related to managing multiple servers
is tied to space; a server that hosts a single operating system or
application is operating at a fraction of its capacity. These operating
systems and applications may be separated to minimize the damage caused
by a potential crash or outage but the costs associated with keeping
this security practice in place can be extreme. Companies are often
utilizing less than half of what a server is capable of handling, and in
many cases it is far lower. Given the cost of servers along with the
costs associated with keeping them running this can be a serious
financial burden and eat up much of an IT budget.
Of course technology has never been one to settle and innovation still
exists which is why virtualization has become the favored method of
solving the problems associated with the multiple server approach.
Virtualization has made it possible for companies to place all of their
operating systems and applications on one physical computer and those
resources can then be accessed by multiple virtual machines with each of
those machines sharing the resources of the one physical computer. What
this does is consolidate operating systems and applications that have
been spread across multiple servers and places them on one physical
computer and each of those operating systems and applications can run
safely and have access to the resources it needs at any moment. While
these operating systems and applications are all stored on a physical
computer each one is securely stored in their own space, ensuring that
if a problem existed with one it wouldn’t be a problem for the others.
The benefits of virtualization platforms have been considerable for
companies as the technology has not only eliminated the dollar costs
associated with managing multiple servers it has also eliminated the
costs associated with falling behind in the areas of innovation and
development. With everything securely placed on one physical computer IT
admins can quickly carry out the basic functions like backup,
archiving, and recovery while also managing, securing, and upgrading
desktops and notebooks that are utilized by the company.
Maximizing the benefits of virtualization remains the job of the company
and to do this they must be aware of the issues that can affect their
virtualization infrastructure. Most notable are rapid I/O bandwidth
bottlenecks due to accelerated fragmentation on virtual platforms,
virtual machine competition for shared I/O resources are not being
effectively prioritized across the platform, and virtual disks set to
dynamically grow do not resize when data is deleted- wasting free space.
These issues aren’t something an IT admin has to live with; they can
easily be remedied with
virtualization
software that can maximize the
performance of any virtual platform. Companies like Diskeeper have been
at the forefront of designing virtualization software that eliminates
the problems that can arise from the technology. For their part
Diskeeper offers V-locity software as a
virtual platform disk optimizer which effectively synchronizes the
complex and ongoing activity between host and multiple guest operating
systems in a virtualized environment.
V-locity effectively alleviates that ‘virtual’ disk bottleneck for
virtual machines which in turn creates a faster and more efficient
computing platform for new consolidation and provisioning initiatives
without the need to add additional hardware. The virtualization software
is also capable of coordinating resource usage so that the competition
for shared I/O resources is better handled. V-locity also frees up vital
storage resources by eliminating virtual disk “bloat,” this is the
wasted disk space that occurs takes when virtual disks are set to
dynamically grow but don’t then shrink when users or applications remove
data. This is done through V-locity’s efforts in compacting the virtual
disk, thereby preventing waste and allowing IT managers to better
allocate their virtual storage resources.
As more and more companies adopt their own virtual infrastructure to
advance their business what can’t be overlooked is the necessity to keep
that virtual platform operating at its potential. By simply installing
virtualization software like V-locity a company can be assured that they
are maximizing all benefits tied with the technology and concentrate on
the innovation and development that is essential to the growth of their
business.