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Worldwide SOA Service Component Market share strategies and forecasts from 2009 to 2015-Aarkstore Company
The 2009 worldwide SOA market services components. study is 685 pages, 185 tables and figures. Worldwide SOA services components are ready to achieve significant growth as services cloud computing takes advantage of web and computer services API to convert the SOA services.
SOA services components are used to build software that is more flexible, less expensive systems to buy and operate, and support flexible response to changing market conditions. The component of SOA services markets are prepared for rapid growth as companies deploy Web services, call centers and access to ERP applications in controlled environments.
IBM dominates the services SOA component market with 41% of the market, the rest being divided between 12 other participants with measurable market share, none of which even have been able to collect up to 8% of the market. IBM is the de facto leader of the industry standard in SOA. IBM dominates the SOA service component markets with a supply of infrastructure that can be used to achieve integration in heterogeneous IT environments and strong support services to enable large companies to change their business model.
IBM stands out as a leader in SOA, inventing the concept of refining reusable solutions that have existed for a long time, adding a unique component and how SOA, making the SOA components work to create an integrated company in the world. While the IBM SOA can be used as a solution that works through a global enterprise SOA services as implemented in a middleware infrastructure are flexible enough to provide local variation.
Innovation is what drives market growth in all industries. IBM SOA and prime vendors are finding new ways to support innovation, providing software that supports flexible response to changing market conditions. SOA reaches across all industries and all sectors of the economy. SOA drives innovation. It is also useful for very large companies, midsize businesses range in size, and very small organizations.
Services oriented architecture (SOA) represents a fundamental change in the way of providing automated process to replace manual process. The service offerings are allowing a response to fundamental changes in IT, where he earns competitive advantage IT company to have flexibility. Software infrastructure companies have 'service enabled' their offerings in response to the demand for flexibility required to operate a global enterprise. This service allows bid represents a promise that the software vendor has the ability to create solutions that can be modified and updated in response to changing market conditions.
IT departments of companies use SOA to knit together the various assets and get more investment existing. To achieve this, they require the integration of systems to create ever-changing solutions. The infrastructure software providers have a middleware infrastructure strong as a foundation for creating SOA that works. The ability to create and support service enabled offerings depends on having a strong middleware offering.
Innovation is the support of SOA. SOA can be used for changing IT environment to support innovation. Issues affecting companies refer to IT efficiency. IT intends to respond to the collapse of financial markets and the collapse of the economy, cost reduction still manages automated process. All companies have a multitude IT systems and applications that meet their varied business needs and growing.
SOA represents a way to reduce IT costs by a quantum number. The costs of implementing a business task can be reduced by 90%. The implementation of SOA needs to be done on an application for each application. Each of these systems and individual applications have their own way of storing and exchanging business data. Business processes span multiple applications and their integration to facilitate the flow information through the SOA has created challenges for IT.
SOA coupled service stacks purpose built for the business environment constantly change due to mergers and acquisitions. With software solutions coupled, Web services and SOA components can be portable. SOA markets $ 1,580,000,000 in 2008 is forecast to grow at an average rate of 8% initially reaching 95% per year in 2015 for the inherent value of proven, reusable components market is expected that to reach 16.75 billion U.S. dollars in 2015. Growth is a result of IT department's efforts to reduce spending on execution time and to spend a greater proportion of their budgets on business growth.
Report Methodology
This is the report 406 in a series of market studies that provide forecasts IN COMMUNICATIONS, telecommunications, Internet, computers, software, PHONE EQUIPMENT, EQUIPMENT FOR HEALTH AND ENERGY. Project leaders responsible for writing and preparing each report. Has significant experience the Development of Industrial Studies. Forecasts are based on research PRIMARY AND PROPERTY DATABASES. FORECAST FOR REFLECT THE ANALYSIS OF MARKET TRENDS IN THE SEGMENT and related segments. UNIT SHIPMENTS AND DOLLAR, are analyzed by dollar volume test for each participant market segment. ANALYSIS installed base and unit analysis is based on interviews and an information search. MARKET SHARE ANALYSIS includes talks with KEY CUSTOMERS OF PRODUCTS, SEGMENT industry leaders, marketing directors, distributors, LEADER market participants, opinion leaders and business they intend to develop measurable market share. MORE THAN 200 in-depth interviews are conducted for each report with a wide range of key participants and industry leaders in the segment. To establish accurate forecasts based on the market on Economic and market conditions as a basis. USE OF INPUT / production, flow charts, and other economic methods to quantify data. HOME USE analysts who meet stringent quality standards. Interview key industry participants, experts and end users is a central part of the study. Our research includes access to large proprietary databases. SEARCH THE LITERATURE includes analysis of publications commercial, GOVERNMENT REPORTS AND LITERATURE OF COMPANIES.
Results and conclusions of this report are based on information from industry sources, including manufacturers, distributors, partners, opinion leaders and users. Interview data was combined with information gathered through an extensive review and printed sources on the Internet and trade publications, trade associations, LITERATURE AND SOCIETY ONLINE DATABASES. The projections presented in this report are BAGGAGE ANALYSIS OF UP DOWN UP AND DOWN FOR sure there is consistency from that perspective.
THE BASE YEAR AND ANALYSIS projection is 2008. CON 2008 and several years before that as a baseline, market projections were developed for 2009 to 2015. These projections are based on a combination of a consensus between the main contacts COMBINED WITH understanding of key market factors and their impact from a historical and analytical perspective. Analytical methods used to generate ESTIMATES Analysis based on market penetration, comparable market analysis, DELTA AND CALCULATIONS OF CHARGE dependent and independent analysis of the variables.
