Worldwide Mainframe As A Cloud Machine: Market Shares, Strategies, and Forecasts, 2009-2015 published by WinterGreen Research, Inc. in August, 2009. This report consists of 563 PAGES 127 TABLES AND FIGURES and the price starts from US $ 3400.
Abstract
LEXINGTON, Massachusetts (August 14, 2009) - WinterGreen Research announces
that it has a new study on Worldwide Mainframe as a Cloud Machine. The 2009
study has 563 pages, 127 Tables and Figures. Worldwide cloud computing markets
are poised to achieve significant growth as applications become more
available. Advertising support of cloud computing makes software less
expensive to get and operate. The markets start to expand to provide
productivity improvements.
According to Susan Eustis, lead author of the study, “innovation is what
drives market growth in cloud computing. IBM and the major SOA vendors are
finding new ways to support cloud computing innovation, providing software
that supports flexible response to changing market conditions by using the
cloud computing infrastructure. SOA Web services are the core technology. SOA
reaches into every industry and every segment of the economy. The mainframe is
a cloud machine because it is reliable, secure, and available.”
IBM System z is emerging as the cloud-computing platform of choice because it
works and with sub capacity pricing is affordable. Utility computing can be
implemented in a manner so that the user does not know what hardware platform
is being used, the hardware is transparent to the line of business.
Applications are developed and tested in one part of the cloud and the
applications run in another part of the cloud.
Cloud computing is poised to support dynamic infrastructure. Because System z
and high end HP servers are more efficient at virtualization than the mid
range devices they work most efficiently in the cloud. Distributed servers
cause outages because they do not have the large block of memory, cache, and
memory reallocation on the fly that is needed to prevent outages.
Hybrid systems are emerging that leverage the high end mid range servers for
processor intensive workload and use the System z for workload and database
management. The number of images that can be ported to a high end device is a
critical part of TCO / ROI analysis.
Downtime is a significant issue for a brand. A brand really takes a hit when
there is Internet downtime. The blogs and media notice a ten-minute or
two-hour system outage. A six hour outage is devastating to the organization
that experiences it. Downtime typically costs $1 million per minute.
Research Methodology
WinterGreen Research authors use a structured, consistent, and detailed
research approach. The methodology supports an analytical approach to market
research. In depth comparisons are made of many aspects of the market. Data
relating to Industry segments is developed to permit presentation of forecasts
and market share positioned to have substantive value.
Research has been automated using automation of interactive surveys that
implement delta trend analysis and instant messaging in combination with
e-mail. Automation is made possible because of a proprietary engine that
implements multilayered cell based analysis. Modular systems support dynamic
computing that use a graphical configuration engine to reach more people in a
research modality.
Full spectrum research and information services, including market reports,
customized research, and customer interviewing are available, reports and
research are positioned to provide strategic value to industry participants,
strategic planners, and product managers.
New systems combine sales tools and independent industry analysis, seeking to
leverage the expertise of the sales force and combine it with the skepticism
of the analysts to provide accurate return on investment analysis.
The mainframe is a cloud machine because it is able to reduce outages.
Mainframes are able to reduce outages to near zero. There are banks in Germany
where the mainframe has been running for 6 years without any downtime.
Mainframe class hardware is needed for cloud computing to eliminate downtime
for vendors focused on specialized solutions. To compete in the on-demand
application suite market, utility type computing is needed. Global enterprises
are positioning to participate in and serve the cloud computing market.
Both HP and IBM are poised for significant server market growth. Cloud
computing changes everything. In the cloud, no one can see the hardware
platform and this gives the advantage to the IBM system z which operates at a
ten times cost advantage overall. This fact is documented in the market
research study “The Mainframe as a Green Machine” -- WinterGreen
Research 2009. IBM mainframe is highly reliable and very cost efficient.
HP continues to benefit from its advantage in benchmarking and the ability to
handle processer intensive workload via hybrid high end systems. The issue for
cloud computing is a hardware platform that provides the lost cost services
delivery. HP SuperDome is a strong contender in the cloud computing space.
Cloud computing is being expressed as application development software and
software as a service (SaaS). Application development is being used in cloud
computing to permit changes to code, making systems more flexible. Automated
process that is rigid is not supportive of competitive advantage.
