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市場調査レポート
世界のミッションクリティカルミドルウェアにおけるメッセージング市場：市場シェア・戦略・予測（2009-2015年）
Worldwide Mission Critical Middleware Messaging Market Shares Strategies, and Forecasts 2009 to 2015
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Abstract
LEXINGTON, Massachusetts (July 7, 2009) - WinterGreen Research announces that
it has a new study on Worldwide Mission Critical Middleware Messaging. The
2009 study has 596 pages, 180 Tables and Figures. Worldwide mission critical
middleware messaging is poised to achieve significant growth as this software
is used to achieve transport of information between applications. The markets
start to expand to provide productivity improvements for Internet transactions.
IBM WebSphereMQ is the defacto message transport standard. WebSphereMQ becomes
a significant aspect of SOA because it is so good at managing decoupled
messages. WebSphere MQ is at the center of the IBM middleware offerings
because it provides the structure for the bus. SOA depends on web services
message transport. SOA is an API with data going into and out of a particular
reusable code component. This implies the existence of reliable message
transport.
WebSphereMQ is the base for SOA, outperforming the competition from the moment
it was developed. WebSphereMQ is installed worldwide, and the MQ nodes are the
launch points for SOA because they provide access to APIs. MQ works as
advertised, the maintenance fees are not very high, and IBM keeps leveraging
the large installed base to develop new functionality, spreading the costs of
code improvements across the entire product installed base.
IBM continues to have an entrenched middleware market position secured by a
product that does what it says it does and is affordable at every level of the
enterprise. The ability to create more functionality supported by a large
customer base has provided competitive advantage to IBM.
Mission critical messaging represents a major aspect of IT as it moves away
from a stack and into an SOA ESB services computing environment that relies on
transport. The value of mission critical messaging for SOA is that it
leverages a services bus ESB computing environment. The ESB relies on message
transport to move information.
Decoupled message transport is a significant aspect of SOA and the base for
all modern IT. WebSphere MQ illustrates the value of mission critical
messaging as it is used quadrillions of times per day worldwide to transport
messages between applications. MQ messaging is used as wrappers for other
HTTPS, JMS, and SOAP application messaging. Business process management BPM is
supporting enterprise response to business change by leveraging services
oriented architecture (SOA).
Messaging is the fundamental aspect of flexible business process
implementation because it is dealing with decoupled components that can be
rearranged as needed to form new process. Worldwide backbone connectivity
messaging services market forecast analysis indicates that markets are
characterized by a lot of variety. Many different message types exist, but not
all are equal.
The mission critical messaging markets are a subset of mission critical
connectivity markets that include database messaging, SOAP, JMS, and SCADA.
Markets are anticipated to continue to be strong because messaging is such a
fundamental part of networking.
Mission critical messaging robust functionality protects transactions as
systems go down, servers are not available, and routers divert information to
obscure locations. Containers continue to be a defacto industry standard,
serving to provide wrappers to SOA SOAP, JMS, SCADA, and HTTPS messages.
Worldwide mission critical messaging license and maintenance market forecasts
are based on the assumption growth that comes from use of networks. Networks
are able to transport information. Steady growth of mission critical messaging
is anticipated as the Internet emerges as a distribution, supply chain and
retail channel par excellence and decoupled messages need to be delivered with
accuracy.
Network computing does not just stay within the core enterprise; it is a way
to move information between partners, colleagues, distributors, and branch
offices. With Web services, Java message services, SOAP, .Net, and a range of
competing messaging systems, SOA has achieved significant growth leveraging
information transport between applications. Competitive challenges in
messaging markets relate to SOA.
According to Susan Eustis lead author of the study, “Message delivery
that occurs once and only once is efficient. Modules communicate information.
Reliability is a central aspect of services oriented architecture because
transport is a central part of APIs. SOA leverages the decoupled ESB message
structure.” SOA uses decoupled messages to create logic that is flexible
and supports recombination of components to create applications that are
responsive to changing market conditions. SOA process components support
enterprise change. Software forms the basis of change. Messaging is the
fundamental aspect of flexible business process implementation because it is
dealing with decoupled components that can be rearranged as needed to form new
process.
Worldwide backbone connectivity messaging services market forecast analysis
indicates that markets are characterized by a lot of variety. Many different
message types exist, but not all are equal. Steady growth is anticipated as
the Internet emerges as a distribution, supply chain and retail channel par
excellence and decoupled messages need to be delivered with accuracy. Network
computing does not just stay within the core enterprise; it is a way to move
information between partners, colleagues, distributors, and branch offices.
Worldwide mission critical messaging markets at $913 million in 2008 are
anticipated to reach $2.8 billion in 2015, indicating growth based on
implementation of SOA. SOA process components support enterprise change.
Software forms the basis of change.
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.
