Worldwide (SOA) Infrastructure Market Shares, Strategies and Forecasts for 2009-2015 Aarkstore-Enterprise
This A new study on the world service-oriented architecture (SOA) infrastructure. The 2009 study has 954 pages, 333 tables and figures. services Worldwide service-oriented architecture (SOA) infrastructure is ready to achieve significant growth as it seeks to build a software which is more flexible, less expensive to buy and operate, and supports flexible response to changing market conditions. Infrastructure markets are expected to grow rapidly as companies implementing Web services in controlled environments.
Services Oriented Architecture SOA Infrastructure market strategy, market share and market forecast, 2009-2015
IBM dominates SOA with 70% of the market, the rest of the market is divided between 12 other participants with measurable market share, none of them have even been able to collect as much as 8% of the market. IBM is the leader industry de facto standard in the SOA. IBM dominates the SOA infrastructure market with a supply of infrastructure that can be used to achieve integration in a heterogeneous computing environment and strong support services to enable large companies to change their business model.
IBM is the only as a leader in SOA, inventing the concept of refining reusable solutions that have been around for a long time, adding an element so unique and SOA by making SOA components work to create a company in the world built. While the IBM SOA is able to be used as a solution that works across a global enterprise SOA services implemented in a middleware infrastructure are flexible enough to provide local variation.
Innovation is what drives the market growth in all sectors. IBM SOA and major suppliers are seeking new ways support innovation, by providing software that supports flexible response to changing market conditions. SOA achieved in all sectors and all segments economy. SOA is the engine of innovation. It is useful for very large companies, midsize businesses or large, and very small organizations.
Services oriented architecture (SOA) represents a fundamental change in the way automated process is delivered to replace manual process. The service offerings are a response to fundamental changes in computing, where the company a competitive advantage is obtained of having flexibility. Software infrastructure companies have 'service enabled' their offerings in response to the request of the flexibility needed to operate a global enterprise. This service can offer is 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 Services using enterprise SOA to connect the various assets and get most of the existing investment. To do this, systems integration is needed to create solutions in constant evolution. Suppliers infrastructure software need a strong middleware infrastructure as a fundamental element of creating SOA that works. The ability to create and support service enabled supply depends on a strong middleware offering.
Innovation is encouraged by the SOA. SOA can be used to modify environments to support innovation. Issues affecting businesses relate to the effectiveness of IT. It seeks to address the decline in financial markets and the collapse of the economy with the cost savings that can get even an automated process. All companies have a multitude of systems and applications to meet their diverse business needs and growth.
SOA is a way to reduce the costs of a quantum amount. Costs can be reduced by 90%. The SOA implementation must be done on an application by application. Each of these different systems and applications has its own way of storing and exchanging business data. Business process duration of multiple applications and integrate them to facilitate the flow of information using SOA has created challenges for IT.
SOA decoupled batteries are built for enterprise environment that continues to move due to mergers and acquisitions. With solutions Decoupled software, Web services and SOA components can be portable. SOA Market to $ 3.3 billion in 2008 should grow at an average rate of 17.1% per year to 10.3 billion dollars by 2015. Growth is the result of efforts to reduce IT department spending time on execution and spend a higher proportion of their budget on the growth of the company.
Methodology Report
This report is the 405th in a series of market studies THAT forecasts in communications, telecommunications, Internet, computer, software, equipment telephone, sanitation, and energy. The project leaders directly responsible for preparing and writing each report. They have experience SIGNIFICANT INDUSTRY preparing studies. The forecasts are based on primary research and proprietary databases. Forecasts reflect analysis of market trends ET related segments. AND UNIT dollar shipments are analyzed through REVIEW dollar volume of each participating in the segment. Analysis of the installed base and the unit of analysis is based on interviews and research information. Analysis market share includes conversations with key customers products LEADERS segment of the industry, marketing directors, distributors, key players Market, opinion leaders, and companies seeking to develop measurable market SHARE. Over 200 in-depth interviews are conducted for each compared with a wide range of key participants and industry leaders in the segment of the market. We establish accurate market forecasts based on economic and market as a basis. RATIO input use and output, diagrams and other economic methods to quantify DATA. Internal Use ANALYSTS who meet stringent quality standards. By interviewing key stakeholders in the sector, EXPERTS and end users is a central element study. Our research includes access to large proprietary databases. Literature search includes analysis of trade publications, government reports and literature CORPORATE.
Findings and conclusions of this report are based on information gathered from industry sources, including manufacturers, distributors, partners, opinion leaders, and users. Interview data was combined with information gathered through a thorough examination of the Internet and printed SOURCES such as trade publications, trade associations, company literature, and data. The projections in this report are checked from top to bottom and bottom to top ANALYSIS To be sure there is similarity in this context.