Simplicity is the best base for cloud computing technology. Ordinary people
want instant access to information. Systems that are simple to use are not
necessarily simple in their architecture. Cloud computing infrastructure is
based on dynamic process. By separating the location of the data from the
pointers to the data, and making those separate from the presentation of data,
dynamic process can be implemented in a way that is understandable to regular
people. Mainframes support this dynamic software process and permit point and
click software development in the cloud.
Mainframes are anticipated be a significant part of the infrastructure of
cloud markets. Cloud computing services markets at $36 billion in 2008 are
expected to reach $16/ billion by 2015. Growth comes because the
infrastructure makes more computing affordable and supports more advertising
revenue that lets cloud services providers push syntax out to users at little
or no cost to the user. Mainframe computing units are 10 times less expensive
than the distributed servers and provide significantly more reliability and
security for cloud based computing. SOA software brings the ability to develop
applications from the line of business with point and click development that
works without programming.
Table of Contents
- Mainframe as a Cloud Computer Executive Summary
- Enterprise Cloud Computing
- High End Server Market Shares
- Cloud Computing Market Forecasts
- Mainframe As A Cloud Machine
1. Mainframe Cloud Computing Market Description and Market Dynamics
- 1.1 Mainframe Cloud Computing Permits User Web Services Access
- 1.1.1 Cloud Computing Aspects
- 1.2 Web 2.0 Internet Scale Mainstream Applications
- 1.2.1 Design Patterns
- 1.2.2 Data Driven Cloud Computing
- 1.2.3 Network Effects
- 1.2.4 Collaboration
- 1.2.5 Social Networking Heuristics
- 1.2.6 Wiki-Style Collaborative Editing
- 1.3 Core Competencies of Web 2.0
- 1.4 Business Process Management Platforms
- 1.4.1 Comprehensive Risk Analysis
- 1.5 Business Process Management Functions
- 1.5.1 Execution of Business Processes
- 1.5.2 Integration Aspects of BPM
- 1.6 Cloud Computing Impact On Business
- 1.6.1 Cloud Computing Corporate Communications
- 1.7 Blogging
- 1.7.1 Architecture of Participation
- 1.7.2 Permalink Functionality
- 1.8 Web 2.0 Driven By Data
- 1.8.1 Control Over The Database
- 1.8.2 Mashup Market Opportunity
- 1.9 Scientific Collaboration Using Web 2.0
- 1.9.1 OpenWetWare Project At MIT
2. Mainframe as a Cloud Computer: Market Shares and Market Forecasts
- 2.1 Enterprise Cloud Computing
- 2.2 High End Server Market Shares
- 2.2.1 Cloud Computing Positioning
- 2.2.2 Cloud Computing Energy Costs
- 2.2.3 Cloud Computing Web Services
- 2.2.4 Mainframe Fast Deployment Equals Fast ROI
- 2.2.5 Cloud Computing Services Market Shares
- 2.2.6 Cloud Computing Services Market Leaders
- 2.2.7 Search Engine Based Cloud Computing Market Shares
- 2.3 Cloud Data Centers
- 2.3.1 IBM' s CloudBurst Hardware Strategy
- 2.3.2 Hewlett Packard
- 2.3.3 HP Offers Cloud Computing Data Center As A Service Option To
Existing Outsourcing Clients
- 2.3.4 HP Cloud Services Research
- 2.3.5 Computer Associates CA
- 2.3.6 Google Programming in the Cloud
- 2.3.7 Enomaly Infrastructure Platform
- 2.3.8 Progress Software Cloud Computing
- 2.3.9 Progress Software DataDirect Technologies / WinterGreen Research
Mainframe TCO / ROI Calculator
- 2.3.10 eBay Cloud Computing
- 2.3.11 SAP
- 2.3.12 HostBridge
- 2.4 Cloud Computing Market Forecasts
- 2.4.1 Application Development Cloud Computing Market Forecasts
- 2.4.2 Cloud Computing Buzz
- 2.5 Instrumented Digital Devices
- 2.6 Scalable Symmetric Multiprocessors
- 2.6.1 Cloud Computing Database Management Systems
- 2.6.2 Cloud Computing Buzz