Table of Contents
Mission Critical Messaging Executive Summary
- SOA Leverages Decoupled Message Transport
- SOA Integration Of E-Business
- Mission Critical Messaging Market Shares
- IBM Offers Full Range Of Backbone Connectivity Across
- All Platforms with Open Systems
- Worldwide Mission Critical Messaging License and
- Maintenance Market Forecasts
1. Mission Critical Messaging Middleware Market Definition
- 1.1 Mission Critical Messaging Products
- 1.1.1 Mission Critical Middleware Messaging
- 1.2 Mission Critical Messaging As A Base For Services Oriented
Architecture (SOA)
- 1.3 Mission Critical Messaging As A Base For Application Integration
- 1.4 OASIS Secure, Reliable Transaction Web Services Messaging
Architecture
- 1.4.1 Reliable Message-Based Web Services Communication
- 1.5 Mission Critical Middleware Messaging
- 1.5.1 Messaging Solutions
- 1.6 MQ Message Trends
- 1.7 Mission Critical Messaging Market Dynamics
- 1.7.1 Mission-Critical Functionality
- 1.7.2 Mission Critical MQ Messaging
- 1.8 Messaging Software
- 1.8.1 Linking Internal Operations
- 1.8.2 Distributing Information
- 1.9 Information Technology Environments Increasingly Complex
- 1.9.1 Heterogeneous Computing Environments
- 1.9.2 Technology Challenges
- 1.10 Types of Mission Critical Messaging
- 1.10.1 Middleware Messaging
- 1.10.2 Event-Driven Applications
- 1.10.3 Publish-Subscribe
- 1.10.4 Subject-Based Addressing
- 1.10.5 Location Transparency
- 1.10.6 Self-Describing Data
- 1.10.7 IP Multicast
- 1.10.8 Transaction Delivery Networks
- 1.10.9 Multicast
- 1.10.10 Multicast Adapters
- 1.10.11 SOA Web Services
- 1.11 Support For Network Computing
- 1.11.1 Growth of Organization-Wide Networks
- 1.11.2 Network Computing
- 1.11.3 Network Utilization
- 1.11.4 Moving Transactions
- 1.11.5 Interconnecting E-Mail Systems
- 1.11.6 Open Middleware Systems
- 1.12 Mission Critical Messaging Provides the Base Application
Integration
- 1.12.1 Application Server and Application Integration Depend on Mission
Critical Messaging
- 1.13 Businesses Process Engineering
- 1.13.1 Key Component of Business Process Management
- 1.13.2 Difference between Business Process Management (BPM) and Workflow
- 1.14 High Performance
- 1.14.1 Scalability
- 1.14.2 Automatic Configuration
- 1.14.3 Reliable, Robust Systems
- 1.15 MQ Message Trends
- 1.16 Mission Critical Messaging Market Dynamics
2. Mission Critical Messaging Market Shares and Forecasts
- 2.1 SOA Leverages Decoupled Message Transport
- 2.1.1 SOA Integration Of E-Business
- 2.2 Mission Critical Messaging Market Shares
- 2.2.1 IBM Offers Full Range Of Backbone Connectivity Across All
Platforms with Open Systems
- 2.3 Worldwide Mission Critical Messaging License and Maintenance
Market Forecasts
- 2.3.1 Worldwide Mission Critical Messaging Unit Shipments
- 2.3.2 Mission Critical Messaging Market Forecasts
- 2.4 Worldwide Backbone Connectivity Messaging Market Forecasts
- 2.5 Distributed Messaging Markets
- 2.5.1 Mission Critical Messaging Applications
- 2.5.2 Database Messaging Market Forecasts
- 2.5.3 .NET Microsoft Web Services Strategy Integrated Across The
Microsoft Platform
- 2.5.4 Publish Subscribe Messaging Forecasts
- 2.5.5 JMS Messaging Market Forecasts
- 2.5.6 SCADA Messaging Market Forecasts
- 2.5.1 Open Systems Backbone Connectivity Across Platforms / Messaging
Integrated Across Microsoft
- 2.6 Mission Critical Messaging Regional Analysis
3. Middleware Messaging Product Description
- 3.1 IBM WebSphere MQ
- 3.1.1 IBM WebSphere MQ Publish-And-Subscribe Service Structure
- 3.1.2 WebSphereR MQ File Transfer
- 3.1.3 WebSphere MQ File Transfer Managed Solution
- 3.1.4 IBM WebSphere MQ family
- 3.1.5 IBM TivoliR Large-Scale WebSphere MQ Portfolio
- 3.1.6 IBM WebSphere MQ Assured Delivery
- 3.1.7 IBM WebSphere MQ Secure Sockets Layer (SSL)
- 3.1.8 IBM WebSphere MQ Web services