The base year for analysis and projection is 2008. The year 2008 AND several years before that as a baseline, SCREENINGS market were DEVELOPED FOR 2009 to 2015. These projections are based on a combination of a consensus between the main contacts COMBINED WITH understanding Key market factors and THEIR IMPACT AND a historical perspective analytical perspective. The analytical methods used to produce estimates of market based on PENETRATION ANALYSIS, analyzes similar market, and calculations DELTA TO SUPPLEMENT AND INDEPENDENT ANALYSIS dependent variable.
Contents:
EXECUTIVE SUMMARY SOA INFRASTRUCTURE
A service-oriented architecture (SOA) INFRASTRUCTURE EXECUTIVE SUMMARY ES-1
SOA Market Driving Forces ES-1
SOA Market Driving Forces ES-3
Market shares of SOA infrastructure ES-6
IBM SOA leads Markets ES-8
IBM Service Oriented Architecture Featuring
The depth and breadth of product line ES-9
Questions economic collapse affecting business ES-10
SOA provides business processes to IT ES-11
SOA Market Forecasts ES-12
DESCRIPTION SOA infrastructure market and market dynamics
1. A service-oriented architecture (SOA) infrastructure market and DESCRIPTION
DYNAMICS 1-1
1.1 Issues affecting business 1-1
1.2 Service Oriented Architecture (SOA) interconnections
Applications Siloed 1-2
1.2.1 Service-Oriented Architecture (SOA) improves efficiency IT 1-3
1.2.2 Systems Management SOA 4.1
1.2.3 SOA Management and Security 1-5
1.2.4 IBM ® positioned as the market leader SOA 6.1
1.2.5 SOA Management 7.1
1.2.6 Monitor and manage application service levels SOA 8.1
1.3 Security 1-9 SOA challenges
1.4 Mission Critical Massage and SOAP 1-14
1.5 SOA automatic protection against failures of service 1.17
1.6 Benefits of SOA 1-20
1.6.1 SOA facilitates integration beyond Network Enterprise 1.21
1.7 SOA data integration 1-23
1.7.1 Business Logic embodies 1-23
1.7.2 Composite applications 1-23
1.8 SOA Creates the Agile Business 1-24
1.8.1 SOA Return on Investment (ROI) 29.01
1.8.2 Service-Oriented Architecture (SOA) Layers 1-31
1.8.3 Service-Oriented Architecture Business Benefits 1-34
1.8.4 IBM WebSphere Integration Support Workflow 1-35
1.9 Business Benefits of Architecture Service Oriented 1-36
1.9.1 Service-Oriented Architecture IT Benefits 1-38
1.9.2 SOA Self Assessment 1-39
1.9.3 Infrastructure Services 1-39
1.9.4 Using implementations of SOA infrastructure products 1-40
1-41 1.9.5 SOA Principles
1.9.6 Value decoupled Services 1-42
1.9.7 Security 1-42
1.10 Services Oriented Architecture (SOA)
Automating key business processes 1-43
1-44 1.10.1 SOA Virtual Experience
1.10.2 SOA construction of a channel 1-45
1.10.3 Platform for SOA Integration 1-45
1.10.4 SOA infrastructure enables the provision of
Information as a Service 1-49
1.11 Application Service Oriented (SOA)
Unlocking Business Value 1-59
1.11.1 Alignment of Business Processes and Technology 1-59
1.11.2 Business Process Challenges 1-60
1-60 1.11.3 Business Environment
1.12 service-oriented architecture (SOA) the ability to
Business Transformation 1-61
SOA 1.12.1 By Works
Apart from business process 1-61
1.12.2 Dynamically Building Application Portfolio 1-63
1.12.3 flexible framework for implementing 1-64
1.13 service-oriented architecture (SOA) Workflow 1-65
1.13.1 Infrastructure for Service Oriented Architecture
Service Oriented Architecture (SOA) 1-66
1.14 1-66 Web services standards
1.15 Development Methodology SOA 1-68
1.16 SOA Creates Transformation Requirements
Document correspondence 1-69
1.16.1 Information is mapped from nodes in a source
Schematic diagram of nodes in the 1-70 Destination
STOCK MARKET SOA infrastructure and market forecasts
2. An SOA (SOA) INFRASTRUCTURE
Market share and FORECASTS 2-1
2.1 Market forces drive SOA infrastructure 2-1
2.1.1 Building an integration layer solid data 2-3
2.1.2 SOA 3.2 Market Segment
2.1.3 SOA market drivers 2-4
2.2 Market Shares 7.2 SOA
2.2.1 Company SOA Competitive Analysis 2-9
2.2.2 IBM's first competitors, Tibco, Software AG /
WebMethods, Oracle and / SOA platforms from BEA 2-10
2.2.3 Value of IBM WebSphere MQ, DataPower, and
WebSphere MQ Broker SOA 2-10
2.2.4 IBM SOA Model 2-12
2.2.5 Using IBM SOA components WebSphereMQ 2-14
2.2.6 IBM WebSphere Application Server Leverages
Java as a stack 2-15
Fabric 2.2.7 IBM SOA across the enterprise to reuse active 2-15
2.2.8 IBM WebSphere Adapters 2-16
2-18 2.2.9 Tibco
2.2.10 Tibco Business Process Management in SOA bases 2-19
2.2.11 TIBCO SOA Business Process Management
Brokers and Adapters 2-20
2.2.12 Software AG webMethods 2-21
2.2.13 Software AG 02.21
2.2.14 Software Solution for SOA Governance AG 2-21
2.2.15 Software AG / webMethods 2-22
2.2.16 Microsoft SOA positioned to support
Construction of a SOA application 2-23
2.2.17 Oracle / BEA 2-23
2.2.18 Sun 24/02
2.2.19 Sybase 24.2
2.3 SOA Market Forecasts 2-24
2.3.1 Service Oriented Architecture (SOA)
Core Process infrastructure 2-27
2.3.2 WebSphere MQ and Tibco Transport Layer Achieve
Mission A key feature 2-28
2.3.3 SOA Integration of E-Business 2-29
2.3.4 Market Driving Forces for Real Time
Exchange of information 2-32
2.3.5 SOA Integration Projects typically 2-36
2.3.6 Drivers SOA environment the market operator 2-38
2.4 Services Oriented Enterprise Architecture (SOA)
Market Segment Analysis 2-39
2.5 Web Services and Service Oriented Component
Architecture (SOA) Forecast 2-43
2.6 Factors affecting the competitive market SOA 2-48
2.6.1 Services 2-50 Oriented Architecture Market Trends
2.6.2 System z is significant Cheaper
What distributed computing environments 2-53
2.6.3 Impact of Internet 2-54
2.6.4 Need for SOA department 2-56
2.6.5 SOA is the implementation of
Process From The Desktop 2-57
2.6.6 Based on the Battery vs. decoupled WebSphereMQ
Mission Critical Approaches SOA messaging 2-58
2.6.7 Cost, time and resources necessary to create
Integration and maintain in a rapidly changing environment 2-58
2.6.8 Application Connectivity Infrastructure Enhances E-Business 2-59
2.6.9 Service Market-Oriented Architecture SOA 2-63
2.6.10 E-Business 2-63
SOA 2.7 Regional Analysis 2-66
2.8 Service Oriented Enterprise Architecture (SOA)
For Back End Systems 2-72
2.8.1 Service Oriented Architecture (SOA) Business Benefits 2-73
2.8.2 Services network 2-75
SOA 2-75 2.8.3 Industrial Sector
2.8.4 Enterprise Services Oriented Architecture (SOA)
For frontal systems 2-77
2.8.5 2-78 Customer Service
2.8.6 Drivers 2-78 Business Partner
2.8.7 Integration of Business Process 20-80
2.8.8 Integration Business Process 2-82