- 2.6.3 Virtualization
- 2.6.4 Mainframe Virtual Cloud Computing
- 2.6.5 Cloud Computing Positioning
- 2.6.6 Mainframe Virtual Cloud Computing
- 2.6.7 Building a Robust Data Sensor Network Integration Layer
- 2.6.8 SOA Infrastructure Market Driving Forces
- 2.6.9 Building a Robust Data Integration Layer
- 2.6.10 SOA Market Segment
- 2.6.11 SOA Market Driving Forces
- 2.6.12 SOA Market Shares
- 2.6.13 Search Inside An Enterprise
- 2.7 Cloud Computing Regional Market Segments
- 2.7.1 Google Regional Market Participation
3. Enterprise Cloud Computing Product Description
- 3.1 Networks Of Computers
- 3.2 IBM Mainframe Cloud Computing
- 3.2.1 IBM Cloud Computing Ecosystem
- 3.2.2 Mainframe Service-Oriented-Architecture
- 3.2.3 IBM/Google University Initiative
- 3.2.4 Mainframe Cloud Platform
- 3.2.5 IBM 13 Worldwide Mainframe Cloud Centers
- 3.2.6 IBM Cloud Test Environment
- 3.2.7 IBM Cloud Web Services Monitoring
- 3.2.8 IBM Delivers Cloud Computing Services To Developers
- 3.3 IBM Mainframe Cloud Computing University Initiatives
- 3.3.1 IBM Mainframe Cloud Computing Positioning
- 3.3.2 IBM Mainframe Specialty Engines - zIIP and zAAP
- 3.3.3 IBM Infrastructure Strategy & Planning for Cloud Computing
- 3.3.4 IBM Cloud Computing Iterative Workshop Approach
- 3.3.5 IBM Smart Business: Software Development & Test
- 3.3.6 IBM' s CloudBurst Hardware Strategy
- 3.3.7 IBM Key Infrastructure Elements for Cloud Computing
- 3.4 Hewlett Packard
- 3.4.1 Hewlett Packard HP Cloud Platform, Data Center
- 3.4.2 HP Offers Cloud Computing Data Center As A Service Option To
Existing Outsourcing Clients
- 3.4.3 HP Cloud Services Research
- 3.4.4 HP Department of Defense Cloud Computing Infrastructure
- 3.4.5 HP Cloud Research Opportunities And Challenges
- 3.5 Amazon EC2 / IBM Platform Technologies
- 3.5.1 Amazon / IBM Key Infrastructure Elements for Cloud Computing
- 3.6 Google
- 3.6.1 Google Cloud Computing
- 3.6.2 Google App Engine / Google Application Engine
- 3.6.3 Google Building Open Source Operating System
- 3.6.4 Google App Engine
- 3.6.5 Google Move Toward Clouds Signals A Fundamental Computer
Architecture Shift
- 3.6.6 Google Programming in the Cloud
- 3.7 eBay Cloud Computing
- 3.8 Cisco Cloud Computing
- 3.8.1 Cisco Virtualization
- 3.8.2 Cisco Cloud Computing Balances Innovation With Operational
Excellence
- 3.8.3 Cisco Participation In Highly-Virtualized Environments
- 3.9 Progress Software Cloud Computing
- 3.9.1 Progress Software DataDirect Technologies / WinterGreen Research
Mainframe TCO / ROI Calculator
- 3.10 HostBridge
- 3.10.1 Hostbridge Base Product Runs On The Mainframe Under CICS
- 3.10.2 Hostbridge WIRE Web Interface Rules Engine
- 3.10.3 Hostbridge HB Process Automation Module
- 3.10.4 Hostbridge HB Data Access Modules
- 3.10.5 HostBridge Mainframe Integration Software
- 3.11 Clerity Solutions Mainframe Offloading
- 3.11.1 Clerity Solutions / Equifax Mainframe Migration And Modernization
Solutions
- 3.12 NEON zPrime
- 3.12.1 Neon zPrime Mainframe Cost Reduction
- 3.13 Computer Associates CA
- 3.13.1 CA NetMaster Network Management Supports ZIIP Processing, IPv6
- 3.13.2 CA SYSVIEW Features New GUI, Auditing Capabilities
- 3.14 Trident Services'
- 3.14.1 SAP
- 3.14.2 IBM System z Advantage for SAP Applications
- 3.14.3 IBM / SAP One Solution to Support any Enterprise
- 3.14.4 IBM Tivoli System Automation for SAP
- 3.14.5 Cloud Computing Provides High Performance and Expansive Growth
for SAP Solutions
- 3.15 Sirius IBM System z10 BC
- 3.16 EMC VmWare Server Virtualizaton
4. Cloud Technology
- 4.1 Cloud Computing Information Access
- 4.2 Google Scale Mainstream Applications Gmail and Google Maps
- 4.2.1 Google.com - Search and Personalization
- 4.2.2 Google Scholar.