- 3.1.9 IBM WebSphere MQ Reliable File Transfer
- 3.1.10 IBM WebSphere MQ Clustering
- 3.1.11 IBM WebSphere MQ Time-Independent Processing
- 3.1.12 IBM Mission Critical Middleware Spreads Out The Cost Of
Development And Feature Function Ugrades Across Entire Installed Base
- 3.1.13 IBM Mission Critical Middleware Messaging
- 3.1.14 Message Store-And-Forward Capability
- 3.1.15 Mission Critical Messaging Supports Internet Computing
- 3.1.16 IBM WebSphere MQ Middleware Messaging De Facto Industry Standard
- 3.2 IBM WebSphere MQ SOA
- 3.2.1 IBM Web Sphere MQ Security
- 3.2.2 IBM WebSphere MQ JMS and SSL Capability
- 3.2.3 IBM WebSphereR MQ Operating Systems Supported
- 3.2.4 IBM WebSphere MQ Features
- 3.2.5 IBM WebSphere MQ Mission Critical Functions
- 3.2.6 IBM WebSphereR MQ Mission Critical Messaging Features
- 3.2.7 IBM WebSphere MQ Transport
- 3.2.8 IBM WebSphere Software
- 3.2.9 IBM Software Services for WebSphere
- 3.2.10 IBM SOA Infrastructure
- 3.2.11 IBM Partner SOA Offerings
- 3.2.12 IBM SOA Federated Service / Asset Registries / Repositories
- 3.2.13 IBM Midmarket Service-Oriented Architecture (SOA) and Middleware
- 3.3 Tibco
- 3.3.1 Tibco Rendezvous
- 3.3.2 Tibco Enterprise Message Service
- 3.3.3 Tibco SOA Characteristics:
- 3.3.4 Tibco Rendezvous Distributed Message Bus Multi- Protocol Support
for Java Message Service (JMS)
- 3.3.5 Tibco Rendezvous Low Latency Messaging Product For Real-Time High
Throughput
- 3.3.6 Tibco Messaging Appliance P-7500
- 3.3.7 Tibco Ajax Message Service
- 3.4 Progress Software SonicMQ
- 3.4.1 Progress Enterprise Service Bus
- 3.4.2 Progress Sonic ESB Product Family
- 3.4.3 Progress SonicMQ Mission Critical Messaging
- 3.4.4 Progress SonicMQ® Messaging Backbone
- 3.5 Microsoft BizTalk Legacy Systems Implementation
- 3.5.1 Microsoft BizTalk Server
- 3.5.2 Microsoft BizTalk Server and Enterprise Service Bus
- 3.5.3 Microsoft BizTalk Services Visual Studio Team System
- 3.5.4 Microsoft BizTalk Server Write Services
- 3.5.5 Microsoft BizTalk Legacy Systems Implementation
- 3.5.6 Microsoft BizTalk Server
- 3.5.7 Microsoft BizTalk Server and Enterprise Service Bus
- 3.5.8 Microsoft Visual Studio Team System
- 3.5.9 Microsoft .Net
- 3.5.10 Microsoft .Net SP1 Data-Driven Programming
- 3.5.11 Microsoft.Net Framework
- 3.5.12 Microsoft Main Components And Features Of The .NET Framework
- 3.5.13 Microsoft.Net Advances In Application Development
- 3.5.14 Microsoft.Net Data-Driven Programming
- 3.5.15 MSMQ Basis of .Net and Biz Talk
- 3.5.16 Microsoft Security of a Subqueue
- 3.6 Oracle SOA Asset Management Life-Cycle Workflow Capability
- 3.6.1 Oracle Fusion Middleware
- 3.6.2 Oracle SOA Application Integration Architecture
- 3.7 Software AG
- 3.7.1 Software AG webMethods SOA Governance Using CentraSite™
- 3.7.2 Software AG webMethods SOA Governance
- 3.8 Cisco
- 3.9 Digi International
- 3.10 Fine Point Technologies Mission Critical Messenger
- 3.11 SAP Service-Oriented Architecture (SOA)
- 3.11.1 SAP End-to-End Services Meet SOA Project Requirements
- 3.11.2 SAP Discovery System for SOA
- 3.12 Sun Java™ Composite Application Platform Suite
- 3.13 Amberpoint SOA Mesaging Security Features
- 3.14 Workday / Cape Clear
- 3.14.1 Cape Clear SOA Services Co-existence
- 3.14.2 Cape Clear SOA Services Message Routing
- 3.14.3 Cape Clear SOA Services Message Migration Strategy
- 3.14.4 Cape Clear SOA Services Message Performance Testing
- 3.15 Envoy Technologies SOA Messaging
- 3.15.1 Envoy Connect SOA Architecture
- 3.16 Fiorano
- 3.16.1 FioranoMQ®
- 3.16.2 Fiorano SOA Platform®
- 3.16.3 Fiorano SOA Platform® Components
- 3.16.4 Fiorano® Business Components & Adapters
- 3.17 Amberpoint
- 3.18 Primeur
- 3.18.1 Primeur SOA Reference Architecture
- 3.18.2 Primeur SPAZIO File Services Governance Enterprise Functionalities
- 3.18.3 Primeur Monitor
