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Polkadot JAM Slides - Token2049 - By Dr. Gavin Wood
Hybrid Cloud Requires a Transition from IT Service Builder to IT Service Broker
1. white paper
CIO LinkedIn
Hybrid Cloud Requires a
Transition from IT Service
Builder to IT Service Broker
Executive Summary
Even as enterprise IT shops are deploying private clouds
to increase agility and reduce costs, they are also steadily
increasing the number of workloads being run in public
clouds to meet the ongoing, dynamic needs of the business. Whether they realize it or not, they are transforming
into cloud brokers who act as intermediaries between their
companies and cloud service providers—managing workloads and moving data among multiple clouds.
These newly created cloud brokers find themselves
managing across private clouds within their own data
centers, among hyperscale cloud providers like Amazon
(AWS), Google and Microsoft, and across large public cloud
service providers such as AT&T, Orange Business Services
and Verizon. Their companies benefit because the competition among these market-leading companies is creating a
broad range of new options and price points for the delivery
of IT services.
However, this is a challenging and rapidly evolving environment that requires the cloud brokers to bring extensive IT
experience, cloud knowledge and well-honed negotiating
skills to the table when they hammer out deals that include
such major issues as data control and management, consistent SLAs, governance and security.
Global Survey Confirms Hybrid IT
is the New Normal
According to a worldwide survey of IT executive members
from CIO LinkedIn Forum, respondents’ organizations are
already deploying multiple cloud models, and expect that
more than half of all IT services at their organizations will be
delivered via cloud three years from now.
For example, the majority of respondents expect to have
Software as a Service (SaaS), Infrastructure as a Service (IaaS)
and Platform as a Service (PaaS) deployed within three years,
while more than two-thirds (71 percent) expect IaaS will be
Forum
deployed within 18 months. They also expect that the use of
all cloud models (public, private and hybrid) will increase at
their organizations over the next 18 months.
Respondents further report that nearly one-third of their
total data will be deployed to either public or hybrid clouds
within 18 months, a precipitous 100 percent increase over the
amount of data they say is currently being housed in either a
public or hybrid cloud. Not surprisingly, a majority of respondents plan to employ public cloud platforms based on VMware
or Microsoft technology with a smaller but growing number
opting for hyperscale and open source cloud alternatives.
Turning to benefits, the study, which was commissioned
by NetApp and conducted by IDG Research Services, reveals
that more than two-thirds of respondents report their organizations have seen reduced provisioning times, increased
efficiencies and lower costs, which they directly attribute to
cloud deployments.
Hybrid Clouds, Serious Challenges
Moving from managing existing internal private clouds to
integrating with public clouds is not a simple process. As
noted by ESG Senior Analyst Wayne Pauley, “There are some
organizational and governance changes which have to occur
on the business side of the house. If the organization is going
from a fixed and very static allocation scheme to a more
dynamic usage model, they have to come up with ways of
forecasting consumption and being accountable for serving
large numbers of people across their distributed enterprises.”
From an IT point of view, the challenges are significant as
well. Traditionally, senior IT leaders in the data center have
maintained control over their data, period. However, certain
key functions pose a challenge to that—migrating that data to
the public cloud, shifting it to and from the cloud, and adapting
to new tasks such as changing cloud providers on the fly.
The majority of respondents consider it highly important
to offer consistent SLAs across cloud environments (83
2. 2
white paper: H ybrid C lou ds
Figure 1.
Ways in Which Organizations Have Benefitted from Cloud Deployments To-Date
Reduction in provisioning times/
increase IT efficiencies/lower costs
67%
Scale-up/scale-down to
accommodate business needs
59%
Able to buy and use resources
on a per-need basis
52%
47%
Less downtime/planned outages
35%
Improved SLAs
22%
More reliable security
Drive revenue
16%
Source: IDG Research Services, October 2013
percent), and to manage and control data among multiple
private and public cloud resources (82 percent). However,
more than three-quarters indicate that their organizations are
encountering challenges in meeting these objectives.
Seventy-eight percent consider it highly important to
be able to manage data seamlessly across multiple cloud
environments. Data protection and data governance are
most often cited as the aspects of control and management
that will be difficult to maintain when moving to a hybrid
cloud environment.
Just 40 percent of respondents rate their organizations’
current ability to move data across cloud environments as
excellent or very good. Alarmingly, roughly the same proportion has a high confidence level that their organizations will
be able to master this critical capability 18 months from now.