2.8.9 Impact of Mergers and Acquisitions 2-82
2.8.10 Develop strategic partnerships 2-84
Commerce 2.8.11 2-85
2.8.12 suppliers with a broad range of products 2-89
2.8.13 Total Segments By Vendor 2-89
2.8.14 SOA Integration Broker Segment Market Analysis 2-90
2.9 Services Oriented Architecture Challenges 2-92
DESCRIPTION INFRASTRUCTUREPRODUCT SOA
3. A service-oriented architecture (SOA) INFRASTRUCTURE
1.3 PRODUCT DESCRIPTION
3.1 SOA Business Integration Foundation Systems 3-1
3.2 Services to IBM SOA 4.3
3.2.1 IBM WebSphere ® Service Registry and SOA Repository 4.3
3.2.2 Service Registry and Repository IBM WebSphere 6.3
3.2.3 SOA IBM Rational Asset Manager 3-10
3.2.4 Service Registry and Repository IBM WebSphere
Advanced Lifecycle Edition 3-12
3.2.5 IBM SOA response complex IT challenges 3-13
3.2.6 IBM WebSphere SOA Publish, Find, develop, manage,
And govern 3-13
3.2.7 WebSphere Service Registry and filing 3-16
3.2.8 IBM WebSphere enables SOA Governance: 3-19
IBM WebSphere 3.2.9 Policy Management SOA 3-21
3.2.10 IBM WebSphere Business Services Fabric 3-24
3.2.11 IBM WebSphere Registry and Repository Service
SOA Product Positioning 3-29
3.2.12 IBM SOA Foundation 3-31
3.2.13 IBM SOA frameworks free Siloed 3-32
3.2.14 IBM Rational SOA Management within the life cycle of service 3-33
3.2.15 IBM SOA Governance and lifecycle management services 3-34
3.2.16 IBM SOA Governance Lifecycle ® 3-36
3.2.17 IBM ® SOA Identifying areas for improved governance 3-37
3.2.18 Measure the IBM SOA governance: Monitor
and manage the governance process 3-39
3-40 3.2.19 IBM SOA Policy
3.2.20 IBM SOA Strategy policy approach 3-42
3.2.21 IBM SOA deployment governance 3-44
3.2.22 IBM SOA Governance Management 3-45
3.2.23 IBM SOA Governance Lifecycle Management Service 3-47
3.2.24 IBM SOA Governance and administration (MMCD) 3-48
3.2.25 IBM SOA Governance Rational Method Composer 3-52
3.2.26 part of IBM SOA 3-52
3.2.27 IBM Rational Team Concert 3-53
3.2.28 IBM Rational ClearCase ® 3-54
3.2.29 IBM Rational ClearQuest ® 3-55
3.2.30 IBM Rational Build Forge ® 3-57
3.2.31 IBM Rational Software Architect for WebSphere Software 3-57
IBM Tivoli Identity 3.2.32 federate and access control
All services 3-58
3.2.33 IBM WebSphere DataPower XML Security Gateway XS40 3-58
3.2.34 IBM Tivoli Composite Application Manager
(ITCAM) for SOA 3-59
3.2.35 IBM SOA Business Manager Tivoli Systems 3-61
3.3 Services Oriented Architecture SOA Tibco 61
3-68 3.3.1 Tibco Virtualization Service
3.3.2 Tibco ActiveMatrix 3-71
3-73 3.3.3 Tibco SOA Solutions
3.3.4 Tibco Monitor, filter, analyze, correlate and
Reply with real-time 3-75
3.3.5 Tibco SOA for shipping and distribution 3-76
3.3.6 TIBCO SOA Support for The Real-Time Enterprise 3-79
3.3.7 Tibco Mainframe Service SOA Suite 3-83
3.3.8 Tibco Adapter for z / OS 3-84
3.3.9 Tibco Broker Service Object 3-84
3.3.10 Tibco Business Process Management Substation ES 3-86
3.3.11 TIBCO ActiveMatrix Advantage Business Works 3-89
3.3.12 Tibco SOA Profitable Strategy 3-89
3.3.13 Tibco SOA solution complete Mainframe 3-91
3.3.14 Tibco Rendezvous Low Latency Messaging
For the broadband product in real-time 3-93
3.4 Application Microsoft SOA Platform 3-96
Microsoft Application Framework 3.4.1 Platform.NET 3-96
3.4.2 Microsoft SOA Built-In Support 3-97
3.4.3 Microsoft XML 3-97
3.4.4 Microsoft Office SharePoint Server 3-98
3.4.5 Microsoft BizTalk Server Add Service 3-99
3.4.6 Legacy Systems Microsoft BizTalk implementation 3-99
3.4.7 Microsoft BizTalk Server 300-100
3.4.8 Microsoft BizTalk Server and Enterprise Service Bus 300-100
3.4.9 Services Microsoft BizTalk Visual Studio Team System 3-102
3.4.10 Microsoft Visual Studio Team System 3-103
3.4.11 Microsoft SOA Static Code Analyzer 3-104
3.4.12 Microsoft deployment effective
Service-oriented applications 3-105
3.4.13 Microsoft System Center to manage SOA components 3-106
3.4.14 Microsoft Oslo approach to modeling 3-108
3.4.15 Application Development Microsoft Oslo 3-109
3.4.16 Dynamic IT Microsoft SOA modeling strategy 3-109
3.4.17 SOA Microsoft Dynamics 3-110
Microsoft Office Business Applications 3.4.18 3-112
Microsoft Office Visio 3.4.19 SOA initiatives 3-112
3.4.20 Microsoft SOA Solutions 3-114
3.4.21 Microsoft SOA Enterprise Service Bus 3-114
3.4.22 Microsoft Patterns ESB SOA Design 3-123
Network 3.4.23 Microsoft SOA ESB 3-124
3.4.24 Microsoft Managed Services Engine 3-126
3.4.25 Microsoft Windows Server UDDI Services 3-127
3.4.26 Microsoft Enterprise UDDI Services 3-128
3.5 Oracle / BEA 3-129
Oracle SOA Suite 3-131 3.5.1
3.5.2 Oracle SOA Governance 3-133
3.5.3 Oracle SOA Asset Management Lifecycle Workflow
Capacity 3-133
3.5.4 Oracle Fusion Middleware 3-133
3.5.5 SOA Oracle Application Integration Architecture 3-135
3.6 Software AG 3-136
WebMethods 3.6.1 Service-Oriented Architecture (SOA) Suite 3-137
3.6.2 Software AG CentraSite webMethods SOA 3-139
3.6.3 Software AG webMethods Government
Gateways SOA service oriented architecture Leverage 3-141
3.6.4 Software AG webMethods SOA Governance using
CentraSite ™ 3-144
3.6.5 Software AG webMethods SOA Governance 3-147
3.7 Progress Software SOA 3-153
3.7.1 DataDirect Technologies Partnership 3-156 Oracle
3.7.2 Progress Software DataDirect Technologies
zIIP engine Return On Investment ROI 3-157
3.7.3 SOA Middleware Technology Progress Software Innovative 3-157
3.7.4 Progress Software Addresses Critical Challenges of
Deployment SOA 3-158
3.7.5 Progress Software SOA 3-158
3.7.6 Web services built with Shadow progress 3-159
3.7.7 Progress Actional Modeling Platform BPM and Management 3-160
3.7.8 Bus Service Enterprise progress 3-161
3.7.9 Progress Sonic ESB Product Family 3-162
3.7.10 Progress SonicMQ Mission Critical Messaging 3-164
3.8 Providing Information Builders iWay Universal Adapter Suite
IBM WebSphere 3-165
3.9 Hewlett Packard (HP) 3-167
3.9.1 Hewlett Packard (HP) Solutions SOA 3-167
3.9.2 Hewlett Packard (HP) SOA Governance Systinet 3-168
3.9.3 Hewlett Packard (HP) 3-172 SOA scaling
3.9.4 Hewlett Packard (HP) SOA Quality Management 3-173
3.9.5 Ecosystem Management HP Quality 3-178
3.10 SAP Service-Oriented Architecture (SOA) 3-187
3.10.1 SAP Services for SOA 3-187
3.10.2 SAP services from end to end encounter Requirements SOA 3-190
3.10.3 SAP Discovery System for SOA 3-199
3.10.4 Evaluation potential of SOA for SAP Discovery System 3-201
3.11 Sun Microsystems SOA 3-202
3.11.1 Advantages SOA Sun 3-205