- 3.19 iWAY
- 3.19.1 iWay SOA Middleware
- 3.19.2 iWay Runtime Engine
- 3.20 Amazon Simple Queue Service (Amazon SQS)
4. Mission Critical Messaging Middleware Technology
- 4.1 Mission Critical Messaging As A Base For Services Oriented
Architecture (SOA)
- 4.2 Mission Critical Messaging As A Base For Application Integration
- 4.3 OASIS Secure, Reliable Transaction Web Services Messaging
Architecture
- 4.3.1 Reliable Message-Based Web Services Communication
- 4.3.2 WS-RM to OASIS Completed
- 4.4 Streams For Messaging and Data Access
- 4.5 Message Queuing
- 4.5.1 Database Message Queuing
- 4.5.2 Data and Message Transformation
- 4.6 Componentization
- 4.7 Speed, Flexibility, and Scalability
- 4.8 Mission Critical Message Throughput
- 4.8.1 Message Persistence
- 4.8.2 Message Size
- 4.8.3 Data Format
- 4.8.4 Message Flow Complexity
- 4.9 Message Input To Output Ratio
- 4.10 Required Message Rate
- 4.11 Parallel Message Processing
- 4.11.1 Serial Message Processing
- 4.11.2 Recovery Requirements
- 4.12 Typical Message Patterns
- 4.13 Processors Manage Specified Message Flows
- 4.14 Middleware Messaging Technology Issues
- 4.14.1 Report Messages Functions
- 4.14.2 Real-Time Technology Issues
- 4.14.3 MCA Exit Chaining
- 4.14.4 Remove Channel Process Definition
- 4.14.5 Improved Stop Channel Command
- 4.14.6 AMI Objects From LDAP
- 4.15 Secure Sockets Layer (SSL)
- 4.16 Dynamic Systems
- 4.17 Robust, Enterprise-quality Fault Tolerance
- 4.18 Multicast
- 4.19 Performance Optimization
- 4.19.1 Fault Tolerance
- 4.19.2 Gateways
5. Messaging Middleware Company Profiles
- 5.1 AmberPoint
- 5.1.1 AmberPoint / SAP Ventures
- 5.1.2 AmberPoint SOA JBoss Advanced Partner
- 5.2 BMC
- 5.2.1 BMC And Cisco Unified Computing Platform For Virtualized
Environments
- 5.2.2 BMC Customers
- 5.2.3 BMC Customer Profile
- 5.2.4 BMC Software Revenue
- 5.3 Cisco
- 5.3.1 Cisco / PostPath
- 5.3.2 Cisco / Jabber
- 5.3.3 Cisco Next-Gen Unified Communications
- 5.3.4 Cisco Focus On Development Of Conferencing And Collaboration,
Leveraging Expertise In The Network
- 5.3.5 Cisco Revenue
- 5.3.6 Cisco Acquisitions and Investments
- 5.3.7 Cisco Innovation
- 5.3.8 Cisco Customers
- 5.3.9 Cisco Networking Transforms How People Connect
- 5.4 EMC
- 5.4.1 EMC Acquisitions
- 5.4.2 EMC Symmetrix Virtual
- 5.4.3 EMC' s V-Max Symmetrix Solutions
- 5.4.4 Selected EMC Partners
- 5.4.5 Selected EMC Customers
- 5.4.6 EMC Revenue
- 5.4.7 EMC Segment Information
- 5.4.8 EMC Segment Information
- 5.4.9 EMC VMware Virtual Infrastructure
- 5.4.10 EMC / Unisys and Expand Relationship in Enterprise Content
Management
- 5.5 Envoy Technologies
- 5.6 Fineos Corporation
- 5.7 Fine Point solutions
- 5.8 Fiorano
- 5.8.1 Fiorano Worldwide Market Presence
- 5.9 Fujitsu
- 5.9.1 Fujitsu OSS/NOS
- 5.9.2 Fujitsu SOA
- 5.9.3 Fujitsu CentraSite SOA Governance
- 5.10 GXS
- 5.10.1 GXS Acquired by Francisco Partners Operates As An Independent Firm
- 5.10.2 GXS Customers
- 5.11 Hewlett Packard (HP)
- 5.11.1 Hewlett Packard (HP) SOA
- 5.11.2 Hewlett Packard (HP) SOA Solutions
- 5.11.3 Hewlett Packard (HP) SOA Systinet Governance
- 5.11.4 HP Products and Services Segments
- 5.11.5 Hewlett-Packard Technology Solutions Group
- 5.11.6 Hewlett-Packard Enterprise Storage and Servers
- 5.11.7 Hewlett-Packard Industry Standard Servers
- 5.11.8 Hewlett-Packard Business Critical Systems
- 5.11.9 Hewlett Packard Halo Telepresence Customers
- 5.11.10 HP and Marriott
- 5.11.11 HP and Tandberg
- 5.11.12 Hewlett Packard Computer Industry Market Participant
- 5.11.13 Hewlett Packard Global Provider Of Products
- 5.11.14 HP Products and Services: Segment Information
- 5.11.15 Hewlett Packard Technology Solutions Group
- 5.11.16 Hewlett Packard Enterprise Storage and Servers
- 5.11.17 HP and Tower Software
- 5.11.18 Hewlett Packard Tower Software TRIM Context