Table of Contents:
SOA Component Services Executive Summary
SOA Component Services Market Driving Forces
SOA Component Services Market Shares
SOA Web Services and Component Services Forecasts
IBM SOA Sandbox Cloud Partner Services
Services software components have become e-books
1. Component service-oriented architecture (SOA) Market Overview and Dynamics
1.1 Service Oriented Architecture (SOA) Applications interconnections siled
1.1.1 Service Oriented Architecture (SOA) Improvement
1.1.2 IT efficiency
1.1.2 IBM ® positioned as the market leader in SOA
1.2 Services SOA Process
1.3 Mission Critical massage and SOAP
SOA 1.4 Switching Protection Service for automatic error
1.5 Benefits of SOA
1.5.1 SOA facilitates integration beyond the enterprise network
SOA Data Integration 1.6
1.6.1 As Business Logic Encapsulation Services
1.6.2 Composite Applications
1.7 SOA Creates the agile enterprise
1.8 SOA Return on Investment (ROI)
1.8.1 Service Oriented Architecture (SOA) layers
1.8.2 Service Oriented Architecture Business Benefits
1.8.3 Workflow Integration IBM WebSphere Support
1.9 Business Benefits of Service-Oriented Architecture
1.9.1 Service Oriented Architecture IT Benefits
1.9.2 SOA Self-Assessment
1.9.3 Infrastructure Services
1.9.4 Implementations of SOA infrastructure products that use
1.10 SOA principles Technology
1.10.1 Value-decoupled
1.10.2 Security
1.11 Service-Oriented Architecture (SOA) automates key business processes
1.11.1 SOA Virtual Experience
1.11.2 SOA construction of a canal
1.11.3 SOA Integration Platform
1.11.4 Delivery Infrastructure Supports SOA information as a service
2. Component Services SOA market shares and forecasts
2.1 Services component ForcLayeres driving SOA Market
2.1.1 Building a robust data integration
2.1.2 SOA Market Segment
Component 2.1.3 SOA Market Driving Forces
SOA Components 2.2 Service Market Shares
2.3 Web Services and SOA components Forecasting Services
Stack 2.3.1 SOA services component decoupled
2.4 Enterprise SOA Component Services Market Segment Analysis
2.4.1 Service Oriented Architecture (SOA) Motor prediction market segments
2.4.2 System z significantly less expensive than Distributed Computing Environments
2.4.3 Internet Impact
2.4.4 IT Department Need for SOA
2.4.5 SOA represents the implementation of the process of sitting
2.4.6 Stack Based vs. Decoupled WebSphereMQ Mission Critical Messaging options SOA solutions
2.5 SOA Infrastructure Services Market Shares
2.5.1 Architecture SOA market leader IBM Services IBM Characterized by depth-oriented and breadth of product line
2.5.2 Tibco participates with measurable Share Market SOA economic affairs affecting Close
2.5.3 Business Processes SOA gives IT
2.5.4 Cost, time and resources needed to create and maintain integration in a rapidly changing environment
2.5.5 Application Infrastructure Improvement Connectivity for E-Business
2.5.6 Markets Service Oriented Architecture SOA
2.5.7 E-Business
SOA Component Services 2.6 Regional Analysis
2.6.2 Tibco revenue by geographic region
2.6.3 EMC's revenue in Geography:
3. SOA Service Component Product Description
3.1 Best Practice, IBM SOA Component Services
3.1.1 IBM SOA Sandbox Cloud Services
3.1.2 IBM SOA Infrastructure
IBM WebSphere SOA Business Integration Foundation
IBM Service Oriented Architecture SOA Continuum Smart
3.1.3 IBM WebSphere Business Services Fabric
3.1.4 IBM WebSphere Service Registry and Repository
3.1.5 IBM SOA Integration Services
3.1.6 IBM SOA Business Component Services
3.1.7 Support Services refurbished IBM SOA Web Presence
3.1.8 IBM SOA Architecture components and portal strategy generates requirements
Portal Solution 3.1.9 IBM Best Practice Flexible Component Services
03/01/1910 Best IBM Services practical component offers customers self-service options Portal
Microsoft Application Platform SOA 3.2
Microsoft Platform.NET 3.2.1 Application Framework
3.2.2 Microsoft SOA built-in support
Microsoft XML 3.2.3
Microsoft Office SharePoint Server 3.2.4
Microsoft BizTalk Server 3.2.5 Write Services
3.2.6 Microsoft BizTalk Application legacy systems
Microsoft BizTalk Server 3.2.7
3.2.8 Microsoft BizTalk Server and Enterprise Service Bus
3.2.9 Microsoft BizTalk Visual Services Studio Team System
03.02.1910 Microsoft Visual Studio Team System
03.02.1911 Microsoft SOA static code analyzer
02.03.1912 Microsoft Deployment efficient on Service-Oriented Applications
03/02/1913 Microsoft System Center to manage the SOA components
Oslo 02.03.1914 Microsoft approach to modeling
02/03/1915 Development Oslo Microsoft Applications
02/03/1916 Microsoft's Dynamic IT strategy SOA modeling
03/02/1917 SOA Microsoft Dynamics
Microsoft Office Business Applications 03/02/1918
Microsoft SOA Solutions 03/02/1919
03.02.1920 Microsoft SOA Enterprise Service Bus
02.03.1921 Microsoft SOA ESB Design Patterns
Microsoft ESB 3.3 SOA capabilities
Information Builders iWay Universal Adapter Suite 3.4
3.4.1 Information Builders iWay Universal Adapter Suite for IBM WebSphere Products
3.5 Hewlett Packard (HP)
3.5.1 Hewlett Packard (HP) SOA Solutions
3.5.2 Hewlett Packard (HP) Systinet SOA Governance
3.5.3 Hewlett Packard (HP) Scale of SOA
3.5.4 Hewlett Packard (HP) SOA Quality Management
3.5.5 HP Quality Management Ecosystem
3.6 SAP Service-Oriented Architecture (SOA)
3.6.1 SAP Services for SOA
3.6.2 Services for SAP end-to-End comply with the requirements of SOA project
3.6.3 SAP Discovery System for SOA
3.6.4 Evaluation of the potential of SOA for SAP System Discovery
3.7 Fiorano
Fiorano SOA Platform ® 3.7.1
Fiorano SOA Platform ® 3.7.2 Components
3.7.3 Fiorano ® Business Components & Adapters
3.7.4 Fiorano pre-built services
Fiorano ® 3.7.5 SOA Process Orchestration Tools
3.7.6 Fiorano Process Orchestration Tools ®
3.7.7 Process Fiorano Event Orchestrator
3.7.8 Synthesizing Event-Fiorano Business Processes
3.7.9 Implementation of Fiorano Event Process
Dynamically Fiorano 03.07.1910 Event modification and change-processes
GXS 3.8
3.8.1 Product key SOA software portfolio GXS
SOA Software 3.8.2 GXS translation
Amazon 3.9 Services EC2 Cloud
3.9.1 Functionality Amazon EC2 Cloud Computing
3.9.2 Amazon EC2 Cloud Computing Services
3.9.3 Queue Amazon EC2 works in conjunction with Amazon Simple Storage Service (Amazon S3), Amazon SimpleDB database and Amazon Simple Service (Amazon SQS)
3.9.4 Amazon EC2 Cloud Computing Applications Elastic Block Store
Amazon EC2 Cloud Computing 3.9.5 IP addresses of the elastic components
Amazon Cloud 3.9.6 Computer Operating Systems and Software
Amazon EC2 3.9.7 Prices Cloud Computing
Amazon EC2 Cloud Computing 3.9.8 Prices instances Reserved
4. Service Oriented Architecture (SOA) Technology
Enterprise Service 4.1 Bus (ESB) Technology
4.2 Web Service
4.2.1 Web Services Software Components
4.2.2 Installing PHP Web Services Extensions
4.2.3 Creating a SOAP Web Service
4.2.4 Creating a SOAP server
4.2.5 Create an XML-RPC Web service
4.2.6 IBM Rational Tester for SOA Quality
IBM 4.2.7 Rational Quality Manager
4.2.8 IBM Rational Policy Tester
4.2.9 IBM WebSphere DataPower ® SOA Appliances
IBM ® Rational AppScan 02/04/1910
4.3 SOA Diagnostic War Room and Root Cause Analysis of Transaction Tracking
4.3.1 administrators composite applications for SOA
4.3.2 SOA metadata Federation
Policy 4.3.3 Synchronization
4.3.4 Metadata Service
SOA 4.4 Exception Management
AmberPoint 4.4.1 Exception Manager
GSX 4.5 translation software and mapping data
4.6 SOA Infrastructure Technology
4.6.1 The construction of a robust Data Integration Layer
Microsoft Internet Explorer 4.6.2 RSS functionality
4.6.3 Layer SOA data integration allows access to metadata developer to create services
4.7 State Machines
4.7.1 SOA Strategy Network
4.7.2 SOA Representational State Transfer is a mode of communication available to programs and humans
XDMS 4.8 Technology
4.8.1 Web Services and Service Oriented Architecture (SOA) Architecture Level
4.8.2 Architecture TigerLogic FastSOA
4.8.3 SOA registry motor
Dynamic Architecture SOA 4.9
4.9.1 Google Search Engine Dynamic Architecture
4.9.2 BigFiles
4.9.3 Repository
4.9.4 Microsoft. Define Net dynamically reusable modules
4.9.5 Managed Microsoft Combine modules Assemblies
4.9.6 Architecture Dynamic Modular Processing of Microsoft
4.9.7 IBM SOA architecture is dynamic to the transport layer
4.10 Business Benefits of Service-Oriented Architecture
4.10.1 SOA issues Technology
4.10.2 Technology Platforms
4.10.3 Enterprise Asset virtualization existing automated
4.10.4 complexity of the technologies underlying
4.10.5 Impact of platforms
4.10.6 disparate platforms and technologies
4.11 Services Oriented Applications (SOA) Services
4.11.1 Integration Professional Services Application Implementation Strategies
4.11.2 Application Connectivity
4.11.3 Problems sole supplier
Adoption of Rules 4.11.4
4.11.5 Analysis of SOA technology
4.12 SOA Business Benefits
4.13 Business Events
4.13.1 Event Transmission
4.13.2 Process Business Automation
4.14 Process-Oriented Architecture
4.14.1 Business Process Automation
4.14.2 Business Process Management Architecture Modular
4.14.3 Business Components
4.15 Advanced E-Business Infrastructure
4.15.1 Application Integration Technical Advantages
4.15.2 Integration System Architecture
4.16 Development toolkit
4.16.1 Infrastructure Management System and
4.17 Web Services
4.17.1 promise of service Web
4.17.2 Java
4.17.3 Java Technology
4.17.4 J2EE
4.17.5 Soap
4.17.6 Apache SOAP
4.17.7 Load balancer with SSL support
4.17.8 The failure points
4.17.9 Soap Limitations
WSDL 17/04/1910
04/17/1911 WSDL service descriptions
UDDI 17/04/1912
17/04/1913 UDDI Test Registries
04/17/1914 UDDI Distributed Web Service Discovery
17/04/1915 UDDI Consortium
17/04/1916 WS-Inspection Document Extensibility
XML 17/04/1917
04/17/1918 Metadata Repository
17/04/1919 metadata describes the location, format, Relationships, Transformation, regulation, cross-reference