- 4.2.3 Google Server Implementation for Web 2.0
- 4.2.4 Google Replicates The Web pages
- 4.2.5 Google Map / Reduce Framework Runs In Parallel On 1,000 Machines
- 4.2.6 Google Global Work Queue
- 4.2.7 Communication, Collaboration and Communities
- 4.2.8 Google Spent $200 Million On Hardware Equipment In 2004, $1.4
Billion in 2007
- 4.2.9 Google Uses 1.8 Million Servers, Search Results, Images, Videos,
Emails And Ads
- 4.2.10 Google Dynamic Architecture Implementation
- 4.2.11 Short Description of Google Search Engine Dynamic Architecture
- 4.2.12 Google BigFiles
- 4.2.13 Google Repository
- 4.3 eBay Infrastructure
- 4.3.1 Sun Storage Helps Keep The Store Open
- 4.3.2 eBay' s Infrastructure Evolution
- 4.4 Microsoft .Net Defines Reusable Modules Dynamically
- 4.4.1 Microsoft Data Center Size
- 4.4.2 Microsoft Combines Managed Modules into Assemblies
- 4.4.3 Microsoft Architecture Dynamic Modular Processing
- 4.5 IBMR WebSphereR Application Server Feature Pack for Web 2.0
- 4.5.1 IBM Web 2.0 Steps To Deploy Websphere Application Server Using
Virtual Image Templates
- 4.5.2 IBM WebSphere Application Server Feature Pack
- 4.6 Facebook
- 4.7 MySpace
- 4.8 Reunion
- 4.9 Software Release Cycle
- 4.10 iTunes and TiVo
5. Enterprise Cloud Computing Company Profiles
- 5.1 3Tera
- 5.2 Adobe
- 5.3 Amazon
- 5.3.1 Amazon Web Services (AWS)
- 5.3.2 Amazon Competition
- 5.4 AT&T
- 5.5 Attachmate
- 5.6 Cisco
- 5.6.1 Cisco Networking For The Internet
- 5.6.2 Cisco / PostPath
- 5.6.3 Cisco / Jabber
- 5.6.4 Cisco Next-Gen Unified Communications
- 5.6.5 Cisco Focus On Development Of Conferencing And Collaboration,
Leveraging Expertise In The Network
- 5.6.6 Cisco Revenue
- 5.6.7 Cisco Acquisitions
- 5.6.8 Cisco Innovation
- 5.6.9 Cisco Customers
- 5.6.10 Cisco Revenue
- 5.6.11 Cisco Acquisitions and Investments
- 5.6.12 Cisco Innovation
- 5.6.13 Cisco Customers
- 5.6.14 Cisco Value Incentive Program (VIP) Offering
- 5.7 Clerity Solutions
- 5.7.1 Clerity Solutions Partners and Customers
- 5.7.2 Clerity Benefit Manager
- 5.8 CloudRamp
- 5.9 CloudScale Networks
- 5.9.1 CloudScale Networks Data Centers
- 5.10 CloudWorks
- 5.11 Computer Associates CA
- 5.11.1 CA Revenue
- 5.11.2 CA Revenue by Geography
- 5.11.3 CA Business Organization
- 5.11.4 Computer Associates Revenue
- 5.12 Dell
- 5.12.1 Dell Virtualization Solutions
- 5.12.2 Dell Fast Deployment:
- 5.12.3 Dell High Performance Computing
- 5.13 ebay
- 5.13.1 eBay PayPal
- 5.13.2 Skype
- 5.13.3 eBay Key Acquisitions
- 5.13.4 eBay Net Revenues
- 5.13.5 eBay Marketplaces
- 5.13.6 eBay Communications
- 5.13.7 eBay Cloud Computing
- 5.14 EMC
- 5.14.1 EMC VMWare
- 5.14.2 EMC Acquisitions
- 5.14.3 EMC Symmetrix Virtual
- 5.14.4 EMC' s V-Max Symmetrix Solutions
- 5.14.5 Selected EMC Partners
- 5.14.6 Selected EMC Customers
- 5.14.7 EMC Revenue
- 5.14.8 EMC Segment Information
- 5.14.9 EMC Segment Information
- 5.14.10 EMC VMware Virtual Infrastructure
- 5.14.11 EMC / Unisys and Expand Relationship in Enterprise Content
Management
- 5.14.12 EMC / VmWare, Inc.