- 5.12 IBM
- 5.12.1 IBM Business Partnering Strategy
- 5.12.2 IBM Strategic Priorities
- 5.12.3 IBM Delivers Integration and Innovation to Clients
- 5.12.4 IBM Business Model
- 5.12.5 IBM Unified Communications In The Cloud Architecture
- 5.12.6 IBM LotusLive Cloud-Based Portfolio Of Social Networking And
Collaboration Services
- 5.12.7 IBM Revenue
- 5.12.8 IBM Software Capabilities
- 5.12.9 IBM Systems and Technology Capabilities
- 5.12.10 IBM Worldwide Organizations
- 5.12.11 IBM Security
- 5.13 InfoTollgate
- 5.14 Information Builders
- 5.14.1 Information Builders Services and Support
- 5.14.2 Information Builders iWay Software
- 5.14.3 iWay Software
- 5.14.4 Genesis of iWay Software
- 5.15 Microsoft
- 5.15.1 Microsoft Revenue
- 5.15.2 Microsoft Segment Revenue
- 5.15.3 Microsoft Server and Tools Revenue
- 5.15.4 Microsoft Online Services Business Revenue
- 5.15.5 Microsoft Business Division Revenue
- 5.15.6 Microsoft Entertainment and Devices Division
- 5.15.7 Microsoft Competition
- 5.15.8 Microsoft Security Vulnerabilities
- 5.15.9 Microsoft Client Segment
- 5.15.10 Microsoft Segments
- 5.15.11 Open Text Livelink ECM Integration Microsoft Office SharePoint
Server
- 5.15.12 Microsoft Multinational Computer Technology
- 5.15.13 Selected Microsoft Partners
- 5.15.14 Microsoft Financials
- 5.15.15 Microsoft Software Products
- 5.16 MQSoftware
- 5.16.1 MQSoftware Q Nami!
- 5.16.2 MQSoftware Customers
- 5.16.3 MQSoftware Services
- 5.16.4 Partnerships
- 5.17 Oracle
- 5.17.1 Oracle Software Strategy
- 5.17.2 Oracle Software Business
- 5.17.3 Oracle Competition In The Software Business
- 5.17.4 Oracle Software License Updates and Product Support
- 5.17.5 Oracle Software Description
- 5.17.6 Oracle / BEA Systems
- 5.17.7 Oracle Software Revenue by Region
- 5.17.8 Oracle Corporate Strategy Active Acquisition Program
- 5.18 Primeur
- 5.19 Progress Software
- 5.19.1 Progress Software Services Oriented Architecture Products
- 5.19.2 Progress Application Platform Products
- 5.19.3 Progress Software Data Infrastructure Products
- 5.19.4 Progress Software Customers
- 5.19.5 Progress Software / DataDirect Technologies
- 5.19.6 Progress Software Regional Revenue
- 5.20 Red Hat JBoss Enterprise SOA Platform
- 5.20.1 JBoss Enterprise SOA Platform Partners
- 5.21 SeeWhy
- 5.22 SOA Software
- 5.23 Software AG
- 5.23.1 Software AG Respected Customers in Key Industries
- 5.23.2 Software AG Technologies Offered
- 5.23.3 Software AG webMethods Business Division
- 5.23.4 Software AG Geographical Expansion
- 5.23.5 Software AG Customers
- 5.23.6 Software AG Corporate Social Responsibility
- 5.23.7 Software AG Customers
- 5.23.8 Software AG Revenue
- 5.23.9 Software AG Highlights in 2008
- 5.24 Tibco
- 5.24.1 Tibco SOA
- 5.24.2 Tibco Business optimization
- 5.24.3 Tibco BPM
- 5.24.4 Tibco Professional Services
- 5.24.5 Tibco Competition
- 5.24.6 Tibco Revenue
- 5.25 Vitria Technology
- 5.26 Workday
List of Tables and Figures
- Table ES-1
- Middleware Messaging Market Driving Forces
- Table ES-1 (Continued)
- Middleware Messaging Market Driving Forces
- Figure ES-2
- Worldwide Mission Critical Messaging Middleware License, Maintenance,
and Services Market Shares, Dollars, 2008
- Figure ES-3
- Worldwide Mission Critical Messaging Market Forecasts, License,
Maintenance, and Services. Dollars, 2009-2015
- Table 1-1
- Mission Critical Messaging As A Base For SOA Software Used to Implement
Process Flexibility
- Table 1-2
- Mission Critical Messaging ESB Functions
- Table 1-3
- Mission Critical Messaging As A Base For Integration Software Provides A
Base For Application Connectivity
- Table 1-4
- Mission Critical Messaging Integration Functions
- Table 1-5
- MQ Middleware Messaging Trends
- Table 1-6
- Mission Critical Messaging Market Dynamics
- Table 1-7
- Enterprise Messaging Integration Functions