Units Created 04/17/1920 metadata for data integration services
Wrappering 17/04/1921
4.18 Service Level Challenges
4.18.1 Quality of Service (QoS)
4.18.2 Network Efficiency
4.19 Business Need
4.19.1 Management Business Process Solutions packaged for rapid deployment
4.19.2 Quality control service
4.19.3 XML Standards
Oasis 4.20
4.21 Services (SOA)
4.21.1 IBM Service Oriented Architecture (SOA)
4.21.2 SOA Business Challenge IT Imperative
4.21.3 Services Oriented Architecture and standards
4.21.4 XML Family of Standards
4.21.5 Integration Engines Leverage XML Processing
4.21.6 XML Standards
4.21.7 XML Role In Application Topology
4.21.8 XML meets the challenge of integration
4.21.9 XML Standard Communication Language
21/04/1910 Web services protocols
21/04/1911 Web Services input formats and output
04/21/1912 Web Services Coupling versus Cohesion
21/04/1913 Web Services attachment
Web Services Cohesion 04/21/1914
4.22 Open Systems
Java 4.23
4.23.1 Vendor Commitment To Java AI
4.23.2 Advantages of Java the context of application integration
4.24 Web Services
The WS-4, 25 transactions and BPEL4WS
4.25.1 WS-Reliable Messaging
4.25.2 WS-Addressing
4.25.3 Architecture for Reliable Messaging Delivery
4.26 Universal Description, Discovery and Integration (UDDI)
UDDI Registry 4.27
4.27.1 Test UDDI Registries
4.27.2 UDDI Distributed Web Service Discovery
4.27.3 UDDI Consortium
SOAP 4.27.4
4.27.5 SOAP Framework
4.27.6 SOAP Framework for development Web Services
4.27.7 Apache SOAP
4.27.8 Load balancer with SSL support
4.27.9 The failure points
SOAP Limitations 27/04/1910
04/27/1911 Protocol SOAP uses multi-step process
27/04/1912 Marco Benefits
4/27/1913 SOAP Test Strategies
SOAP Solutions 04/27/1914
4.28 WSDL
4.28.1 descriptions WSDL Service
4.28.2 WS-Inspection Document Extensibility
4.29 OASIS
4.30 IP Addressing and directory management
4.30.1 Specification Web Services Security
4.30.2 Components for Secure Web Services
4.31 Web Services Technology
4.31.1 Java Application Server
4.31.2 Enterprise JavaBeans (EJB)
4.31.3 Autonomic Computing Technologies
4.31.4 Grid Protocol Topology
4.31.5 Architecture Open Grid Services (OGSA)
4.31.6 open source Eclipse tools framework
4.31.7 Difficulties of Corba
4.31.8 Distributed Object Computing Model
4.31.9 Communications Asynchronous
4.32 Stateless Session Bean
4.33 cluster
4.34 Location Transparency
Smart Proxy 4.35
4.36 Load Balancing
4.37 Process entities Pattern Design
4.38 Objects Command / Control Flow
Authorization controls 4.39
4.40 Delegation
4.41 Collaborative Filtering
4.42 Site Analysis
Portales 4.43
4.43.1 Real-time processing
5. Service Oriented Architecture (SOA) Company Profiles
AmberPoint 5.1
5.1.1 AmberPoint / SAP Ventures
5.1.2 AmberPoint SOA JBoss Advanced Partners
BMC 5.2
BMC and Cisco Platform 5.2.1 Computer unified virtualized environments
5.2.2 BMC customers
5.2.3 The BMC customer profile
5.2.4 Revenues from BMC Software
Cisco 5.3
5.3.1 Cisco / PostPath
5.3.2 Cisco / Jabber
Cisco Unified Communications 5.3.3 Next Generation
5.3.4 Cisco focus on the development of the conference and collaboration, drawing on experience in the Red
5.3.5 Cisco earnings
5.3.6 Cisco Acquisitions and Investments
5.3.7 Cisco Innovation
5.3.8 Cisco customers
5.3.9 Cisco Networking that transforms how people connect
5.4 EMC
04/05/1911 EMC Acquisitions
Selected EMC Partners 04/05/1912
04/05/1913 Selected EMC Customers
Revenue from EMC 04/05/1914
05/04/1915 EMC Segment Information
04/05/1916 EMC VMware Virtual Infrastructure
EMC 05/04/1917 / Unisys and expand relationships
05/04/1918 Enterprise Content Management
5.5 Envoy Technologies
5.6 Fiorano
5.6.1 Fiorano market presence world
Fujitsu 5.7
OSS 5.7.1 Fujitsu / NOS
5.7.2 Fujitsu SOA
5.7.3 Fujitsu CentraSite SOA governance
GXS 5.8
GXS was acquired by Francisco 5.8.1 Partners operates as an independent company
5.8.2 GXS Customers
5.9 Hewlett Packard (HP)
5.9.1 Hewlett Packard (HP) SOA
5.9.2 Hewlett Packard (HP) SOA Solutions
5.9.3 Hewlett Packard (HP) Systinet SOA Governance
5.9.4 HP products and services segments
5.9.5 Hewlett-Packard Technology Solutions Group
5.9.6 Hewlett-Packard Enterprise Storage and Servers
5.9.7 Hewlett-Packard Industry Standard Servers
5.9.8 Hewlett-Packard Business Critical Systems
9/5/1910 Hewlett Packard customers Halo telepresence
HP and Marriott 05/09/1911
HP and Tandberg 09.05.1912
Hewlett Packard Participant Information Industry 05/09/1913 market
9/5/1914 Hewlett Packard global provider of products
05/09/1915 HP Products and Services: Segment Information
5/9/1916 Hewlett Packard Solutions Group Technology
5/9/1917 Hewlett Packard storage and enterprise servers
05/09/1918 HP and Tower software
9/5/1919 Hewlett Packard Tower Software TRIM Context
IBM 5.10
5.10.1 IBM Strategic Priorities
5.10.2 IBM provides integration and Innovation for Customers
5.10.3 IBM Business Model
5.10.4 IBM Unified Communications architecture Cloud
5.10.5 Portfolio LotusLive IBM cloud-based social networking and collaboration services
IBM Revenues 5.10.6
5.10.7 IBM software capabilities
5.10.8 IBM systems and technological capabilities
5.10.9 IBM Organizations worldwide
IBM Security 5/10/1910
5.11 Information Builders
Builders 5.11.1 Information and Support Services
5.11.2 Information Builders iWay Software
IWay Software 5.11.3
Genesis of iWay Software 5.11.4
5.12 Microsoft
5.12.1 Microsoft revenues
5.12.2 Microsoft Client Revenue
5.12.3 Microsoft Server and Tools Revenue
5.12.4 Microsoft Online Services Business Revenue
5.12.5 Microsoft Business Division Revenue
5.12.6 Microsoft Entertainment and Devices Division
5.12.7 Microsoft Segment Revenue
5.12.8 Microsoft Competition
5.12.9 The Microsoft security vulnerabilities
05.12.1910 Microsoft customer segment
05.12.1911 Microsoft Segments
05/12/1912 Open Text Livelink ECM Integration Microsoft Office SharePoint Server
05.12.1913 Microsoft Multinational Computer Technology
05/12/1914 selected Microsoft partners
Microsoft Finance 12/05/1915
12.05.1916 Microsoft software products
MQSoftware 5.13
5.13.1 MQSoftware Q Nami!
MQSoftware 5.13.2 Customers
5.13.3 MQSoftware Services
5.13.4 Partnerships
Oracle 5.14
Oracle Business Software 5.14.1
Oracle 5.14.2 Competition In The Software Business
5.14.3 Oracle software license updates and technical support
5.14.4 Description of Oracle Software
5.14.5 Oracle / BEA Systems
5.14.6 The Oracle software revenue by region
Corporate Strategy 5.14.7 Oracle Asset Acquisition Program
5.15 Progress Software
5.15.1 Progress Software Services Oriented Architecture Products
Progress Application 5.15.2 Product Platform
5.15.3 Progress Software Data Infrastructure Products
5.15.4 Progress Software Customers
5.15.5 Progress Software / DataDirect Technologies
5.16 Red Hat JBoss Enterprise SOA Platform
5.16.1 JBoss Enterprise SOA Platform Partners
SeeWhy 5.17
5.18 SOA Software
5.19 Software AG
5.19.1 Software AG's customers in key industries Respected