3.11.2 Sun Java ™ Composite Application Platform Suite 3-206
3.12 AmberPoint 3-207
3.12.1 AmberPoint abstraction layer management 3-210
3.12.2 Focus on the discovery and cataloging AmberPoint SOA 3-212
3.12.3 AmberPoint Optimization various sources of data
Service Profiles Rich 3-214
3.12.4 AmberPoint maintaining service catalogs to promote reuse 3-215
3.13 AmberPoint SOA Management Network Products 3-217
3.13.1 System Management AmberPoint SOA ™ 3-217
3.13.2 AmberPoint SOA Discovery 3-218
3.13.3 AmberPoint SOA Explorer 3-219
3.13.4 AmberPoint monitoring operations over several
Application and technology layers 3-221
3.13.5 Management AmberPoint SOA Runtime 3-222
3.13.6 Application Architecture Policy AmberPoint 3-235
3.13.7 AmberPoint SOA security 3-239
3.13.8 Security AmberPoint 3-241
3.13.9 AmberPoint SOA Security Features 3-243
3.13.10 AmberPoint integrates with the infrastructure Security 3-249
3.13.11 Management Service Level AmberPoint 3-251
3.13.12 Management Service Level AmberPoint 3-251
3.13.13 AttachmateWRQ 3-259
3.14 SOA BMC 3-261
3.15 workday / Cape Clear 3-265
3.15.1 Cape Clear SOA practices 3-266
3.15.2 Service Versioning in Cape Clear SOA 3-266
3.15.3 Cape Clear SOA Co-existence 3-269
3.15.4 Cape Clear SOA message routing 3-269
3.15.5 Cape Clear SOA strategy Migration Services Message 3-272
3.15.6 Cape Clear SOA Performance Testing message 3-273
3.16 EMC Documentum 3-276
3.16.1 SOA EMC addresses the problems of 3-276
3.16.2 EMC supports SOA measurable results 3-277
3.16.3 Business Process Management with EMC 3-278
3.16.4 Business Process Management with EMC challenges 3-278
3.16.5 EMC Information Architecture SOA 3-279
3.16.6 EMC Enterprise SOA Assessment 3-280
3.17 SOA Messaging Technologies ships 3-282
3.17.1 ships SOA Connect 3-283
3.18 Fiorano 3-284
3.18.1 Fiorano SOA Platform ® 3-285
® 3.18.2 Fiorano SOA Platform Components 3-285
3.18.3 Fiorano Components ® Business & Adapters 3-287
3.18.4 Fiorano predefined services 3-290
3.18.5 Fiorano SOA Tools ® process orchestration 3-290
3.18.6 Fiorano Process Orchestration Tools ® 3-290
3.18.7 Fiorano Process Orchestrator event 3-291
3.18.8 Fiorano Business Summary Event-Driven Process 3-292
3.18.9 Fiorano Deployment of the event-process 3-294
3.18.10 Fiorano and dynamically changing
Changing the event-process 3-294
3.19 Fujitsu SOA 3-295
3.19.1 Fujitsu's CentraSite SOA Governance 3-296
3.19.2 Fujitsu Interstage Service Integrator 3-298
3.19.3 Positioning SOA Fujitsu 3-301
3.20 GXS 3-304
3.20.1 Products Enter the SOA software portfolio GXS 3-309
3.20.2 Translation Software GXS SOA 3-314
3.21 SOA Software 3-315
3.21.1 SOA Software Mainframe SOA Solution 3-321
3.21.2 SOA Governance Software SOLA 3-321
SOA TECHNOLOGY INFRASTRUCTURESERVER
4. Architecture Service Oriented (SOA) TECHNOLOGY 4-1
4.1 Enterprise Service Bus (ESB) 1.4 Technology
Web 4.2 Service 2.4
4.2.1 Software Components of Web services 4-2
4.2.2 Installing PHP Web Services Extensions 4.4
4.2.3 Creating a Web service SOAP 4.4
4.2.4 Creating a SOAP Server 6.4
4.2.5 Creating a Web service XML-RPC 4-7
4.2.6 IBM Rational Tester for SOA Quality 4-9
4.2.7 IBM Rational Quality Manager 4-11
4.2.8 IBM Rational Policy Tester 4-13
4.2.9 IBM WebSphere DataPower SOA Appliance ® 4-13
IBM Rational AppScan ® 4.2.10 4.13
4.3 Diagnostics War Room SOA and Root-Cause
Follow-up analysis transactions 4-14
4.3.1 Managers composite applications for SOA 4-15
4.3.2 Federation of SOA metadata 4-20
4.3.3 Policy Synchronization 4-21
4.3.4 Metadata Service 4-21
4.4 Management of SOA exceptions 4-24
AmberPoint Exception Manager 4.4.1 4-25
4.5 Translation Software GSX and map data 40-30
SOA 4.6 Technology Infrastructure 4-32
4.6.1 Build a layer of solid data integration 4-32
4.6.2 Functionality RSS Microsoft Internet Explorer 4-35
4.6.3 Data integration layer supports SOA Developer
Access metadata to create services 4-37
4.7 State Machine 4-39
SOA Strategy 4-41 4.7.1 Network
4.7.2 SOA Representation State Transfer is
Mode of communication available to programs and humans 4-42
4.8 Technology XDMS 4-42
4.8.1 Web Services and Service Oriented
Architecture (SOA) Level Architecture 4-44
4.8.2 Architecture FastSOA TigerLogic 4-47
4.8.3 SOA registry engine 4-48
4.9 SOA dynamic architecture 4-49
4.9.1 Google search engine dynamic architecture 4-52
4.9.2 bigfile 4-53
4.9.3 Deposit 4-53
4.9.4. Net Microsoft defines reusable modules dynamically 4-54
4.9.5 Managed Microsoft coalitions assembled modules 4-55
4.9.6 Microsoft Architecture Dynamic Modular Processing 4-55
4.9.7 Architecture SOA IBM Dynamic Transport Layer 4-58
4.10 Business Benefits of SOA 4-64
4.10.1 SOA Technology Issues 4-64
4.10.2 technology platforms 4-65
4.10.3 Existing virtualization Enterprise Asset automated 4-66
4.10.4 complexity of underlying technologies IT 4-66
4.10.5 Impact of platforms 4-67
4.10.6 platforms and disparate technologies 4-68
4.11 Services Oriented Applications (SOA) Services 4-68
4.11.1 Application Integration Professional Services
Implementation Strategies 4-69
4.11.2 connectivity applications 4-70
4.11.3 Questions 4-70 only supplier
4.11.4 Adoption of standards 4-71
4.11.5 Analysis of SOA 4-72
SOA Benefits 4-73 4.12
4.13 Business Events 4-74
4.13.1 Event Transmission 4-77
4-78 4.13.2 Business Process Automation
4.14 oriented architecture process 4-81
4.14.1 Business Process Automation 4-81
4.14.2 Management Business Process Modular Architecture 4-82
4.14.3 Business Component 4-82
Advanced Infrastructure 4-86 4.15 E-Business
4.15.1 Advantages of Application Integration Technical 4-87
4.15.2 Integration System Architecture 4-88
4.16 Development Tools 4-90
4.16.1 Infrastructure and System Management 4-90
4.17 Web Services 4-91
4-91 4.17.1 Promise Of Web Services
4.17.2 Java 4-92
4.17.3 Java Technology 4-93
4.17.4 J2EE 4-94
4-94 4.17.5 Soap
4.17.6 Apache SOAP 4-95
4.17.7 Load balancer with SSL support 4-96
4.17.8 failure points 4-96
4.17.9 Soap Limitations 4-97
4.17.10 WSDL 4-99
4.17.11 WSDL Service Descriptions 4-100
4.17.12 UDDI 4-101
4.17.13 UDDI Test Registries 4-101
4.17.14 UDDI Distributed Web Service Discovery 4-102
4.17.15 UDDI Consortium 4-103
4.17.16 WS-Inspection Document Extensibility 4-103
4.17.17 XML 4-105
4.17.18 Metadata Repository 4-106
4.17.19 metadata describes location, format,
Relations, processing, Regulation, Cross Reference 4-107
4.17.20 Hard metadata Creation of data integration services 4-108
4.17.21 Wrappering 4-109