- Table 1-8
- Internal Enterprise Application Integration Tasks
- Table 1-9
- Advantages Of Real-Time Communication Of Information
- Table 1-10
- Messaging Middleware Functionality
- Table 1-11
- Middleware Messaging Trends
- Table 1-11 (Continued)
- Middleware Messaging Trends
- Table 1-12
- Mission Critical Messaging Market Dynamics
- Table 2-1
- Middleware Messaging Market Driving Forces
- Table 2-1 (Continued)
- Middleware Messaging Market Driving Forces
- Table 2-2
- Market Driving Forces For SOA Real Time Computing
- Table 2-2 (Continued)
- Market Driving Forces For SOA Real Time Computing
- Table 2-3
- Mission Critical Messaging Growth Factors
- Table 2-3 (Continued)
- Mission Critical Messaging Growth Factors
- Table 2-4
- Messaging Middleware Market Driving Forces
- Figure 2-5
- Worldwide Mission Critical Messaging Middleware License, Maintenance,
and Services Market Shares, Dollars, 2008
- Table 2-6
- Worldwide Mission Critical Messaging Middleware License, Maintenance,
and Services Market Shares, Dollars, 2008
- Figure 2-7
- Worldwide Mission Critical Messaging Market Forecasts, License,
Maintenance, and Services, Dollars, 2009-2015
- Figure 2-8
- Worldwide Mission Critical Messaging License and Maintenance Market
Forecasts, Units, 2009-2015
- Table 2-9
- Worldwide Mission Critical Messaging Market Forecasts, 2009-2015
- Figure 2-10
- Worldwide Backbone Connectivity Messaging Market Forecasts, License,
Maintenance, and Services, Dollars, 2009-2015
- Figure 2-11
- Worldwide Messaging License and Maintenance Market Forecasts, Units,
2009-2015 (ff)
- Table 2-12
- Mission Critical Messaging Financial Services Applications
- Table 2-12 (Continued)
- Mission Critical Messaging Financial Services Applications
- Table 2-13
- Mission Critical Telecommunications Messaging Applications
- Table 2-14
- Mission Critical Government Messaging Applications
- Figure 2-15
- Worldwide Database Messaging Market Forecasts, License, Maintenance, and
Services, Dollars, 2009-2015
- Figure 2-16
- Worldwide .Net / MSMQ Messaging Market Forecasts, License, Maintenance,
and Services, Dollars, 2009-2015
- Figure 2-17
- Worldwide Publish Subscribe Messaging Market Forecasts, License,
Maintenance, and Services, Dollars, 2009-2015
- Figure 2-18
- Worldwide JMS Messaging Market Forecasts, License, Maintenance, and
Services, Dollars, 2009-2015
- Figure 2-19
- Worldwide SCADA Messaging Market Forecasts, License, Maintenance, and
Services, Dollars, 2009-2015
- Figure 2-20
- Worldwide SOAP Messaging Market Forecasts, License, Maintenance, and
Services, Dollars, 2009-2015
- Figure 2-21
- Mission Critical Messaging Regional Market Segments Dollars, 2008
- Figure 2-22
- Mission Critical Messaging Regional Market Segments, Dollars, 2008
- Figure 3-1
- IBM WebSphereMQ Universal Messaging Backbone
- Table 3-2
- IBM WebSphere MQ Software Positioning
- Table 3-3
- IBM WebSphere MQ Software Features
- Table 3-4
- IBM WebSphere MQ Publish/Subscribe Functions
- Table 3-5
- WebSphere® MQ File Transfer Solution
- Table 3-6
- WebSphere® MQ File Transfer Features
- Table 3-7
- WebSphere MQ File Transfer Managed Solution Functions
- Table 3-8
- Table 3-9
- IBM WebSphere MQ Core Messaging Functionality
- Table 3-10
- WebSphere MQ File Transfer
- Table 3-11
- IBM WebSphere Message Broker
- Table 3-11 (Continued)
- IBM WebSphere Message Broker
- Table 3-12
- IBM WebSphere MQ Software Functions
- Figure 3-13
- IBM WebSphere MQ Bridge for HTTP
- Table 3-14
- Messaging Middleware Integration Functions
- Table 3-14 (Continued)
- Messaging Middleware Integration Functions
- Figure 3-15
- IBM WebSphere MQ Services Creatiion
- Table 3-16
- IBM WebSphere Business Integration Back-End System Connectivity Functions
- Table 3-16 (Continued)
- IBM WebSphere Business Integration Back-End System Connectivity Functions
- Table 3-17