5.19.2 Software Technologies Featured AG
5.19.3 Software AG webMethods Business Division
5.19.4 Software AG Geographical expansion
5.19.5 Software AG customers
Software 5.19.6 AG Corporate Social Responsibility
5.19.7 Software AG customers
5.19.8 Software AG Revenue
5.19.9 Software AG in 2008 Highlights
Tibco 5.20
5.20.1 Tibco SOA
5.20.2 TIBCO Business Optimization
5.20.3 Tibco BPM
5.20.4 Tibco Professional Services
5.20.5 Tibco Competition
5.20.6 Tibco Revenue
5.21 Vitria Technology
5.22 Work Day
5.22.1 Workday / Cape Clear
5.22.2 Customers Work Day
List of Tables and Figures
Table ES-1
SOA Component Services Market Driving Forces
Figure ES-2
Worldwide sales of SOA
Business Component Services Market Shares, 2008 dollars
Figure ES-3
Worldwide Services Oriented Component Architecture (SOA) market forecasts, Dollars, 2008-2015
Table 1-1
IBM ® positioned as the market leader in SOA
Table 1-2
SOA Service Process
Table 1-3
Using SOA to facilitate integration beyond the enterprise network
Table 1-4
SOA agile business functions
Table 1-5
Agile SOA Business Benefits
Table 1-6
Key figures SOA and Metadata components
Table 1-7
SOA Return on investment (ROI)
Table 1-8
SOA deployment process depends on the interaction N-dimensional layers that can be modeled by Business Analyst
Table 1-9
IBM SOA Business Layers I Services
Figure 1-10
IBM Smart SOA Continuum
Table 1-11
IBM SOA Foundation Reference Architecture
Table 1-12
Business Benefits of Service-Oriented Architecture
Table 1-13
Benefits IT Service-Oriented Architecture
Table 1-14
Dramatic Increase in Business Variable Speed SOA
Table 1-15
Business aspects response to changing Building SOA Need
Table 1-15 (Continued)
Business aspects of Change Response Create Need for SOA
Table 1-16
SOA engine manages access of information to create a Service
Table 2-1
Service Oriented Architecture (SOA) Benefits
Table 2-2
Component SOA Services Market Driving Forces
Figure 2-3
Shipments worldwide SOA business components of stock market services, dollars 2008
Figure 2-4
Global shipments of components SOA Business Services Market Shares, Dollars, 2008
Figure 2-5
Component Services Worldwide Architecture (SOA) market forecasts, Dollars, 2008-2015
Table 2-6
Worldwide Services Component Architecture (SOA) market forecasts, dollars, 2008-2015
Table 2-7
Worldwide Services Oriented Architecture (SOA) Industry Segments Market 2008
Table 2-8
Worldwide SOA Infrastructure Income segments of the market industry, 2008
Table 2-9
Worldwide SOA Infrastructure Software Revenue Market Segments, 2008
Table 2-10
Worldwide Income SOA Infrastructure Software market segments 2008
Table 2-11
Worldwide SOA and Web Services market segment Component Forecasts, 2009-2015
Table 2-12
Impact on Internet services SOA components
Table 2-12 (Continued)
The impact of Internet servcios SOA components
Table 2-13
SOA Infrastructure Services Market Shares, 2008
Table 2-14
SOA Market Shares, 2008
Table 2-15
Impact of connectivity E-Business applications
Table 2-15 (Continued)
Impact of connectivity applications E-Business
Table 2-15 (Continued)
Impact Connectivity Applications E-Business
Table 2-16
SOA for the Business Environment Market Drivers
Figure 2-17
Worldwide Architecture Service Oriented (SOA) regional market shares, 2008
Table 2-18
Service Oriented Architecture (SOA) Regional Market Shares, 2008
Figure 2-19
Service Oriented Architecture (SOA) Regional Market Segments Europe 2008
Table 2-20
Service Oriented Architecture (SOA) European stock market 2008 regional
Table 3-1
IBM WebSphere SOA Business Integration Server Features
Table 3-2
IBM WebSphere Business Integration Foundation Server Visual Functions
Figure 3-3
IBM Smart SOA Continuum
Table 3-4
IBM WebSphere Service Registry and Repository as a critical component of SOA implementation projects
Table 3-4 (Continued)
WebSphere Service Registry and Repository as a critical component of SOA implementation projects
Table 3-4 (Continued)
WebSphere Service Registry and Repository as a critical component of SOA implementation projects
Table 3-4 (Continued)
WebSphere Service Registry and Repository as a critical component of SOA implementation projects
Table 3-5
IBM WebSphere Service Modeling
Table 3-5 (Continued)
IBM WebSphere Service Modeling
Table 3-5 (Continued)
IBM WebSphere Service Modeling
Table 3-6
IBM SOA Integration Services
Table 3-7
Microsoft BizTalk Server and Enterprise Service Bus
Table 3-8
BizTalk Services Microsoft Visual Studio team
Table 3-9
BizTalk Server Microsoft Dynamics SOA Key Benefits
Table 9.3 (Continued)
Microsoft BizTalk Server Dynamic SOA Key Benefits
Table 3-10
Key Benefits Microsoft Office Visio
Table 3-10 (Continued)
Microsoft Office Visio Benefits
Figure 3-11
Microsoft ESB Interconnection Architecture
Table 3-12
Microsoft BizTalk ESB Server
Table 3-13
Microsoft ESB Technical Data:
Table 3-14
System Requirements Microsoft ESB
Table 3-15
Microsoft SOA ESB Interoperating Components
Table 3-15 (Continued)
Microsoft SOA ESB Interoperating Components
Figure 3-16
Schematic view of the components BizTalk basic system
Table 3-17
Microsoft SOA ESB capabilities
Table 3-18
Microsoft ESBSOA Architectural Guidance
Table 3-19
iWay Universal Adapter Suite for IBM Middleware
Table 3-20
HP SOA Systinet Features
Table 3-20 (Continued)
HP SOA Features Systinet
Table 3-20 (Continued)
Features of HP SOA Systinet
Table 3-21
Hewlett Packard (HP) Capabilities SOA Management Solutions Quality
Table 3.21 (Continued)
Hewlett Packard (HP) Capability SOA Quality Management Solutions
Table 3-22
Hewlett Packard (HP) SOA Capabilities Quality Management Integration Solutions
Table 3-23
Hewlett Packard (HP) Diagnosis SOA Capabilities
Table 3-24
Hewlett Packard (HP) SOA Policy Enforcer Solutions Integration Capabilities
Table 3-25
HP Ecosystem Management Quality
Table 3-26
HP SOA Features main
Table 3-27
Hewlett Packard (HP) and SOA adapters Partners
Table 3.27 (Continued)
Hewlett Packard (HP) Partners SOA & Adapters
Table 3.27 (Continued)
Hewlett Packard (HP) and SOA Partners AdaptersHTC / ViewLink
Table 3.27 (Continued)
Hewlett Packard (HP) and SOA Partners AdaptersHTC / ViewLink
Table 3.27 (Continued)
Hewlett Packard (HP) and SOA adapters Partners
Table 3.27 (Continued)
Hewlett Packard (HP) SOA and AdaptersHTC Partners / ViewLink
Table 3.27 (Continued)
Hewlett Packard (HP) and SOA adapters Partners
Table 3.27 (Continued)
Hewlett Packard (HP) Partners SOA & Adapters
Table 3-28
SAP Services for SOA
Table 3-28 (Continued)
SAP Services for SOA
Table 3-28 (Continued)
SAP Services for SOA
Table 3-29
SAP end-to-End SOA Planning Services
Table 3-29 (Continued)
SAP End-to-end SOA Planning Services
Table 3-30
SOA SAP Assessment Services
Table 3-31
SOA SAP Implementation Services
Table 3-31 (Continued)
Deployment SAP SOA Services
Table 3-32
SOA SAP Implementation Services
Table 3-33
SAP Services SOA Governance
Table 3-34