4.18 Service Level Challenges 4-110
4.18.1 Quality of Service (QoS) Functions 4-110
4.18.2 network efficiency 4-112
Need Business 4.19 4-113
4.19.1 Process Management business Packaged solutions
for rapid deployment 4-113
4.19.2 Quality of service control 4-114
4-114 4.19.3 XML Standards
4.20 Oasis 4-115
4.21 service-oriented architecture (SOA) 4-116
4.21.1 IBM Service Oriented Architecture (SOA) 4-118
4.21.2 SOA IT Challenge imperative 4-118
4.21.3 SOA and standards 4-119
4.21.4 XML family of standards 4-120
4.21.5 Integration Engines Leverage XML Processing 4-121
4-123 4.21.6 XML Standards
4.21.7 XML Role In Application Topology 4-124
4.21.8 XML meets the challenge of integrating 4-124
4.21.9 XML Language Communication Standard 4-125
4.21.10 Web Services Protocols 4-125
4.21.11 Web Services Input and output formats 4-126
4.21.12 Web Services Coupling Versus Cohesion 4-128
4-128 4.21.13 Web Services Coupling
4.21.14 Web Services Cohesion 4-130
4.22 Open Systems 4-133
4.23 Java 4-133
4.23.1 Vendor Commitment Java AI 4-135
4.23.2 Advantages of Java in the context of application integration 4-135
4.24 Web Services 4-136
4.25 WS-Transaction and BPEL4WS specification 4-136
4.25.1 WS-Reliable Messaging 4-138
4.25.2 WS-Addressing 4-138
4.25.3 architecture for reliable delivery of mail 4-139
4.26 Universal Description, Discovery and Integration (UDDI) 4-139
4.27 UDDI 4-139
4.27.1 Test UDDI registries 4-140
4.27.2 UDDI Distributed Service Discovery Web 4-140
4.27.3 UDDI Consortium 4-142
4.27.4 SOAP 4-143
4.27.5 SOAP Framework 4-143
4.27.6 framework for the development of 4-143 SOAP Web Services
4.27.7 Apache SOAP 4-144
4.27.8 Load balancer with SSL support 4-145
4.27.9 failure points 4-145
4.27.10 SOAP Limitations 4-146
4.27.11 Protocol SOAP uses the multistep process 4-146
Benefits under 4-147 4.27.12
4.27.13 SOAP Test Strategies 4-147
Solutions 4.27.14 SOAP 4-149
4.28 WSDL 4-150
4.28.1 WSDL Service Descriptions 4-150
4.28.2 WS-Inspection Document Extensibility 4-151
4.29 OASIS 4-152
4.30 IP addressing and managing 4-153 Directory
4.30.1 Specification of Web services security 4-156
4.30.2 Components for Secure Web Services 4-157
4.31 Web Services Technology 4-158
4.31.1 Java Application Server 4-158
4.31.2 EJB (Enterprise JavaBeans) 4-159
Technologies 4-163 4.31.3 autonomic computing
4.31.4 Protocol Topology Grid 4-168
4.31.5 Open Grid Services Architecture (OGSA) 4-170
4.31.6 Eclipse Open-Source Tools Framework 4-171
4.31.7 Difficulties of Corba 4-172
4.31.8 Distributed Object Computing Model 4-173
4.31.9 Asynchronous Communications 4-174
4.32 stateless session bean 4-176
4.33 4-176 Cluster
Transparency 4.34 location 4-178
4.35 Smart Proxy 4-178
4.36 Load Balancing 4-179
4.37 Process-Entity Design Pattern 4-179
4.38 Flow Control command objects / 4-180
4.39 authorization controls 4-181
4.40 Delegation 4-182
4.41 collaborative filtering 4-183
Site Analysis 4-183 4.42
4.43 Portals 4-184
Real time processing 4-186 4.43.1
COMPANY PROFILES INFRASTRUCTURESERVER SOA
5. A service-oriented architecture (SOA) 5-1 PROFILE COMPANIES
AmberPoint 1.5 1.5
5.1.1 AmberPoint / SAP Ventures 5-2
JBoss 5.1.2 AmberPoint SOA Partner Advanced 5.5
5.2 BMC 5-6
5.2.1 BMC Platform and Cisco Unified Computing for virtualized environments 5-7
5.2.2 Customers 5-10 BMC
5.2.3 Customer profile BMC 5-10
5.2.4 Revenue BMC Software 5-11
5.3 Cisco 5-12
5.3.1 Cisco / PostPath 5-13
5.3.2 Cisco / Jabber 5-14
5.3.3 Cisco Next-Gen Unified Communications 5.14
5.3.4 Focus Cisco On the Development of Conferencing
And collaboration, expertise and leverage in the network 5-16
5-17 5.3.5 Cisco Income
5.3.6 Acquisitions 5-18 Cisco investment
5-18 5.3.7 Cisco Innovation
5-19 5.3.8 Cisco customers
5.3.9 Cisco Networks transforms how people connect 5-20
5.4 EMC 5-21
5-22 5.4.1 EMC Acquisitions
5.4.2 Selected EMC Partners 5-23
Some clients 5-23 5.4.3 EMC
5.4.4 EMC Revenue 5-24
5.4.5 The segment EMC 5-25
5.4.6 EMC VMware Virtual Infrastructure 5-30
5.4.7 EMC / Unisys and Expand Partnership in
5.4.8 Enterprise Content Management 5-40
5.5 Technologies ships 5-41
5.6 Fiorano 5-42
5.6.1 Fiorano presence on the world market 5-43
5.7 Fujitsu 5-45
5.7.1 OSS Fujitsu / NOS 5-46
SOA 5-46 5.7.2 Fujitsu
5.7.3 Fujitsu's CentraSite SOA governance 5-48
GXS 5.8 5-49
5.8.1 GXS Acquired by Francisco Partners operates as
An independent firm 5-51
5.8.2 GXS Customers 5-52
5.9 Hewlett Packard (HP) 5-57
5.9.1 Hewlett Packard (HP) SOA 5-59
5.9.2 Hewlett Packard (HP) 5-59 SOA
5.9.3 Hewlett Packard (HP) 5-59 Systinet SOA Governance
5.9.4 HP Products and Services segments 5-61
5.9.5 Technology Hewlett-Packard Solutions Group 5-61
Hewlett-Packard 5.9.6 Enterprise Storage and Servers 5-62
5.9.7 Hewlett-Packard servers industry standard 5-62
5.9.8 Business Hewlett-Packard critical systems 5-63
5.9.10 Hewlett Packard Halo Telepresence customers 5-63
5.9.11 HP and Marriott 5-64
5.9.12 HP and Tandberg 5-66
Hewlett 5.9.13 Participant Packard computer market industry 5-67
5.9.14 Hewlett Packard global provider of products 5-67
5.9.15 HP Products and Services: Information 5-69 Sectoral
5.9.16 Hewlett Packard Technology Solutions Group 5-69
5.9.17 Storage Hewlett Packard Enterprise Servers 5-70
5.9.18 HP Software and 5-71 Tour
5.9.19 Software Hewlett Packard Tower TRIM Context 5-74
5.10 IBM 5-80
5.10.1 IBM strategic priorities 5-81
5.10.2 IBM provides integration and innovation clients 5-82
5.10.3 IBM business model 5-83
5.10.4 IBM Unified Communications Architecture In The Cloud 5-84
5.10.5 IBM portfolio LotusLive Cloud BASE OF
Social networking and collaboration services 5-86
5-87 5.10.6 IBM income
5.10.7 Network of IBM software 5-94
5.10.8 IBM Systems and 5-95 Technology Capabilities
5.10.9 organizations worldwide IBM 5-96
5.10.10 IBM security 5-98
5.11 Information Builders 500-100
5.11.1 Information Builders Services & Support 5-101
Information Builders iWay Software 5.11.2 5-103
IWay Software 5-105 5.11.3
Genesis 5.11.4 iWay Software 5-105
Microsoft 5.12 5-106
5-106 5.12.1 Microsoft Revenue
5.12.2 Microsoft Client Revenue 5-108
5.12.3 Microsoft Server and Tools Revenue 5-110
5.12.4 Microsoft Online Business Services Revenue 5-112
5.12.5 Microsoft Business Division Revenue 5-115
5.12.6 Microsoft Entertainment and Devices Division 5-117
5.12.7 Microsoft Segment Revenue 5-119
5-120 5.12.8 Microsoft Competition
5.12.9 Microsoft security vulnerabilities 5-121
5.12.10 Microsoft Client Segment 5-123
5.12.11 Microsoft Segments 5-126