- IBM WebSphere MQ Harmonized Features
- Table 3-18
- IBM WebSphere® MQ Operating Systems Supported
- Table 3-18 (Continued)
- IBM WebSphere® MQ Operating Systems Supported
- Table 3-19
- IBM WebSphere® MQ Platforms Supported
- Table 3-20
- IBM WebSphere MQ Once, And Once Only, Message Features
- Table 3-21
- WebSphere® MQ Any-To-Any Connectivity Features
- Table 3-21 (Continued)
- WebSphere® MQ Any-To-Any Connectivity Features
- Table 3-22
- WebSphere MQ Mission Critical Messaging Features
- Table 3-23
- WebSphere MQ Data Functions
- Table 3-24
- IBM WebSphere® MQ Enhancements
- Figure 3-25
- IBM SMB Business Partner Positioning
- Figure 3-26
- IBM Application Integration Toolkit
- Figure 3-27
- IBM Wizards, Instrumentation, and APIs
- Table 3-28
- IBM Partner SOA Federated Service / Asset Registries / Repositories
Functions
- Figure 3-29
- Federated Search And Publish Services Federated Service / Asset
Registries / Repositories
- Figure 3-30
- Federated Search And Publish Services Definition
- Table 3-31
- IBM Reusable Asset Repository Functions
- Figure 3-32
- IBM Smart SOA RAM - WSRR Publish Scenario
- Table 3-33
- Table 3-34
- Tibco Rendezvous Functions
- Table 3-35
- Tibco Rendezvous Key Features
- Table 3-36
- Tibco Enterprise Message SOA Platform Features
- Figure 3-37
- Tibco Enterprise Message SOA Platform Architecture
- Table 3-38
- Tibco Enterprise Message SOA Platform Key Functions
- Table 3-39
- Table 3-40
- Tibco Rendezvous Low Latency Messaging Functions
- Table 3-41
- Tibco Rendezvous Low Latency Messaging Key Features
- Figure 3-42
- Tibco Messaging Appliance P-7500
- Table 3-43
- Tibco Messaging Appliance™ P-7500 Features
- Table 3-44
- Tibco Ajax Message Service™ Software Features
- Figure 3-45
- Tibco Ajax Message Service Architecture
- Table 3-46
- Tibco Ajax Message Key Features
- Table 3-46 (Continued)
- Tibco Ajax Message Key Features
- Figure 3-47
- Progress Software SOA Portfolio
- Table 3-47
- Progress Sonic ESB Product Family
- Table 3-48
- Progress SonicMQ® Messaging Backbone Features
- Table 3-49
- Progress® Sonic MQ Standards Benefits
- Table 3-50
- Progress Software Sonic MQ Functions
- Table 3-51
- Progress Software Sonic MQ Features
- Table 3-52
- Progress Software Sonic MQ Benefits
- Table 3-53
- Progress Software Sonic MQ Aspects
- Table 3-54
- Progress Software Sonic MQ Positioning
- Table 3-55
- Progress Software SonicMQ Message Broker
- Table 3-56
- Progress Software Sonic Enterprise Service Bus (ESB) Product Family Key
Capabilities
- Table 3-57
- Progress Software Sonic Enterprise Service Bus (ESB) Key Benefits
- Table 3-58
- Microsoft BizTalk Server and Enterprise Service Bus
- Table 3-59
- Microsoft BizTalk Services Visual Studio Team
- Figure 3-60
- Microsoft ESB Interconnectivity Architecture
- Table 3-61
- Microsoft ESB BizTalk Server
- Figure 3-62
- Schematic View Of The Core Microsoft BizTalk System Components (ff)
- Table 3-63
- NET Framework Optimized Client Runtime Features
- Table 3-64
- Microsoft NET Framework components Functions
- Figure 3-65
- Microsoft .NET Framework Context
- Table 3-66
- Microsoft Main Components And Features Of The .NET Framework
- Table 3-67
- Oracle Fusion Middleware Core Design Principles
- Table 3-68
- Oracle / BEA SOA Application Integration Architecture Functions
- Figure 3-69
- Software AG webMethods SOA Suite Enterprise Service Bus
- Table 3-70
- Software AG webMethods Enterprise Service Bus (ESB) Key Features
- Table 3-71
- Software AG webMethods SOA Governance CentraSite Key Benefits
- Figure 3-72
- Software AG webMethods Single Governance SOA
- Figure 3-73
- Software AG webMethods CentraSite SOA Governance Positioning
- Table 3-74
- Cisco Channel Partner Specialization Benefits
- Table 3-75
- Fine Point Technologies Mission Critical Messenger Key Benefits
- Table 3-76
