Many enterprise
organizations have begun the year with aggressive plans to make their
infrastructure Cloud-ready. In earlier years enterprises took baby steps
towards building Cloud Infrastructure for various reasons. However, 2014 will
see enterprise adoption of Cloud Infrastructure on a broader scale and in a
very methodical manner.
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The principal
advantages of collaborative hosted platforms and services far outweigh the
shortcomings including security and reliability concerns. The market for
Enterprise Cloud Infrastructure through 2019 represents a significant
opportunity to those companies that position themselves to exploit
opportunities.
Shared Cloud
Infrastructure for Enterprise Applications: Market Analysis and Forecast 2014
- 2019 is must read for Cloud vendors, service providers, and network
operators as well as anyone involved in Enterprise infrastructure planning,
budgeting, and strategy. Our research findings indicate that most major
business needs will be met by anticipated targeted solutions to address
requirements, bridging the gap between enterprises and providers of IaaS. We
see the market growth through 2019 in Enterprise Cloud Infrastructure growing
to $6.63 billion with a CAGR of 29.7%.
Target
Audience:
·
Telecom service
providers
·
API management
companies
·
Cloud and
virtualization vendors
·
Telecom managed
service providers
·
Wireless/mobile
infrastructure providers
·
Cloud infrastructure
and service providers
·
SMB and enterprise
companies of all types
Table of
Contents:
1.0 EXECUTIVE SUMMARY
6
1.1 TRENDS IN CLOUD
INFRASTRUCTURE AND ADOPTION BY ENTERPRISES THROUGH 2014 6
1.2 OVERVIEW OF
ENTERPRISE CLOUD INFRASTRUCTURE 6
1.3 MARKETS FOR
ENTERPRISE CLOUD INFRASTRUCTURE 2014 - 2019 7
2.0 INTRODUCTION 9
2.1 IT TEAMS ARE
FORCED TO OPTIMIZE IT INFRASTRUCTURE WITH REDUCED BUDGETS 9
2.2 VIRTUAL
INFRASTRUCTURE MAKING SIGNIFICANT INROADS WITH ENTERPRISE 9
2.3 CLOUD COMPUTING
ENABLES RESOURCE SHARING WITHIN ENTERPRISE 10
2.4 INFRASTRUCTURE AS
A SERVICE (IAAS) AN OPTION FOR PHYSICAL INFRASTRUCTURE 11
2.4.1 COMPARISON
BETWEEN PUBLIC CLOUD AND PRIVATE CLOUD INFRASTRUCTURE OFFERINGS: 11
2.5 PRIVATE CLOUD
INFRASTRUCTURE AS A SERVICE (PRIVATE IAAS) AND SECURITY 12
2.6 ROLE OF
MULTI-TENANCY IN ENTERPRISE CLOUD COMPUTING 13
3.0 ENTERPRISE IAAS
15
3.1 KEY ELEMENTS IN
ENTERPRISE IAAS ADOPTION 16
3.1.1 OPTIONS TO
REDUCE INFRASTRUCTURE COSTS 16
3.1.2 ENTERPRISE TO
USE CLOUD IAAS FOR AUTOMATION AND SELF-SERVICE 16
3.1.3 QUICK AND
FLEXIBLE PROVISION OF IT RESOURCES 17
3.1.4 ABILITY TO MOVE
CRITICAL WORKLOAD TO THE CLOUD 17
3.1.5 DATA SECURITY
AND DATA RETRIEVAL 17
3.1.6
INTEROPERABILITY, COHERENCY AND ORCHESTRATION 17
3.1.7 CONSISTENT AND
HIGH IO PERFORMANCE AND BANDWIDTH 17
3.1.8 STORAGE 18
3.1.9 ENTERPRISE TO
USE CLOUD IAAS FOR APPLICATION OPERATION 18
4.0 COMPANIES AND
SOLUTIONS 21
4.1 MULTIVENDOR OR
INTEGRATION OF BEST-IN-CLASS SOLUTIONS 21
4.2 STEP-BY-STEP APPROACH
AND SINGLE COMPONENT OFFERINGS 21
4.3 COMPANIES AND
SOLUTIONS 22
4.3.1 AT&T 22
4.3.2 CIRRACORE 22
4.3.3 CISCO SYSTEMS,
INC. 23
4.3.4 COLT 23
4.3.5 CSC 24
4.3.6 FUJITSU 24
4.3.7 HP 25
4.3.8 IBM 26
4.3.9 MICROSOFT 27
4.3.10 ORACLE 28
4.3.11 TELSTRA 29
4.3.12 VERIZON
TERREMARK 29
4.3.13 VMWARE INC. 29
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