- 5.14.13 VMware vCloud
- 5.15 Enomaly
- 5.15.1 Enomaly ECP Service Provider Cloud
- 5.15.2 Enomaly ECP Service Provider Customers
- 5.16 Eucalyptus
- 5.17 Google
- 5.17.1 Google Revenue
- 5.17.2 Google Q2 2009 Revenue Summary
- 5.17.3 Google Revenues by Geography
- 5.17.4 Google Revenues by Segment
- 5.17.5 Google Business Overview
- 5.17.6 Google Client
- 5.18 Fujitsu
- 5.18.1 Fujitsu OSS/NOS
- 5.18.2 Fujitsu SOA
- 5.18.3 Fujitsu CentraSite SOA Governance
- 5.19 Hewlett Packard (HP)
- 5.19.1 Hewlett Packard (HP) SOA
- 5.19.2 Hewlett Packard (HP) SOA Solutions
- 5.19.3 Hewlett Packard (HP) SOA Systinet Governance
- 5.19.4 HP Products and Services Segments
- 5.19.5 Hewlett-Packard Technology Solutions Group
- 5.19.6 Hewlett-Packard Enterprise Storage and Servers
- 5.19.7 Hewlett-Packard Industry Standard Servers
- 5.19.8 Hewlett-Packard Business Critical Systems
- 5.19.9 Hewlett Packard Halo Telepresence Customers
- 5.19.10 HP and Marriott
- 5.19.11 HP and Tandberg
- 5.19.12 Hewlett Packard Computer Industry Market Participant
- 5.19.13 Hewlett Packard Global Provider Of Products
- 5.19.14 HP Products and Services: Segment Information
- 5.19.15 Hewlett Packard Technology Solutions Group
- 5.19.16 Hewlett Packard Enterprise Storage and Servers
- 5.19.17 HP and Tower Software
- 5.19.18 Hewlett Packard Tower Software TRIM Context
- 5.19.19 Hewlett Packard Scalable Computing & Infrastructure Organization
(SCI)
- 5.19.20 HP Data Center Compute Services Transformation
- 5.20 Host Bridge Technology
- 5.21 IBM
- 5.21.1 IBM Business Partnering Strategy
- 5.21.2 IBM Strategic Priorities
- 5.21.3 IBM BPM Powered By Smart SOA
- 5.21.4 IBM Delivers Integration and Innovation to Clients
- 5.21.5 IBM Business Model
- 5.21.6 IBM Unified Communications In The Cloud Architecture
- 5.21.7 IBM LotusLive Cloud-Based Portfolio Of Social Networking And
Collaboration Services
- 5.21.8 IBM Revenue
- 5.21.9 IBM Q1 2009 Revenue
- 5.21.10 IBM Q2 2009 Revenue
- 5.21.11 IBM Software Capabilities
- 5.21.12 IBM Systems and Technology Capabilities
- 5.21.13 IBM Worldwide Organizations
- 5.21.14 IBM Security
- 5.22 Microsoft Corporation
- 5.22.1 Microsoft Azure Services Platform
- 5.22.2 Microsoft Windows Azure
- 5.22.3 Microsoft Live Services
- 5.22.4 Microsoft SQL Services
- 5.22.5 Microsoft .NET Services
- 5.22.6 MicrosoftR SharePointR Services & DynamicsR CRM Services
- 5.22.7 Microsoft Revenue Nine Months 2009
- 5.22.8 Microsoft Revenue
- 5.22.9 Microsoft Segment Revenue
- 5.22.10 Microsoft Server and Tools Revenue
- 5.22.11 Microsoft Online Services Business Revenue
- 5.22.12 Microsoft Business Division Revenue
- 5.22.13 Microsoft Entertainment and Devices Division
- 5.22.14 Microsoft Competition
- 5.22.15 Microsoft Security Vulnerabilities
- 5.22.16 Microsoft Client Segment
- 5.22.17 Microsoft Segments
- 5.22.18 Open Text Livelink ECM Integration Microsoft Office SharePoint
Server
- 5.22.19 Microsoft Multinational Computer Technology
- 5.22.20 Selected Microsoft Partners
- 5.22.21 Microsoft Financials
- 5.22.22 Microsoft Software Products
- 5.23 Neon Enterprise Software
- 5.24 NetSuite
- 5.24.1 NetSuite Revenue
- 5.24.2 NetSuite Services Benefits
- 5.24.3 NetSuite CRM+
- 5.24.4 Netsuite Revenue
- 5.24.5 NetSuiteSuiteBuilder
- 5.24.6 NetSuite SuiteTalk.