- SAP End-to-End SOA Planning Services
- Table 3-77
- SAP SOA Evaluation Services
- Table 3-78
- SAP SOA Implementation Services
- Table 3-78 (Continued)
- SAP SOA Implementation Services
- Table 3-79
- SAP SOA Implementation Services
- Table 3-80
- SAP SOA Governance Services
- Table 3-81
- SAP SOA Education Offerings
- Table 3-82
- SAP SOA Discovery System Benefits
- Table 3-83
- Amberpoint SOA Message Security
- Table 3-84
- Cape Clear SOA Services Message Compatibility Issues
- Table 3-85
- Fiorano Adapters High Level Categories :
- Table 3-86
- Table 3-87
- Amberpoint SOA Security Features
- Table 3-88
- Amberpoint SOA Content and Context Awareness
- Table 3-89
- Primeur SOA Reference Architecture Functions Key Features and Benefits
- Table 3-90
- Primeur SOA products for System Integration
- Table 3-91
- Primeur SOA SPAZIO MFT/S Enterprise Suite Solutions Basis
- Table 3-92
- Primeur SOA Reference Architecture Functions Key Features and Benefits
- Table 3-93
- Primeur Competitive Advantage
- Table 3-94
- Primeur SOA Reference Architecture Management
- Table 3-95
- Table 3-96
- Primeur SOA Auditing & Security
- Table 3-97
- Primeur SOA Reference Architecture Functionalities
- Table 3-98
- Primeur SOA Reference Architecture Supported Platforms
- Table 3-99
- Primeur SPAZIO Analysis Of The Flows Of Files
- Table 3-100
- Primeur Branch Office Application Monitoring Functions
- Figure 3-101
- iWay Service Manager Architecture
- Table 4-1
- Mission Critical Messaging As A Base For SOA Software Used to Implement
Process Flexibility
- Table 4-2
- Mission Critical Messaging ESB Functions
- Table 4-3
- Mission Critical Messaging As A Base For Integration Software Provides A
Base For Application Connectivity
- Table 4-4
- Mission Critical Messaging Integration Functions
- Table 4-5
- Aspects Of Data Streaming Management
- Table 4-6
- Mission Critical Message Throughput Variables
- Table 4-7
- Typical Message Flow Characteristics
- Table 4-8
- Middleware Messaging Technology Issues
- Table 4-9
- Automatic Detection And Recovery From Network And System Failure
- Table 4-10
- High Performance And Real-Time Message Throughput
- Table 4-11
- Table 5-1
- AmberPoint Partnerships With SOA Platform Vendors
- Table 5-2
- BMC Software and Cisco Computing Platform Functions
- Table 5-3
- EMC VMWare Virtual Infrastructure Business Revenue Growth Positioning
- Table 5-4
- Table 5-5
- Fujitsu CentraSite SOA product suite Features
- Table 5-6
- Fujitsu CentraSite SOA Management Information
- Table 5-7
- GXS Range Of Outsourced EDI And Supply Chain Management Solutions
Functions
- 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
- Figure 5-14
- IBM SMB Partner Go to Market Approach
- Table 5-15
- Table 5-16
- Information Builders Positioning
- Figure 5-17
- Information Builders Worldwide Offices
- Table 5-18
- Microsoft Response to Security Vulnerabilities
- Table 5-19
- Progress Software Services Oriented Architecture Features
- Table 5-19 (Continued)
- Progress Software Services Oriented Architecture Features
- Table 5-20
- Progress Software Application Platform Product Features
- Table 5-20 (Continued)
- Progress Software Application Platform Product Features
- Table 5-21
- Progress Software DataXtend Data Infrastructure Products
- Table 5-22
- Progress Software DataDirect Data Infrastructure Products
- Table 5-23
- JBoss Enterprise SOA Platform Functions
- Table 5-24
- Red Hat' s JBoss Enterprise SOA Platform Positioning
- Table 5-25
- Workday Enterprise Business Services
- Table 5-26
- Workday Enterprise Business Services Functions
- Table 5-27
- Workday Software-as-a-Service (SaaS) Enterprise Business Services
Positioning
- Table 5-28
- Workday Integration On Demand Functions
- Table 5-28 (Continued)
- Workday Integration On Demand Functions
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