5.12.12 Open Text Livelink ECM Integration Microsoft
Office SharePoint Server 5-128
5.12.13 Microsoft Multinational Computer Technology 5-128
Selected Partners 5-129 5.12.1 Microsoft
5.12.15 Microsoft Financials 5-129
5-129 5.12.16 Microsoft software products
5.13 MQSoftware 5-131
5.13.1 MQSoftware Q Nami! 5-133
5.13.2 Customers MQSoftware 5-135
5.13.3 Services MQSoftware 5-135
5.13.4 partnerships 5-136
5-136 Oracle 5.14
5.14.1 Oracle Business Software 5-137
5.14.2 Competition In The Business Software Oracle 5-138
5.14.3 Updates Oracle software license and technical support 5-139
5.14.4 Description 5-140 Oracle software
Oracle BEA Systems 5.14.5 / 5-142
5.14.6 Turnover by region 5-143 Oracle software
5.14.7 Program Strategy Oracle Enterprise Active acquisition 5-145
5.15 Progress Software 5-146
5.15.1 Progress Software Architecture Services Oriented Products 5-147
5.15.2 Progress Products Application Platform 5-149
5.15.3 Progress Software Products Data Infrastructure 5-151
5.15.4 Progress Software Customers 5-153
5.15.5 Progress Software / DataDirect Technologies 5-154
5.16 platform, Red Hat JBoss Enterprise SOA 5-154
5.16.1 JBoss Enterprise SOA Platform Partners 5-159
5.17 SeeWhy 5-159
5.18 SOA Software 5-160
5.19 5-161 Software AG
5.19.1 Software AG Respected customers in key industries 5-162
5.19.2 Technologies AG software offered 5-163
5.19.3 Software AG webMethods Business Division 5-164
5.19.4 Software AG geographic expansion 5-165
5-165 5.19.5 Software AG customers
5.19.6 Software AG responsibility Corporate Social 5-166
5.19.7 Software AG 5-166 Customers
5.19.8 Software AG Revenue 5-167
5.19.9 Software AG Highlights 2008 5-168
5.20 Tibco 5-174
5-176 5.20.1 Tibco SOA
5.20.2 Tibco Business Optimization 5-176
5-177 5.20.3 Tibco BPM
5.20.4 Tibco Professional Services 5-178
5-179 5.20.5 Tibco competition
5.20.6 Tibco Revenue 5-180
5.21 Vitria Technology 5-184
5.22 Workday 5-198
5.22.1 workday / Cape Clear 5-203
5.22.2 The Workday customers 5-205
List of Tables and Figures
EXECUTIVE SUMMARY SOA INFRASTRUCTURE
Table ES-1 ES-4
SOA (SOA) Benefits
Table ES-ES 2-5
Services Oriented Architecture SOA Market Driving Forces
Table ES-3 ES-6
SOA Infrastructure Market Shares, 2008
Table ES-4 ES-7
SOA Market Shares, 2008
Figure ES-5 ES-13
Worldwide Services Oriented Architecture (SOA)
Forecasts infrastructure market, 2008-2015 13
DESCRIPTION SOA infrastructure market and market dynamics
Table 1-1 1-2
Problems types encountered by the company implementing SOA
Table 1-2 1-7
SOA Management Issues
1.10 Table 1-3
SOA Security Layer centered on user
Table 1-4 1-13
SOA Process
Table 1-5 1-22
Using SOA to facilitate integration
Beyond The Enterprise Network
Table 1-6 1-25
Agile SOA Business Functions
Table 1-7 1-26
Agile SOA Business Benefits
Table 1-8 1-27
Data SOA components and metadata key
Table 01.09 1.30
SOA Return on investment (ROI)
Table 1-10 1-32
Process implementation depends SOA the
Interaction of N-dimensional layers that can be
Modeling Business Analyst
Table 1-11 1-33
IBM SOA Business Layers I Services
Figure 1-12 1-34
IBM Smart SOA Continuum
Table 1-13 1-35
IBM SOA Foundation Reference Architecture
Table 1-14 1-37
Earnings for the enterprise SOA
Table 1-15 1-38
It benefits from SOA
Table 1-16 1-47
Dramatic Increase in Business Activity speed drives SOA
Table 1-17 1-48
Commercial aspects of the response to changes Creating Need for SOA
Table 1-17 (continued) 1-49
Commercial aspects of the response to changes Creating Need for SOA
Table 1-18 10-50
SOA engine manages access to information to create a service
Table 1-19 1-51
An SOA infrastructure makes flexible
Table 1-19 (continued) 1-52
A service-oriented architecture as flexible infrastructure
Table 1-20 1-53
Line SOA positioning services companies
Table 1-21 1-54
Services Oriented Architecture Business Process Efficiency
Table 1-22 1-55
Services Oriented Business Process Challenges Architecture
Table 1-22 (continued) 1-56
Services Oriented Architecture Business Process Challenges
Table 1-23 1-57
Business Services Oriented Architecture Risk management process
Table 1-24 1-58
SOA Improvement Business Process
SHARES SOA infrastructure market and market forecasts
Table 2-1 2-5
An SOA (SOA) Benefits
Table 2-2 2-6
Services Oriented Architecture SOA Market Driving Forces
Table 2-3 2-7
SOA Market Shares, 2008
Table 2-4 2-8
SOA Market Shares, 2008
Figure 2-5 2-25
Worldwide Services Oriented Architecture (SOA)
Market Forecasts Infrastructure, 2008-2015
Table 2-6 2-26
Worldwide Services Oriented Architecture (SOA)
Infrastructure Market Forecasts, 2008-2015
Table 2-7 2-35
Market forces driving SOA for real-time calculation
Table 2-7 (continued) 2-36
Market forces driving SOA for real time calculation
Table 2-8 2-37
Typical SOA Integration Projects
Table 2-9 2-39
Worldwide Services Oriented Architecture (SOA)
Market Segments Industry, 2008
Table 2-10 20-40
Worldwide Industry Revenue SOA Infrastructure
Market Segments, 2008
Table 2-11 2-41
Worldwide SOA Infrastructure Income
Software Market Segments, 2008
Table 2-12 2-42
Worldwide Revenue infrastructure SOA
Software Market Segments, 2008
Figure 2-13 2-45
Service Oriented Architecture components in the world
(SOA) Market Forecasts, Dollars, 2008-2015
Table 2-14 2-45
Component Services Worldwide Services Oriented Architecture (SOA)
Market Forecasts, Dollars, 2008-2015
Table 2-15 2-49
SOA competitive market factors
Table 2-16 2-51
Business Network Integration (BI)
Table 2-16 (continued) 2-52
Integration Business Network (IB)
Table 2-17 2-55
Impact of Internet on SOA
Table 2-17 (Continued) 2-56
Impact of Internet SOA
Table 2-18 2-61
Impact of connectivity applications on e-Business
Table 2-18 (continued) 2-62
Impact demand for connectivity The E-Business
Table 2-19 2-64
Drivers SOA enterprise environment market
Figure 2-20 2-66
Worldwide Services Architecture Service Oriented (SOA)
Regional Market Shares, 2008
Table 2-21 2-68
A service-oriented architecture (SOA) Regional Market Shares, 2008
Figure 2-22 2-69
A service-oriented architecture (SOA) European
Regional Market Segments, 2008
Table 2-23 20-70
A oriented architecture (SOA) European
Regional Market Shares, 2008
Table 2-24 2-72
Benefits for business SOA
Table 2-25 2-74
Integrating Modular Architecture Impact
Table 2-26 2-76
Enterprise Back End System Benefits From SOA
Table 2-27 2-77
Benefits of SOA business market
Table 2-28 2-79
Targeted Integration for B2B and trade