- 5.25 Oracle
- 5.25.1 Oracle Software Strategy
- 5.25.2 Oracle Software Business
- 5.25.3 Oracle Competition In The Software Business
- 5.25.4 Oracle Software License Updates and Product Support
- 5.25.5 Oracle Software Description
- 5.25.6 Oracle / BEA Systems
- 5.25.7 Oracle Software Revenue by Region
- 5.25.8 Oracle Corporate Strategy Active Acquisition Program
- 5.25.9 Oracle / Sun Microsystems
- 5.26 Progress Software
- 5.26.1 Progress Software Services Oriented Architecture Products
- 5.26.2 Progress Application Platform Products
- 5.26.3 Progress Software Data Infrastructure Products
- 5.26.4 Progress Software Customers
- 5.26.5 Progress Software / DataDirect Technologies
- 5.26.6 Progress Software Regional Revenue
- 5.26.7 Progress Software 2009 Second Quarter Revenue
- 5.27 Red Hat JBoss Enterprise SOA Platform
- 5.27.1 JBoss Enterprise SOA Platform Partners
- 5.28 Research In Motion (RIM)
- 5.29 SAP CRM
- 5.30 Serve Path / Go Grid
- 5.31 RackSpace
- 5.31.1 Rackspace Mosso Cloud Computing
- 5.31.2 Rackspace Mosso
- 5.32 RightScale
- 5.33 Salesforce.com
- 5.33.1 Salesforce.com Force.com
- 5.33.2 Salesforce.com Cloud Computing
- 5.33.3 Salesforce.com Strategy
- 5.34 Sirus
- 5.35 Trend Micro
- 5.36 Yahoo
- 5.36.1 Yahoo! Strategy
- 5.36.2 Yahoo! and Computational Research Labratories Collaborate on
Cloud Computing Research
- 5.37 Zeus Technology, Ltd.
- 5.38 Other Companies
List of Tables and Figures
- Table ES-1
- Competitive Factors In Cloud Computing Markets
- Figure ES-2
- Worldwide High End Server Market Shares, Dollars, First Half 2009
- Figure ES-3
- Worldwide Total CRM, Search Engine, and Application Development Cloud
Computing Market Forecasts, 2009-2015
- Figure 1-1
- Cloud Computing Hole of the Internet
- Table 1-2
- Harnessing Collective Intelligence
- Table 1-3
- BPM Platform Automation Of Process Functions
- Table 1-4
- Web 2.0 Next Generation Applications
- Table 1-5
- Cloud Computing Next Generation Functions
- Table 1-6
- Mashup Market Opportunity
- Table 1-7
- Web 2.0 Internet Examples
- Table 1-7 (Continued)
- Web 2.0 Internet Examples
- Table 2-1
- Competitive Factors In Cloud Computing Markets
- Table 2-2
- Competitive Forces In Cloud Computing Markets
- Figure 2-3
- Worldwide High End Server Market Shares, Dollars, First Half 2009
- Table 2-4
- Worldwide High End Server Shipments Market Shares, Dollars, 2008 and
Half One 2009
- Figure 2-5
- Worldwide Search Engine Based Cloud Computing Market Shares, Dollars,
2008
- Figure 2-6
- Worldwide Search Engine Based Cloud Computing Market Shares, Dollars,
2008 and First Half 2009
- Table 2-7
- IBM' s CloudBurst Hardware Strategy
- Table 2-8
- IBM Cloud Workload Segmentation Strategy
- Table 2-9
- IBM Cloud Test And Development Are Central To The Value of IT
- Table 2-10
- HP Labs Cell Based Cloud Computing Projects And Focus
- Table 2-11
- HP Labs Exascale Data Center Project Cloud Computing Projects And Focus
- Table 2-12
- System z Integrated Information Processor (zIIP) Functions
- Figure 2-13
- Worldwide Total CRM, Search Engine, and Application Development Cloud
Computing Market Forecasts, 2009-2015
- Table 2-14
- Worldwide CRM, Search Engine, and Application Development Cloud
Computing Market Forecasts, 2009-2015
- Table 2-15
- Cloud Computing Market Driving Forces
- Figure 2-16
- Worldwide Application Development Cloud Computing Market Forecasts,
