
Virtualization and Cloud executives share their predictions for 2014. Read them in this VMblog.com series exclusive.
Contributed article by Kieran Harty, Chief Technology Officer and co-founder of Tintri
Flash, private clouds, VDI and application-centric storage
As the New Year quickly approaches and we wrap up 2013, there are a few
things that come to mind when predicting the hot trends for 2014. Here's my
take on what you should expect in the coming year.
Flash becomes table stakes for storage but value added
software becomes important
We think that in
2014, a flash story will become a requirement in the storage market. In 2014 (and
for the next few years) a hybrid system will provide customers with flash
performance in the most economic way.
We expect the
focus to move beyond flash
hardware to intelligent software on top of flash. This will drive seamless integration with the virtualization
and application layers to allow administrators to focus on managing VMs and application
data, rather than just storage.
Increased adoption of VDI
Virtual Desktop
Infrastructure (VDI) has been talked about for many years, but only about 10
percent of desktops have actually been virtualized. This has been changing over
the last 18 months because of the availability of cost effective storage and
greater adoption of mobile devices. Both users and IT departments prefer to
have their desktops on centrally managed servers.
The adoption of VDI
will accelerate in 2014 especially in verticals such as Financial Services, Healthcare,
Government and Education.
More private clouds
A lot of attention is given to the public cloud offerings of
Amazon, Google and Microsoft. However private clouds (dedicated clouds at customer
sites or at service providers) have been growing quietly at a fast rate and
will be a $14 billion market in 2016. Private cloud adoption will accelerate in
production and development/test environments.
For many companies, a
private cloud is the next phase of their adoption of virtualization. It
provides customers with an environment with additional flexibility,
self-service and reporting. Unlike a public cloud environment like Amazon Web
Services, applications don't need to be rewritten to handle failures.
Economic Quality of Service becomes important
With increased
consolidation of physical infrastructure and the move to virtualized
environments, there are more applications sharing the same server, storage and
networking resources. Sharing can result in poor or unpredictable levels of
service for individual applications.
For computing
resources, the hypervisor already provides efficient Quality of Service (QoS)
mechanisms. But overprovisioning (think dedicated or underutilized resources)
is a common way to approximate QoS for storage and networking. This will become
a problem for customers as they perceive this as a waste of resources. In 2014,
enterprise customers and service providers will demand QoS mechanisms for
storage and networking as a major focus.
Application-Centric Storage gets traction
In 2014 the number
of workloads that are virtualized will be more than 70 percent. The efficiency
of computing has improved by an order of magnitude and managing virtual
machines is a lot simpler than managing physical machines. But storage and
networking haven't seen the same benefits as computing. However, this is
changing.
The big drivers for
IT will be improving storage efficiency, simplifying storage management for
virtualized environments and improving the automation of data management. Application-centric
storage will reduce Capex and management costs significantly. In the networking
world software defined networking (SDN), which is conceptually similar to
application-centric storage, will work in parallel to increase efficiency and
reduce complexity.
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About the author
Kieran Harty is the Chief Technology Officer and
co-founder of Tintri. Prior to becoming CTO, Kieran served as CEO and
Chairman of Tintri. Before founding Tintri, he was Executive Vice
President of R&D at VMware for seven years, where he was responsible for
all products. He led the delivery of the first and subsequent releases of ESX
Server, Virtual Center and VMware's desktop products. Before VMware, he was
Vice President of R&D at Visigenic/Borland and Chief Scientist at TIBCO.
Kieran has a Ph.D. in Electrical Engineering from Stanford University and a
Master's Degree in Computer Science from Trinity College Dublin.