CIO Concerns
According to Brad Nisbet, Marketing Manager, Cloud Solutions for NetApp, “What CIOs really want is the ability to
choose among cloud services, knowing that, for whatever
reason—change in business needs, policies, location, etc.—
they can make adjustments with minimal pain and impact
to the business.” Their issues include:
n Minimizing downtime with fewer planned outages
n Having the flexibility to buy and consume resources
on a per-need basis
Allowing users to react to changing business needs
n
by scaling IT resources up and down
n Achieving cost reduction and faster provisioning times
An overarching concern, and a key to resolving these
issues, is maintaining control over data performance,
protection, governance and security—which is particularly challenging in heterogeneous cloud environments.
Complexity is another inhibitor for CIOs who are considering a tighter integration of public cloud services into their
IT environments. For example, many organizations are
perplexed about how to manage elements of IT across a
blend of private and public cloud resources, especially the
intricacies of managing data across disparate locations and
platforms in a hybrid environment.
The Need for a Common Data Platform
Hybrid cloud environments can lead to some very innovative
combinations of resources. To achieve the IT agility promised
by a hybrid model, however, it must be possible to adjust
the mix of cloud services and service providers in response
to changing business needs. At the compute layer, a high
degree of agility and portability can already be achieved
by using server virtualization technology and applications
designed for stateless, cloud-based computing. At the data
layer, it’s a different story.
Once user data or application data is generated, the IT
organization is bound to manage, protect and control that
data, regardless of its location. When data is moved between
different clouds, the challenge is to do so efficiently while
maintaining the desired policies for data security, performance and data protection. Indeed, it is this burden of data
management and control that has become the primary
3. 3
white paper: H ybrid C lou ds
Figure 2.
Importance of IT Controls for Hybrid Cloud
Offer consistent SLAs and services across
both public and private environments
28%
Manage and control data among multiple
private and public cloud resources
Control data growth in the cloud and the
associated storage and network service fees
13%
Switch between cloud service
providers as needed
2%
11% 5%
2%
55%
18%
42%
16%
21% 5% 6%
22%
43%
11%
Critical
11% 4%
48%
34%
Easily move data among different
cloud providers
Leverage legacy on-premise systems
as part of a hybrid cloud
55%
43%
Very important
Not very important
8%
29%
29%
10%
9%
3%
11% 6%
Somewhat important
Other
Source: IDG Research Services, October 2013
obstacle to more effective utilization of the public cloud.
The ability to seamlessly manage data in a hybrid cloud
environment can provide IT organizations with new degrees
of freedom for balancing and fine-tuning data services
across cloud resources. Just as operations teams already
benefit from managing virtual machines in the same way
across both private and public clouds, having a common
set of storage services will enable them to more effectively
provision resources and manage data across multiple
cloud environments.
The Data ONTAP storage operating system from NetApp
is designed to provide that common data platform and
serve as the data management foundation for a hybrid
cloud environment.
The Three Pillars of the NetApp
Cloud Strategy
➊ Universal Data Platform
NetApp’s Data ONTAP storage operating system is at the
heart of the company’s Universal Data Platform, which is
one of three main pillars supporting a multi-cloud strategy.
As part of its plan to create a standardized data fabric that
homogenizes on-and off-premises connectivity, NetApp
has enhanced Data ONTAP and is working closely with its
cloud provider partners to deploy the operating system
across hybrid cloud environments. With Data ONTAP, organizations can solve one of the more complicated aspect
of brokering services between private and public cloud
resources—storage and data management—with a platform
that offers a common data format and familiar management
between resources.
➋ Dynamic Data Portability
The second pillar of the strategy is Dynamic Data Portability,
which provides the ability to move data between instances
of Data ONTAP via the company’s replication and data movement technology. By providing this capability between cloud
resources, users can create innovative cloud solutions and
avoid vendor or cloud-provider lock-in.
➌ Extensive Customer Choice
The third pillar is Extensive Customer Choice, which focuses
on best-of-breed technologies and a broad ecosystem of
cloud providers. In this area, NetApp provides a multitude of
options for IT organizations looking to deploy a multi-cloud
environment. NetApp technology options for private clouds
span all major virtualization frameworks, such as those from
VMware, Microsoft and Citrix, and virtually all of the major
cloud management options, such as those from Cisco, BMC
and CA, as well as open source initiatives like OpenStack and
CloudStack. On the public cloud side, NetApp enables over
175 cloud service providers with infrastructure and solutions
built on Data ONTAP. In addition, NetApp’s partnership with
Amazon Web Services allows organizations the benefit of