Table 2-29 2-81
Business Process Integration Advantages
Table 2-30 2-84
Enterprise Services Oriented Architecture (SOA) Processes
Table 2-31 2-86
E-Business Objectives
Table 2-32 2-87
The electronic commerce infrastructure needs
Table 2-33 2-87
SOA Functions Enable E-Commerce
Table 2-34 2-88
SOA Support for Internet commerce and EDI
Table 2-35 2-92
Key challenges for application integration
SOA INFRASTRUCTURE PRODUCT DESCRIPTION
Table 3-1 3-2
Leveraging SOA system integration activity 2
Table 3-2 3-3
Segments 3 engine SOA
Table 3-3 3-7
IBM WebSphere Service Registry and 7 Characteristics of deposits
Table 3-4 3-8
IBM WebSphere Service Registry under Output 8
Table 3-5 3-9
IBM WebSphere Service Registry Functions SOA Product 9
Table 3-6 3-11
IBM SOA Manager rational functions of assets 11
Table 03.07 3.12
IBM WebSphere Service Registry and Repository
Advanced Features of the product life cycle
Table 3-8 3-14
Features IBM WebSphere SOA
Table 3-9 3-15
IBM WebSphere Service Registry and SOA Foundation Archives
Table 3-10 3-16
IBM WebSphere Service Registry and SOA
Characteristic Search Repository
Table 3-11 3-18
IBM WebSphere Service Registry and Repository Functions
Table 3-12 3-19
IBM WebSphere SOA governance provides the function
Features lifecycle
Table 3-13 3-21
IBM WebSphere SOA Governance policies Components
Table 3-14 3-22
IBM WebSphere SOA Policy Management
Table 3-15 3-24
IBM WebSphere Service Registry and Repository as a
A key component of SOA deployment projects
Table 3-15 (Continued) 03.25
WebSphere Service Registry and Repository as a critical component of SOA deployment projects
Table 3-15 (continued) 3.26
WebSphere Service Registry and Repository as a critical component of SOA deployment projects
Table 3-16 3-27
Modeling IBM WebSphere Service
Table 3-16 (continued) 3.28
IBM WebSphere Service Modeling
Table 3-17 3-30
IBM WebSphere and SOA Registry Repository Service
Product Positioning
Table 3-18 3-35
IBM SOA Framework Components
Table 3-19 3-36
Function of the IBM SOA governance
Table 3-20 3-37
IBM ® SOA identification of areas for better governance
Table 3-21 3-38
Decisions IBM SOA governance:
Table 3-22 3-39
IBM SOA Governance
Table 3-23 30-40
Shares of IBM SOA Governance
Table 3-24 3-41
IBM Federated SOA approach policy
Table 3-25 3-41
IBM SOA Governance
Figure 3-26 3-42
IBM SOA political strategy approach
Table 3-27 3-43
IBM SOA Governance Model
Table 3-28 3-44
IBM SOA Governance Meeting
Table 3-29 3-44
IBM SOA Governance Deployment
Table 3-30 3-45
IBM SOA Governance Management
Table 3-31 3-46
Key components of SOA Governance
Table 3-32 3-47
Components of the IBM SOA Governance Key
Table 3-33 3-48
Key Phases IBM SOA Governance
Table 3-34 3-49
Governance IBM SOA enablers
Table 3-35 30-50
IBM Solutions phases of the life cycle model of service and Assembly
Table 3-36 30-50
Solutions IBM Rational lifecycle phases of service
Model and Assembly
Table 3-37 3-51
IBM Rational solutions deployment cycle service life
Templates and assembly
Table 3-38 3-51
IBM Rational management lifecycle service solutions
Templates and Assembly
Table 3-39 3-53
IBM SOA Product Positioning Framework
Table 30-40 3-55
IBM ® Rational ® ClearCase ® Features
Table 3-41 3-56
IBM ® Rational ® ClearQuest Functions
Table 3-42 30-60
IBM Tivoli ® Composite Application Manager
Table 3-43 3-62
Components of the approach Composition For Tibco
SOA SOA
Table 3-44 3-63
Tibco SOA Construction Services Platform components
Table 3-45 3-65
TIBCO Service Composition and Component service virtualization
Table 3-46 3-67
Tibco Web Service Composition
Table 3-47 30-70
Tibco SOA positioning
Table 3-48 3-72
Tibco ActiveMatrix Functions
Table 3-49 3-73
Properties Tibco SOA Tools Work
Table 3-50 3-74
Tibco main value of SOA
Table 3-51 3-77
EDA Tibco Messaging Features:
Figure 3-52 3-82
Continuum requirements Tibco Mainframe Integration
Figure 3-53 3-83
SOA TIBCO Mainframe Service Suite
Figure 3-54 3-88
Interaction services Tibco Mainframe SOA Suite
Table 3-55 3-91
Tibco SOA Suites specific domain
Table 3-56 3-94
Low Latency TIBCO Rendezvous Messaging Functions
Table 3-57 3-95
Low latency messaging TIBCO Rendezvous Highlights
Table 3-58 3-101
Microsoft BizTalk Server and Enterprise Service Bus
Table 3-59 3-102
Microsoft BizTalk Visual Studio Team Services
Table 3-60 3-111
Dynamics Microsoft BizTalk Server SOA Key Benefits
Table 3-61 3-113
Key benefits of Microsoft Office Visio
Figure 3-62 3-116
Microsoft Architecture interconnectivity BSE
Table 3-63 3-117
Microsoft BizTalk Server ESB
Table 3-64 3-118
BSE Microsoft Technical Specifications:
Table 3-65 3-119
Microsoft Requirements BSE
Table 3-66 3-120
Microsoft ESB SOA Interoperability components
Figure 3-67 3-121
Schematic view of Microsoft components BizTalk Core System (ff)
Table 3-68 3-125
Microsoft Network ESB SOA
Table 3-69 3-126
Orientation ESBSOA Microsoft Architecture
Table 3-70 3-127
Microsoft Managed Services Engine functions
Table 3-71 3-129
Microsoft Enterprise UDDI clearly defined
Benefits of Infrastructure Services
Table 3-72 3-130
Oracle Integrated, Best-in-class features of SOA
Table 3-73 3-132
Benefits of Oracle SOA Suite
Table 3-74 3-134
Oracle Fusion Middleware Core Design Principles
Table 3-75 3-135
Oracle / BEA SOA architecture application integration functions
Table 3-76 3-138
webMethods Service-Oriented Architecture (SOA) Suite Features
Table 3-77 3-140
Software AG webMethods SOA positioning
Figure 3-78 3-142
Software AG webMethods SOA Suite Enterprise Service Bus
Table 3-79 3-143
Software AG's webMethods Enterprise Service Bus (ESB) Key Features
Table 3-80 3-145
Software AG CentraSite webMethods SOA Governance Key Benefits
Figure 3-81 3-147
Software AG webMethods SOA Governance single
Table 3-82 3-149
Software AG CentraSite webMethods SOA Governance
Support to achieve results faster
Figure 3-83 3-151
Software AG CentraSite webMethods SOA Governance positioning
Table 3-84 3-152
Software AG webMethods SOA Suite Product Benefits
Figure 3-85 3-155
Progress Software SOA Portfolio
Table 3-86 3-161
Progress SOA Portfolio Integration Partners
Table 3-87 3-162
Progress Sonic ESB Product Family
Table 3-88 3-169
HP SOA Systinet Features
Table 3-89 3-173
Hewlett Packard (HP) SOA Quality Management Solutions Network
Table 3-90 3-175
Hewlett Packard (HP) SOA Quality Management
Capabilities Integration Solutions
Table 3-91 3-176
Hewlett Packard (HP) diagnostic capabilities SOA
Table 3-92 3-177