2009-2015
- Table 2-17
- Cloud Computing Forces Driving Adoption
- Table 2-18
- Cloud Computing Forces Driving Adoption
- Table 2-19
- Types of Internet Connected Devices Likely to be Using Mid IR Sensors
That Need SOA Software To Achieve Connectivity
- Table 2-19 (Continued)
- Types of Internet Connected Devices Likely to be Using Mid IR Sensors
That Need SOA Software To Achieve Connectivity
- Table 2-20
- Services Oriented Architecture (SOA) Benefits
- Table 3-1
- IBM Mainframe Cloud Computing Benefits
- Table 3-2
- IBM Mainframe Cloud Application Development Steps
- Figure 3-3
- IBM Mainframe Cloud Provisioning Business Development and Testing Tool
Services
- Figure 3-4
- IBM Mainframe Cloud Collaborative Provisioning Services
- Figure 3-5
- IBM Mainframe Cloud Provisioning Business Development and Testing and
Deployment Flexibility
- Table 3-6
- Cloud Computing Services Capabilities Benefits Provide economies of
scale Provide greater flexibility in sourcing. Support adaption to change
- Table 3-7
- Cloud Computing Technology Capabilities
- Table 3-8
- IBM Mainframe Cloud Computing Advantages
- Table 3-9
- Mainframe Availability & Resiliency Cloud Computing Platform Positioning
- Table 3-10
- Mainframe Security Cloud Computing Platform Positioning
- Table 3-11
- Mainframe Scalability Cloud Computing Platform Positioning
- Table 3-12
- Mainframe Virtualization Management cloud computing platform positioning
- Table 3-13
- Mainframe Workload Management Cloud Computing Platform Positioning
- Table 3-14
- IBM Smart Business portfolio ways to deploy the cloud model
- Table 3-15
- IBM choices to deploy cloud services development and test:
- Table 3-16
- IBM' s CloudBurst Hardware Strategy
- Table 3-17
- IBM Cloud Workload Segmentation Strategy
- Table 3-18
- IBM Cloud Test And Development Central To The Value of IT
- Figure 3-19
- IBM Smart Business Models
- Table 3-20
- IBM value of a fully automated provisioning process
- Figure 3-21
- IBM Cloud Computing Cloud Development
- Table 3-22
- HP Cloud-Computing Security Risk Issues
- Table 3-23
- HP Products For Cloud Environments
- Table 3-24
- HP Services For Cloud Environments
- Table 3-25
- HP Labs Cell Based Cloud Computing Projects And Focus
- Table 3-26
- HP Labs Exascale Data Center Project Cloud Computing Projects And Focus
- Table 3-27
- HP Labs Scalable Storage Cloud Computing Projects And Focus
- Table 3-28
- HP Labs Service Lifecycle Management Cloud Computing Projects And Focus
- Table 3-30
- HP Cloud Computing Data Center Foundational Technologies
- Table 3-31
- HP Definition Of Elements Required For Cloud Technologies
- Table 3-32
- HP Automated Cloud Computing Infrastructure Lab Functions
- Table 3-33
- HP Automated Cloud Computing Infrastructure Impact
- Table 3-34
- HP Cloud Computing Research Areas
- Table 3-35
- Process and Time to Implement Application on Traditional IT
Infrastructure
- Table 3-36
- Process and Time to Implement Application on Cloud IT Infrastructure
- Figure 3-37
- Google Digital Life Exists On The Internet
- Table 3-38
- Cisco C-Series Rack-Mount Servers Functions
- Table 3-39
- Progress Software Cloud Computing
- Figure 3-40
- Progress Software Shadow Exploitation of zIIP Offload Engine
- Figure 3-41
- Progress Software Shadow Exploitation of zIIP Offload Engine
- Figure 3-42