SOA offers SAP Education
Table 3-35
SOA SAP Discovery System Benefits
Table 3-36
SAP's SOA services for assessing and reducing Implementation Cycle
Table 3-37
Fiorano Adapters high-level categories:
Table 3-38
Fiorano Adapters
Table 3-39
Fiorano Event Process Orchestrator functions
Figure 3-40
Fiorano Event Process Orchestrator Writing Event-Driven Business Processes
Table 3-41
GXS grid companies operating services Coach Benefits
Table 3-42
GXS grid companies operating bus services Benefits
Table 3-43
GXS Trade Business Grid API Positioning Services
Table 3-43 (Continued)
GXS Trade Business Services API Grid positioning
Figure 3-44
GSX Service Technology Oriented Network B2B For High Performance
Table 3-45
SOA Software GXS translation
Table 3-46
Amazon EC2 service categories
Table 3-47
Amazon EC2 Cloud Computing Operations
Table 3-47 (Continued)
Amazon EC2 Cloud Computing Operations
Table 3-48
Amazon EC2 Cloud Computing Applications of Elastic Block Store
Table 3-49
Amazon EC2 Cloud Computing Applications Volume Features
Table 3-50
Multiple Amazon EC2 Cloud Computing locations of the elastic components
Table 3-51
Cloud Computing Amazon EC2 Elastic IP addresses for Component Benefits
Table 3-52
Amazon EC2 Cloud Computing Instance Types
Table 3-53
Amazon EC2 Cloud Computing High-CPU Instance Types
Table 3-54
Amazon cloud computing operating systems
Table 3-55
Amazon EC2 Machine Images
Table 3-56
Amazon EC2 application development environments
Table 3-57
Amazon EC2 Cloud Prices Computing
Table 3-58
Selection of Amazon EC2 Cloud Computing Price U.S.
Table 3-59
Selection of Amazon EC2 Cloud Computing Transfer Internet data
Table 3-60
Use for other Amazon Web Services billed separately from Amazon EC2.
Table 3-60
Amazon Elastic Block Price Index shop
Table 3-61
Amazon EBS Snapshots to Amazon S3 Prices
Table 3-62
Amazon EBS volumes Prices
Table 3-63
Amazon EBS Snapshots Amazon S3 Prices
Table 3-64
Amazon EBS Elastic IP Addresses Price
Table 4-1
Web Components Service
Table 4-2
SOAP Functions
Table 4-3
WSDL elements
Table 4-4
IBM Rational SOA Tester Quality Functions
Table 4-5
IBM SOA performance and scalability Quality rational functions tester
Table 4-6
IBM Rational SOA life functions CycleTester
Table 4-6 (Continued)
IBM Rational SOA CycleTester life functions
Table 4-7
SOA Composite Application Manager Functions
Table 4-8
Index Server Manager SOA composite applications and features extensive search
Table 4-9
SOA Composite Application Manager complete real-time, proactive monitoring of registration functions
Table 4-10
SOA validation capabilities
Table 4-11
AmberPoint SOA Management Functions exceptions
Table 4-12
AmberPoint SOA analysis and prioritization Exception
Table 4-13
AmberPoint SOA handle exceptions of various kinds
Table 4-14
AmberPoint SOA Exception for multi-mode response
Table 4-15
AmberPoint SOA BENEFITS
Table 4-16
Features GXS Application Integrator
Table 4-17
SOA metadata includes data integration layer
Table 4-18
SOA Integration Metadata Data Layer Functions
Table 4-18 (Continued)
Metadata SOA Data Integration Layer Functions
Table 4-19
TigerLogic XDMS Architecture
Table 4-20
Web Services and SOA Architecture Level
Figure 4-21
TigerLogic XDMS various schemes Engine Architecture
Figure 4-22
TigerLogic XDMS SOA Engine Architecture
Table 4-23
WebMethods SOA Engine Registration
Chart 4-24
Google Dynamic Architecture
Figure 4-25
Microsoft. Definition Net dynamics of reusable modules
Figure 4-26
Microsoft. NET Compile the source code in Managed Assemblies
Figure 4-27
Microsoft Architecture Dynamic Modular Processing
Table 4-28
SOA deployment process depends on the interaction of N-dimensional layers that can be modeled by Business Analyst
Table 4-29
IBM SOA Business I Services Layers
Figure 4-30
IBM Smart SOA Continuum
Table 4-31
SOA Foundation Reference Architecture
Table 4-32
Type of Event Information
Table 4-33
Event Management Definition
Table 4-34
Integration Services
Table 4-34 (Continued)
Integration Services
Table 4-35
Business Components chained to form a business service
Table 4-36
Integration Services
Table 4-36 (Continued)
Integration Services
Table 4-37
Design Concerns For Integration System Architecture
Table 4-38
SOAP based Web Service production environment trial
Table 4-39
Metadata Repository
Table 4-40
SOA Metadata Functions
Table 4-41
Service Oriented Architecture (SOA) Functions
Table 4-41 (Continued)
Service Oriented Architecture (SOA) Functions
Table 4-42
Integration engine functions That XML Processing Process business unit electronically from end to end
Table 4-42 (Continued)
Engine functions Integration of XML Processing Unit electronic business process from end to end
Table 4-42 (Continued)
Integration engine functions That Process XML Processing Unit business electronically from end to end
Table 4-43
Web Services input formats
Table 4-44
Output Formats Web Services
Table 4-45
Web Services Protocols
Table 4-46
Companies driving Web services
Table 4-47
SOAP based Web Service production environment trial
Table 4-48
Functions of a device IP address
Table 4-49
Benefits of an IP address Device
Table 4-50
Application Underlying Server Infrastructure Services
Table 4-51
Main types of grains Company
Table 4-51 (Continued)
Company main types of beans
Table 4-52
Autonomic features
Table 4-52 (Continued)
Autonomic features
Table 4-53
Autonomic functions
Table 4-53 (Continued)
Autonomic functions
Table 4-54
Distributed Transaction Functions
Table 4-55
B2B Portal features server business applications quantifiable benefits
Table 4-57
Positioning Trading Exchange
Table 4-58
Integrated e-Market Benefits
Table 5-1
Partnerships with vendors AmberPoint SOA Platform
Table 5.2
BMC Software and Cisco Computing Platform Features
Table 5-3
EMC VMware Virtual Infrastructure Growth Income Business Positioning
Table 5-4
Envoy Connect Features
Table 5-5
Fujitsu's CentraSite SOA Product Suite Features
Table 5-6
Fujitsu's CentraSite SOA Information Management
Table 5-7
GXS range of outsourced EDI and Management of Supply Chain Solutions Features
Table 5-8
Hewlett Packard products and Positioning Services
Table 5-9
Hewlett Packard Global Positioning
Table 5-10
Hewlett Packard Tower Software Global Markets, Vertical
Table 5-11
Hewlett Packard Tower Software Global, risk reduction during the litigation
Table 5-12
Hewlett Packard Tower Software Microsoft Official Document
Table 5-13
Hewlett Packard Tower TRIM Context Features general
Table 5-14
Strategic Priorities IBM
Table 5-15
Positioning Information Builders
Figure 5-16
Builders Information Worldwide Offices
Table 5-17
Microsoft Response to Vulnerabilities Security
Table 5-18
Progress Software Services Oriented Architecture Features
Table 5-18 (Contini)
Progress Software Architecture Services Service Oriented
Table 5-19
Progress Software Applications features of the product platform
Table 5-19 (Continued)
