没有合适的资源?快使用搜索试试~ 我知道了~
首页cloud-computing-private-cloud-infrastructure-as-a-service-guide
资源详情
资源推荐
WHY YOU SHOULD READ THIS DOCUMENT
This guide summarizes valuable information and practical steps for IT managers
who want to plan and implement private cloud infrastructure as a service (IaaS)
as the rst step toward cloud services delivery, including:
• How building a cloud service delivery model will help your organization take
full advantage of the agility and eciency benets of cloud computing
• The key technologies and capabilities that you need to move from an
IT virtualization practice to a private cloud computing practice
• A framework for approaching your private cloud project that lays the
groundwork for moving to a hybrid model when you are ready
• A quick review of the ve leading cloud management platforms (CMPs): Apache
CloudStack*, Eucalyptus* cloud platform, Microsoft* cloud software, OpenStack*
cloud software, and VMware* vCloud Director*
PLANNING GUIDE
Private Cloud Infrastructure
as a Service
Steps to Providing Cloud Services Delivery for Greater Agility and Eciency
Planning Guide | Private Cloud Infrastructure as a Service | July 20143
Today the cloud is a proven delivery model, with a growing
number of enterprises realizing impressive agility and
eciency benets. As the technology matures, the trend is
for organizations to extend cloud deployments to even more
exible private, hybrid, and public cloud models. The new
models promise exciting new ways to expand the scope of
value-added business services, address top priorities like
big data and Bring Your Own Device and mobility initiatives,
and deliver enterprise applications as services.
Many organizations no longer question the value proposition
associated with cloud computing. But the conversation has
changed—from “Should we do it?” to “How should we do it to
get the most value?” Intel wants to help you simplify delivery
of your cloud services so that your business can realize the full
benets now, while laying the groundwork to move to a more
elastic hybrid model.
1
The purpose of this guide is to help you
take the rst step—building a private self-service cloud on
a highly virtualized foundation.
Why Private Cloud?
Many companies are already virtualizing their IT environment and
have been doing so for years. Initially, virtualization was deployed
for compute resources, primarily as a cost-saving technology.
Organizations soon recognized that virtualization provided
eciency benets as well as enhanced agility and security.
Most clouds are built on virtualized infrastructure technology.
Cloud computing originated as a new way to deliver IT services
by providing a customer interface to automated, self-service
catalogs of standard services, and by using autoscaling to
respond to increasing or decreasing user demand. From an
IT perspective, a private self-service cloud oers the key
advantages of speed, agility, and eciency while maintaining
control of sensitive intellectual property (IP) and data.
Private clouds also enable IT to be more responsive to the
business and to work more eectively with its constituencies—
business users, suppliers, partners, employees, and others.
Without private clouds, line-of-business (LOB) requests
to IT for provisioning server or storage capacity for key
business initiatives can take weeks—or even longer. With
a private, self-provisioning cloud, users can be up and running
in hours or even minutes, with no or minimal interaction with
IT. Projects don’t languish, and users can gain access to the
capacity they need on demand. IT can provide better service,
monitor demand, and maintain control of sensitive workloads
and resources. Users benet with increased speed to market
and the ability to go after short-term opportunities.
The Path to Simplied Delivery
of Cloud Services
Best Practices and Insights
from Intel IT
Intel IT solves some of today’s most demanding
and complex technology challenges—right here
at home. Our computing environment supports
95,200 employees globally and includes 68 data
centers and 147,000 devices. To create as much
business value for Intel as possible, we proactively
invest in and implement innovative IT strategies
and capabilities, including cloud computing,
consumerization of IT, and big data analytics.
Intel has realized signicant benets from
deploying its own private cloud, from increased
agility—server provisioning dropped from 90
days to 45 minutes—and reduced operational
costs—$21 million in savings since 2009.
Throughout this planning guide, we’ll share
best practices from Intel’s cloud journey to
reinforce our recommendations, help you reduce
organizational risk, and simplify your path to
the cloud.
Find additional insights and best practices from
Intel IT leaders about strategic planning, creating
business value, improving productivity, managing
growth, and more at Intel IT.
Planning Guide | Private Cloud Infrastructure as a Service | July 20144
Oering a private self-service cloud also provides these
benets, important for the evolution of your cloud services:
• Establishes a foundation for new services, such as platform
as a service (PaaS),
2
to accelerate customer application
deployment and promote cloud-aware application
design principles.