- Progress Software Shadow zIIP Offload Engine Upgrade Deferral
- Table 3-43
- Data Direct a Single Unified Architecture Benefits
- Figure 3-44
- Hostbridge HB Data Access Modules
- Table 3-45
- HostBridge Auto-Conversion of Data To XML Document Format
- Table 3-46
- HostBridge Base Product Features
- Figure 3-47
- HostBridge Base Product Features
- Table 3-48
- Table 3-49
- Computer Associates EE functions
- Table 3-50
- Table 3-51
- Table 3-52
- Sirius z10 BC Benefits Highlights:
- Table 3-53
- Sirius z10 BC Benefits Highlights:
- Table 4-1
- Google Use of Ajax Technology
- Table 4-2
- WinterGreen Research Server Energy Costs for 14 Servers with 3 Processors
- Figure 4-3
- Google Dynamic Architecture
- Figure 4-4
- Repository Data Structure
- Figure 4-5
- Table 4-6
- Microsoft .Net Defines Reusable Modules
- Figure 4-7
- MegaData Center Capital Expenditures
- Figure 4-8
- Microsoft .NET assemblies:
- Figure 4-9
- Microsoft Architecture Dynamic Modular Processing
- Figure 4-10
- Steps To Deploy IBM WebSphere Application Server Using A Virtual Image
Template
- Figure 4-11
- WebSphere Application Server Network Deployment Installation and
configuration steps
- Figure 4-12
- Table 4-13
- Facebook Description. 2007 to April 2008
- Table 4-13 (Continued)
- Facebook Description. 2007 to April 2008
- Table 4-13 (Continued)
- Facebook Description. 2007 to April 2008
- Table 4-14
- Table 4-15
- Table 5-1
- CloudScale Networks Positioning
- Table 5-2
- CA Main Areas Of Focus For Mainframe And Distributed Environments
- Table 5-3
- Dell Virtualization Solutions Positioning
- Table 5-4
- EMC VMWare Virtual Infrastructure Business Revenue Growth Positioning
- Figure 5-5
- VMware vCloud Customer Elastic, On-Demand Compute Capacity
- Table 5-6
- Fujitsu CentraSite SOA Product Suite Features
- Table 5-7
- Fujitsu CentraSite SOA Management Information
- Table 5-8
- Hewlett Packard Product and Services Positioning
- Table 5-9
- Hewlett Packard Global Positioning
- Table 5-10
- Hewlett Packard Tower Software Global, Vertical Markets
- Table 5-11
- Hewlett Packard Tower Software Global, Reducing Risk During Litigation
- Table 5-12
- Hewlett Packard Tower Software Microsoft OfficeR Documents
- Table 5-13
- Hewlett Packard Tower TRIM Context Features Overview
- Table 5-14
- HostBridge CICS Integration Functions
- Figure 5-15
- IBM SMB Partner Go to Market Approach
- Table 5-16
- Table 5-17
- Microsoft Response to Security Vulnerabilities
- Table 5-18
- Progress Software Services Oriented Architecture Features
- Table 5-18 (Continied)
- Progress Software Services Oriented Architecture Features
- Table 5-19
- Progress Software Application Platform Product Features
- Table 5-19 (Continued)
- Progress Software Application Platform Product Features
- Table 5-20
- Progress Software DataXtend Data Infrastructure Products
- Table 5-21
- Progress Software DataDirect Data Infrastructure Products
- Table 5-22
- JBoss Enterprise SOA Platform Functions
- Table 5-23
- Red Hat' s JBoss Enterprise SOA Platform Positioning
- Table 5-24
- Salesforce.com Force.com Platform Provides Tools And Infrastructure
Functions
- Figure 5-25
- Salesforce.com Force.com Platform Infrastructure
- Figure 5-26
- Salesforce.com Revenue, 2004-2009
- Figure 2-27
- Salesforce.com Growth in New Customers
- Figure 2-28
- Figure 2-29
- Salesforce.com Customers In Various Industries
- Table 5-30