Progress Software Application features of the product platform
Table 5-20
Progress Software DataXtend Product Data Infrastructure
Table 5-21
Progress Software DataDirect Data Infrastructure Products
Table 5-22
JBoss Enterprise SOA Platform Features
Table 5-23
Red Hat 's JBoss Enterprise SOA Platform Positioning
The 2009 worldwide market for SOA services components. study 685 pages, 185 tables and figures. Worldwide SOA service component are prepared to achieve significant growth as cloud computing services leverages web and computer services API to convert the SOA services.
SOA service component used to build software that is more flexible, less expensive systems to buy and operate, and support flexible response to changing conditions market. The SOA service component markets are poised for rapid growth as companies deploy Web services, call centers and access to applications ERP in controlled environments.
IBM dominates the markets for SOA services components with 41% market share, the rest being divided between 12 other participants with measurable market share, none of which have even been able to collect up to 8% of the market. IBM is the de facto leader of the industry standard in SOA. IBM dominates SOA service component markets with a range of infrastructure that can be used to achieve integration into heterogeneous IT environments and support services firm to allow large companies to change their business model.
IBM stands out as a leader in SOA, inventing the concept of refining reusable solutions that have existed for a long time, adding a unique component and SOA form, making the SOA components work to create an integrated company in the world. While the IBM SOA can be used as a solution that works across a global enterprise SOA services as implemented in a middleware infrastructure are flexible enough to provide local variation.
Innovation is what drives the market growth in all industries. IBM and the leading provider of SOA are finding new ways to support innovation by providing software that supports flexible response to changing market conditions. SOA reaches all industries and all segments of the economy. SOA drives innovation. It is also useful for very large companies, midsize businesses range in size, and very small organizations.
Service Oriented Architecture (SOA) represents a fundamental change in the way of providing automated process to replace manual process. The service offerings are enabling Reply to this fundamental change in IT, where business is competitive advantage gained from having IT flexibility. The infrastructure software companies have "service enabled 'their offerings in response to demand for the flexibility needed to operate a global enterprise. This service allows bid represents a promise that the supplier software has the ability to create solutions that can be modified and updated in response to changing market conditions.
Enterprise IT departments use SOA to unite the various assets and get more of the existing investment. To accomplish this, systems integration needed to create ever-changing solutions. Software infrastructure providers need a strong middleware infrastructure as a foundation for creating SOA that works. The ability to create and support service offerings enabled depends on having a strong middleware offering.
Innovation is the support of SOA. SOA can be used for changing IT environment to support innovation. Issues affecting businesses are related to IT efficiency. TI is trying to respond to the collapse of financial markets and the collapse of the economy with cost reduction that still manages automated process. All companies have a multitude of systems and applications that meet their varied and growing needs of business.
SOA represents a way to reduce IT costs by a quantum number. Costs of executing a particular business task can be reduced by 90%. Implementing SOA needs to be done on an application for each application. Each of these systems and individual applications have their own way of storing and exchanging business data. Business processes Span multiple applications and integration to facilitate the flow of information through the SOA has created challenges for IT.
SOA service lots decoupled are specially designed for the business environment is constantly changing due to mergers and acquisitions. With decoupled software solutions, services SOA and Web components can be portable. SOA market to 1.58 billion U.S. dollars in 2008 is forecast to grow at an average rate of 8% initially reaching 95% per year in 2015 by the inherent value of the markets tested and reusable components is expected to reach 16.75 billion U.S. dollars in 2015. Growth is a result of efforts IT department to reduce spending on execution time and to spend a greater proportion of their budgets on business growth.
Report Methodology
THIS IS THE REPORT 406 In a series of market studies that provide forecasts in communications, telecommunications, Internet, computers, software, telephone equipment, health equipment, and energy. Project leaders responsible for writing and preparing each report. Has significant experience Preparing Industrial Studies. Forecasts are based on basic research and DATA BASES ON THE PROPERTY. FORECASTS REFLECT THE ANALYSIS OF MARKET TRENDS IN THE SEGMENT and segments related. UNIT SHIPMENTS AND DOLLAR analyzed by consideration of dollar volume of each market PARTICIPANT IN THE CLIP. ANALYSIS installed base and unit analysis is based interviews and an information search. MARKET SHARE ANALYSIS INCLUDES conversations with key customers of products, INDUSTRY SEGMENT LEADERS, Directors Marketing, distributors, LEADER market participants, opinion leaders and companies seeking to develop measurable market share. OVER 200 interviews depth are conducted for each report with a wide range of key participants and industry leaders in the segment. To establish accurate market forecasts based on ECONOMIC MARKET AND CONDITIONS AS BASE. USE OF INPUT / OUTPUT RATIOS, flowcharts, and other economic methods to quantify data. HOME USE OF ANALYSTS standards-compliant Stringent quality. Interviewing key industry participants, experts and end users is a central part of the study. Our research includes access to large databases proprietary data. SEARCH THE LITERATURE includes analysis of trade publications, government reports, AND LITERATURE OF COMPANIES.
Results and conclusions of this report are based on information from industry sources, including manufacturers, distributors, partners, opinion leaders and users. Interview data combined with information gathered through an extensive review of sources on the Internet and printed and trade publications, trade associations, information of the company, AND ONLINE DATABASES. The projections presented in this research report are checked UP TOP-down and bottom to ensure there is consistency from that perspective.