• Enables extension to public service providers that can
augment and expand your private cloud via a hybrid cloud
model to manage spikes in demand and other one-o
circumstances. IT can now “build the base, and rent the
spike” for optimal eciency.
• Positions IT as the broker of cloud services across the
enterprise. In this role, IT can oer perspectives and skills
to help users nd the best internal or external solution for
their needs, as well as better utilize existing private cloud
resources. Also, IT can reduce the risk of exposing sensitive
IP and data to outside vendors and help to meet LOB
expectations on price, capacity, and provisioning speed,
while ensuring that organizational requirements for security
and data governance are in place.
High-Performance Cloud Capabilities
The U.S. National Institute of Standards and Technology (NIST)
identies several essential characteristics of a high-performing
private cloud.
3
• On-demand self-service – Users can automatically
provision their own computing resources as needed and
without requiring human intervention, typically through
an interactive portal that enables them to congure and
manage these services themselves.
• Broad network access – Resources are available via the
network and can be accessed by multiple devices, including
smart phones, tablets, laptops, and desktops.
• Rapid elasticity – Resources can be quickly and
transparently expanded or contracted depending on
demand. Scaling is automatic to users, and provisioning
what they need is transparent.
• Measured service – Usage is measured and can be
monitored, controlled, and reported for transparency.
• Location-transparent resource pooling for multiple
tenants – Compute, storage, and networking resources
are pooled to serve multiple user groups (tenants) with
dierent physical and virtual resources that can be
dynamically assigned and reassigned according to user
demand. Because users generally have no control of the
exact location of the resources, there is a sense of location
independence, although location may be specied at a
higher level of abstraction (country, state, data center).
BMW’s Private Cloud Strategy
One example of a company successful in deploying a private cloud is BMW. The BMW Group is pursuing a long-
term cloud strategy in two phases with short development cycles and specic short-term objectives. The rst
phase focuses on delivering private cloud services; phase two extends the private cloud to a hybrid model.
The decision to start with a private cloud infrastructure was designed to avoid data and infrastructure security
issues, provider dependencies, and integration deciencies that are often encountered with public
cloud infrastructures.
For its private cloud environment, BMW uses modularized open architecture based on industry standards and
usage models from the Open Data Center Alliance to create secure platform and infrastructure layers, business
orchestration, and technical automation.
Find out more about BMW’s cloud strategy in Open Data Center Alliance*: The Private Cloud Strategy at BMW.
剩余18页未读,继续阅读
菜鸟-新手
- 粉丝: 0
- 资源: 1
上传资源 快速赚钱
- 我的内容管理 收起
- 我的资源 快来上传第一个资源
- 我的收益 登录查看自己的收益
- 我的积分 登录查看自己的积分
- 我的C币 登录后查看C币余额
- 我的收藏
- 我的下载
- 下载帮助
会员权益专享
最新资源
- 基于嵌入式ARMLinux的播放器的设计与实现 word格式.doc
- 经典:大学答辩通过_基于ARM微处理器的嵌入式指纹识别系统设计.pdf
- 嵌入式系统课程设计.doc
- 基于飞思卡尔控制器的智能寻迹车设计ARM基础课程课程设计.doc
- 下载基于ARM7的压电陶瓷换能器导纳圆测量仪的研制PDF格式可编辑.pdf
- 课程设计基于ARM的嵌入式家居监控系统的研究与设计.doc
- 论文基于嵌入式ARM的图像采集处理系统设计.doc
- 嵌入式基于ARM9的中断驱动程序设计—课程设计.doc
- 在Linux系统下基于ARM嵌入式的俄罗斯方块.doc
- STK-MirrorStore Product Release Notes(96130)-44
- STK-MirrorStore Storage Connectivity Guide for StorageTek Disk A
- 龙虾养殖远程监控系统的设计与实现数据采集上位-机软件模块-本科毕业设计.doc
- 龙虾养殖远程监控系统的设计与实现数据采集上位-机软件模块-.doc
- 龙虾养殖远程监控系统的设计与实现数据采集上位-机软件模块-本科生毕业论文.doc
- 麻阳风貌展示网站的设计与实现毕业论文.pdf
- 高速走丝气中电火花线切割精加工编程设计.doc
资源上传下载、课程学习等过程中有任何疑问或建议,欢迎提出宝贵意见哦~我们会及时处理!
点击此处反馈
安全验证
文档复制为VIP权益,开通VIP直接复制
信息提交成功