The base year for analysis and projection is 2008. CON 2008 and several years before that as a base, market projections were developed for 2009 to 2015. These projections are based on a combination of a consensus among key contacts UNDERSTANDING WITH COMBINED KEY DRIVERS OF THE MARKET AND ITS EFFECTS HISTORICAL PERSPECTIVE AND ANALYTICAL. The analytical methods used to generate the market estimates are based on penetration ANALYSIS, ANALYSIS SIMILAR MARKET, AND CALCULATIONS FOR DELTA SUPPLEMENT analysis dependent and independent variables.
Table of Contents:
SOA Component Services Executive Summary
SOA services components of the market forces driving
SOA Component Services Market Shares
SOA Web Services and Forecasts Component Services
IBM SOA Sandbox Cloud Partner Services
Software Component Services have become e-books
1. Component architecture Service Oriented (SOA) Description and Market Dynamics
1.1 Service Oriented Architecture (SOA) Applications siled Interconnections
1.1.1 Architecture Service Oriented (SOA) Improvement
1.1.2 IT efficiency
IBM ® 1.1.2 positioned as the market leader in SOA
1.2 SOA Service Process
1.3 Mission Critical massage and SOAP
SOA 1.4 Protective Services Automatic Failover
1.5 Benefits of SOA
SOA facilitates integration 1.5.1 beyond the Enterprise Network
SOA Data Integration 1.6
1.6.1 Business Logic As Encapsulation Services
1.6.2 Composite Applications
1.7 Create SOA agile company
SOA 1.8 Return on Investment (ROI)
1.8.1 Service Oriented Architecture (SOA) layers
1.8.2 Service-Oriented Business Architecture Benefits
1.8.3 Workflow Integration IBM WebSphere Support
1.9 Business Benefits of Service-Oriented Architecture
1.9.1 Oriented Architecture IT Services Benefits
1.9.2 SOA Self-Assessment
1.9.3 Infrastructure Services
1.9.4 Implementations of SOA infrastructure products that use
1.10 SOA principles Technology
1.10.1 Value-decoupled
1.10.2 Security
1.11 Service-Oriented Architecture (SOA) automates the key processes business
1.11.1 SOA Virtual Experience
1.11.2 SOA construction of a canal
1.11.3 SOA Platform Integration
1.11.4 Delivery Infrastructure Supports SOA information as a service
2. Component Services SOA market shares and forecasts
2.1 Components ForcLayeres SOA Market Driving Services
2.1.1 Building a robust data integration
2.1.2 SOA Market Segment
Component 2.1.3 SOA Market Driving Forces
2.2 Service of SOA Component Market Shares
2.3 Service and SOA Web Services Component Forecasts
2.3.1 SOA Stack decoupled services component
2.4 Enterprise Services SOA Component Market Segment Analysis
2.4.1 Service Oriented Architecture (SOA) Engine Market Forecasts segments
2.4.2 System z significantly less Distributed Computing Environments face
2.4.3 Internet Impact
2.4.4 Need for SOA IT Department
2.4.5 SOA represents the implementation process of the desktop
2.4.6 Stack Based vs. Decoupled WebSphereMQ Mission Critical Messaging options SOA solutions
2.5 Service SOA Infrastructure Market Shares
2.5.1 market leader IBM SOA Service Oriented Architecture IBM is characterized by the depth and breadth of product line
2.5.2 Tibco participates with measurable Share SOA Market Close Economic Issues affecting
2.5.3 Business Process SOA gives IT
2.5.4 Cost, time and resources needed to create and maintain integration in a rapidly changing environment
2.5.5 Application Connectivity Infrastructure Improvement E-Business
Markets 2.5.6 Service architecture SOA-oriented
2.5.7 E-Business
SOA Component Services 2.6 Regional Analysis
2.6.2 Tibco revenue by geographic region
2.6.3 EMC Revenue In geography:
3. SOA Service Component Product Description
Best Practice IBM Services SOA Component 3.1
3.1.1 IBM SOA Cloud Services Sandbox
3.1.2 IBM SOA Infrastructure
IBM WebSphere SOA Business Integration Foundation
IBM Service Oriented Architecture SOA Continuum Smart
3.1.3 IBM WebSphere Business Services Fabric
3.1.4 IBM WebSphere Service Registry and Repository
3.1.5 IBM SOA Integration Services
3.1.6 IBM SOA Component Services Business
3.1.7 Support Services refurbished IBM SOA Web Presence
3.1.8 IBM SOA Component Architecture and portal strategy generates requirements
3.1.9 Solution IBM Portal Flexible Component Services Best Practices
03/01/1910 Best Practice IBM Services component offers customers self-service options Portal
Microsoft Application Platform SOA 3.2
Microsoft Platform.NET 3.2.1 Application Framework
3.2.2 Microsoft SOA built-in support
Microsoft XML 3.2.3
3.2.4 Microsoft Office SharePoint Server
Microsoft BizTalk Server 3.2.5 Writing Services
Microsoft BizTalk 3.2.6 Legacy Application
Microsoft BizTalk Server 3.2.7
3.2.8 Microsoft BizTalk Server and Enterprise Service Bus
3.2.9 BizTalk Services Microsoft Visual Studio Team System
03.02.1910 Microsoft Visual Studio Team System
03/02/1911 Microsoft SOA static code analyzer
02.03.1912 Microsoft Deployment efficient service-oriented applications
03/02/1913 Microsoft System Center to manage SOA components
Oslo 02.03.1914 Microsoft approach to modeling
02/03/1915 Application Development Microsoft Oslo
03/02/1916 Modeling SOA Microsoft Dynamic IT Strategy
03/02/1917 SOA Microsoft Dynamics
Microsoft Office Business Applications 03/02/1918
Microsoft SOA Solutions 03/02/1919
02/03/1920 Microsoft's SOA Enterprise Service Bus
02.03.1921 Microsoft SOA ESB Design Patterns
Microsoft ESB 3.3 SOA capabilities
Information Builders iWay Universal Adapter Suite 3.4
Information Builders iWay Adapter 3.4.1 Universal Suite for IBM WebSphere products
3.5 Hewlett Packard (HP)
3.5.1 Hewlett Packard (HP) SOA Solutions
3.5.2 Hewlett Packard (HP) Systinet SOA Governance
3.5.3 Hewlett Packard (HP) Scale of SOA
3.5.4 Hewlett Packard (HP) SOA Quality Management
3.5.5 HP Quality Management Ecosystem
Service-Oriented SAP 3.6 Architecture (SOA)
3.6.1 SAP SOA Services
3.6.2 Services for SAP end-to-End comply with the requirements of SOA project
3.6.3 SAP Discovery System for SOA
3.6.4 SOA evaluating the potential of SAP Discovery System
3.7 Fiorano
Fiorano SOA Platform ® 3.7.1
Fiorano SOA Platform ® 3.7.2 Components
3.7.3 Fiorano ® Business Components & Adapters
3.7.4 Fiorano pre-built services
Fiorano ® 3.7.5 SOA Process Orchestration Tools
3.7.6 Fiorano ® Process orchestration tools
3.7.7 Fiorano Event Process Orchestrator
3.7.8 Fiorano Synthesizing Event-Driven Business Processes
Implementation 3.7.9 Fiorano Process events
03/07/1910 modifying and changing dynamically Fiorano Event-Processes
GXS 3.8
3.8.1 Key SOA products software portfolio GXS
SOA Software 3.8.2 GXS translation
3.9 Amazon EC2 Cloud Services
3.9.1 Functionality Amazon EC2 Cloud Computing
3.9.2 Amazon EC2 Cloud Computing Services
3.9.3 Amazon EC2 works in conjunction with Amazon Simple Storage Service (Amazon S3), Amazon SimpleDB database and Amazon Simple Queue Service (Amazon SQS)
3.9.4 Amazon EC2 Cloud Computing Application of Elastic Block Store
Amazon EC2 Cloud Computing 3.9.5 IP addresses of the elastic components
3.9.6 Amazon Cloud Computing OS and software
3.9.7 Prices Amazon EC2 Cloud Computing
Amazon EC2 Cloud Computing 3.9.8 Prices instances Reserved
4. Service Oriented Architecture (SOA) Technology
4.1 Enterprise Service Bus (ESB) Technology
4.2 Web Service
4.2.1 Web Services Software Components
4.2.2 Installation Services PHP Web Extensions
4.2.3 Creating a SOAP Web Service
4.2.4 Creating a SOAP server
4.2.5 Create an XML-RPC Web service
4.2.6 IBM Rational SOA Quality Tester
4.2.7 Quality Manager IBM Rational
Tester 4.2.8 IBM Rational Policy
4.2.9 IBM WebSphere DataPower ® SOA Appliances
IBM ® Rational AppScan 02/04/1910
4.3 War room diagnosis of SOA transactions and tracking root cause analysis
4.3.1 Administrators composite applications for SOA
4.3.2 SOA metadata Federation
Policy 4.3.3 Synchronization
4.3.4 Metadata Service
4.4 Managing the Exception SOA
AmberPoint Exception Manager 4.4.1
GSX 4.5 translation software and mapping data
4.6 SOA Infrastructure Technology
4.6.1 The construction of a layer of robust data integration
Microsoft Internet Explorer 4.6.2 RSS functionality
4.6.3 Layer SOA allows data integration access to the metadata for developers to create services
4.7 State Machines
4.7.1 SOA Strategy Network
4.7.2 SOA Representational State Transfer is a communication mode and programs accessible to humans
XDMS 4.8 Technology
4.8.1 Web services and service-oriented architecture (SOA) Level Architecture
4.8.2 Architecture TigerLogic FastSOA
4.8.3 SOA registry motor
Dynamic Architecture SOA 4.9
4.9.1 Google Search Engine Dynamic Architecture
4.9.2 BigFiles
4.9.3 Repository
4.9.4 Microsoft. Define Net dynamically reusable modules
4.9.5 Managed Microsoft Combine modules Assemblies
4.9.6 Microsoft Architecture Dynamic Modular Processing
4.9.7 IBM SOA architecture is dynamic to the transport layer
4.10 Architecture Business Benefits Service Oriented
4.10.1 SOA Technology Issues
4.10.2 Technology Platforms
4.10.3 Enterprise Asset virtualization existing automated
4.10.4 complexity of the underlying technologies
4.10.5 Impact of platforms
4.10.6 platforms and different technologies
4.11 Application Services Oriented (SOA) Services
4.11.1 Application Integration Strategies Professional Services Implementation
4.11.2 Application Connectivity
4.11.3 Sole supplier problems
Adoption of Rules 4.11.4
4.11.5 Analysis of SOA technology
4.12 SOA Business Benefits
4.13 Business Events
4.13.1 Event Transmission
4.13.2 Business Process Automation
4.14 Process-Oriented Architecture
4.14.1 Business Process Automation
4.14.2 Business Process Management Modular Architecture
4.14.3 Business Components
4.15 Advanced E-Business Infrastructure
4.15.1 Integration Applications Technical Advantages
4.15.2 Integration System Architecture
4.16 Development toolkit
4.16.1 Infrastructure Management System and
4.17 Web Services
4.17.1 promise of Web services
4.17.2 Java
4.17.3 Java Technology
4.17.4 J2EE
4.17.5 Soap
4.17.6 Apache SOAP
4.17.7 Load balancer with SSL support
4.17.8 The failure points
4.17.9 Soap Limitations
WSDL 17/04/1910
WSDL Descriptions 04/17/1911 Service
UDDI 17/04/1912
17/04/1913 UDDI Test Registries
04/17/1914 UDDI Distributed Web Service Discovery
17/04/1915 UDDI Consortium
Document WS-17.04.1916 Extensibility Inspection
XML 17/04/1917
04/17/1918 metadata repository
17/04/1919 metadata describes the location, format, Relationships, Transformation Regulation, cross-reference
04/17/1920 Creation Units metadata data integration services
Wrappering 17/04/1921
4.18 Level Challenges Service
4.18.1 Quality of Service (QoS)
4.18.2 Network Efficiency
4.19 Business Need
4.19.1 Management Business Process Solutions packaged for rapid deployment
4.19.2 Quality control service
4.19.3 XML Standards
Oasis 4.20
4.21 Service-Oriented Architecture (SOA)
4.21.1 IBM service-oriented architecture (SOA)
4.21.2 SOA Business Challenge IT Imperative
4.21.3 Services Oriented Architecture and relevant standards
4.21.4 XML Family of Standards
4.21.5 Integration Engines Leverage XML Processing
4.21.6 XML Standards
4.21.7 XML Role In Application Topology
4.21.8 XML meets Integration challenge
4.21.9 XML Standard Communication Language
21/04/1910 Web services protocols
21/04/1911 Web Services input formats and output
04/21/1912 Web Services Coupling Versus Cohesion
Web Services coupling 21/04/1913
Web Services Cohesion 04/21/1914
4.22 Open Systems
4.23 Java
4.23.1 Commitment to Java AI seller
4.23.2 Advantages of Java in the context of application integration
4.24 Web Services
The WS-4, 25 Transaction and BPEL4WS
4.25.1 WS-Reliable Messaging
4.25.2 WS-Addressing
4.25.3 Architecture for Reliable Messaging Delivery
4.26 Universal Description, Discovery and Integration (UDDI)
UDDI Registry 4.27
4.27.1 UDDI Test Registries
4.27.2 UDDI Distributed Web Service Discovery
4.27.3 UDDI Consortium
SOAP 4.27.4
4.27.5 SOAP Framework
4.27.6 SOAP Framework for Web Services development
4.27.7 Apache SOAP
4.27.8 Load balancer with SSL support
4.27.9 The failure points
SOAP Limitations 27/04/1910
4/27/1911 SOAP Protocol Uses multi-step process
27/04/1912 Marco Benefits
04/27/1913 strategies SOAP test
SOAP Solutions 04/27/1914
4.28 WSDL
4.28.1 WSDL Service Descriptions
4.28.2 WS-Inspection Document Extensibility
4.29 OASIS
4.30 IP Addressing and directory management
4.30.1 Specification of Web Services Security
4.30.2 Components for Secure Web Services
4.31 Services Web Technology
4.31.1 Java Application Server
4.31.2 Enterprise JavaBeans (EJB)
4.31.3 Autonomic Computing Technologies
4.31.4 Protocol Grid Topology
4.31.5 Architecture Open Grid Services (OGSA)
4.31.6 open source Eclipse tools framework
4.31.7 Difficulties Corba
4.31.8 Distributed Object Computing Model
4.31.9 Asynchronous Communications
4.32 Stateless Session Bean
4.33 cluster
4.34 Location Transparency
Smart Proxy 4.35
4.36 Load Balancing
4.37 Process entities Pattern Design
4.38 Command Objects / Flow Control
Authorization controls 4.39
4.40 Delegation
4.41 Collaborative Filtering
4.42 Site Analysis
4.43 Portales
4.43.1 Real-time processing
5. Service Oriented Architecture (SOA) Company Profiles
AmberPoint 5.1
5.1.1 Amb
About the Author
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