Hewlett Packard (HP) of SOA Policy Enforcer
Integration Capabilities
Table 3-93 3-178
Ecosystem HP Quality Management
Table 3-94 3-179
HP SOA Key Features
Table 3-95 3-180
Hewlett Packard (HP) and SOA adapters Partners
Table 3-95 (continued) 3-181
Hewlett Packard (HP) and SOA adapters Partners
Table 3-95 (continued) 3-182
Hewlett Packard (HP) Partner SOA AdaptersHTC / Viewlink
Table 3-95 (continued) 3-183
Hewlett Packard (HP) and SOA adapters Partners
Table 3-95 (continued) 3-184
Hewlett Packard (HP) and SOA adapters Partners
Table 3-95 (continued) 3-185
Hewlett Packard (HP) and SOA adapters Partners
Table 3-95 (continued) 3-186
Hewlett Packard (HP) and SOA adapters Partners
Table 3-96 3-188
SAP Services for SOA
Table 3-96 (continued) 3-189
SAP Services for SOA
Table 3-96 (continued) 3-190
SAP Services for SOA
Table 3-97 3-191
SAP services end to end SOA planning
Table 3-98 3-193
SAP Assessment Services SOA
Table 3-99 3-194
SAP Implementation Services SOA
Table 3-99 (continued) 3-195
SAP Implementation Services SOA
Table 3-196 300-100
SAP Implementation Services SOA
Table 3-101 3-197
SAP Services SOA Governance
Table 3-102 3-198
SAP Education Offers SOA
Table 3-103 300-200
SAP Discovery System Benefits SOA
Table 3-104 3-201
SOA SAP For evaluation and reduction of implementation cycle
Table 3-105 3-202
Sun approach to integration SOA
Table 3-106 3-203
Sun Java Composite Application Platform SOA Suite
Advantages key approach
Table 3-107 3-204
Sun Java Composite Application SOA Platform Suite
Support business flexibility
Table 3-108 3-205
Sun Java Composite Application Platform SOA Suite
Uses Efficiency Gain Business
Table 3-109 3-208
Time SOA Governance AmberPoint Management
Challenges identified
Table 3-110 3-210
AmberPoint Apart from the management layer
Table 3-111 3-213
AmberPoint SOA Service-Enablement
Table 3-112 3-216
Functions AmberPoint catalog services to promote
The reuse of SOA components
Table 3-113 3-218
Functions AmberPoint SOA Management System
Table 3-114 3-220
AmberPoint and service discovery infrastructure
Table 3-115 3-221
AmberPoint display of logic and the physical
Service Network
Table 3-116 3-222
AmberPoint Runtime Governance Solutions
Table 3-117 3-223
Functions AmberPoint policy approach focuses on:
Table 3-118 3-225
AmberPoint Management Policy
Table 3-119 3-226
Library policy AmberPoint Extensible
Table 3-120 3-227
AmberPoint Auto Policy Provisioning
Table 3-121 3-228
AmberPoint Distributed Architecture
Table 3-122 3-229
AmberPoint based policy management capabilities
Table 3-123 3-230
Security Message AmberPoint
Table 3-124 3-231
Access Control AmberPoint
Table 3-125 3-231
AmberPoint Trust and Mediation Credential
Table 3-126 3-232
Version Management AmberPoint
Table 3-127 3-233
AmberPoint Service Virtualization
Table 3-128 3-234
Message Broker AmberPoint
Table 3-129 3-235
Customs policies AmberPoint
Table 3-130 3-236
Policy implementation AmberPoint Architecture Features
Table 3-131 3-238
AmberPoint based on infrastructure
Table 3-132 3-240
AmberPoint SOA
Table 3-133 3-241
AmberPoint SOA Security
Table 3-134 3-244
AmberPoint SOA Security Features
Table 3-135 3-245
AmberPoint SOA content and context awareness
Table 3-136 3-246
AmberPoint SOA Security Message
Table 3-137 3-247
Authentication AmberPoint SOA and access control
Table 3-138 3-248
Federation of AmberPoint SOA
Table 3-139 3-249
AmberPoint SOA security system
Table 3-140 3-250
AmberPoint Integrates with existing security infrastructure
Table 3-141 3-252
Management AmberPoint Service Level
Table 3-142 3-253
AmberPoint Service Level Management to define and
Differentiating SOA
Table 3-143 3-254
Service Level Management AmberPoint
SOA measure and evaluate
Table 3-144 3-255
AmberPoint Service Level Management Alert and Pro-active
SOA Issues remedies
Table 3-145 3-256
Service Level Management Review and AmberPoint
Activity Predict SOA
Table 3-146 3-257
Service Level Management AmberPoint Interaction
The set of SOA services and business transactions
Table 3-147 3-258
AmberPoint Service Level Management Analysis and Prioritization
Table 3-148 3-259
AmberPoint Service Level Management customizable user interface
Table 3-149 3-260
Data synchronization of multiple applications AttachmateWRQ
Figure 3-150 3-262
BMC SOA / Web Services Management
Table 3-151 3-268
Support Cape Clear SOA for several versions of Internet Service
Table 3-152 3-271
Cape Clear SOA Message Compatibility Issues
Table 3-153 3-277
SOA EMC measurable results
Table 3-154 3-280
EMC targets SOA Assessment
Table 3-155 3-281
EMC types of methodologies for SOA
Table 3-156 3-287
Categories Fiorano Adapters high level:
Table 3-157 3-288
Fiorano Adapters
Table 3-158 3-292
Fiorano Event Functions Process Orchestrator
Figure 3-159 3-293
Fiorano Event Process Orchestrator: Composition of the event-
Focused on business processes
Table 3-160 3-295
Fujitsu includes a range of products CentraSite SOA
Table 3-161 3-297
Fujitsu's CentraSite SOA Management Information
Table 3-162 3-299
Fujitsu Interstage Service Integrator Functions
Table 3-163 300-300
Fujitsu Interstage Transportation Service Functions
Table 3-164 3-301
Positioning Fujitsu SOA
Table 3-165 3-302
Fujitsu SOA Application Development Cycle Manager
Table 3-166 3-306
GXS Trading Grid Enterprise Service Bus Benefits
Table 3-167 3-307
GXS Trading Grid services of bus company
Table 3-168 3-310
GXS Trading Grid Business Services API location
Table 3-168 (Cont.) 3-311
GXS Trading Grid Business Services API location
Figure 3-169 3-313
GSX Service Oriented Network For High Technology
B2B Performance
Table 3-170 3-314
Translation Software GXS SOA
Table 3-171 3-316
SOA Features portfolio manager software
Table 3-172 3-318
SOA Software Studio SOLA
Table 3-173 3-320
SOA Software SOA SOLA Advantages for Mainframe
Table 3-174 3-321
IBM SOA Software SOLA CICS TSv3.x
SOA TECHNOLOGY
Table 4-1 4-3
Web Service Components
Table 4-2 4-5
SOAP Functions
Table 4-3 4-6
WSDL elements
Table 4-4 4-9
IBM Rational Functions SOA Quality Tester
Table 4-5 40-10
IBM Rational SOA Performance and scalability
Duties Test quality
Table 4-6 4-11
Rational Functions SOA life CycleTester
Table 4-6 (continued) 4-12
IBM Rational Functions SOA CycleTester Life
4.17 Table 4-7
SOA Composite Application Manager Functions
Table 4-8 4-18
Composite Application Manager overall SOA
And indexing Research Functions 18
Table 4-9 4-19
Composite Application Manager overall SOA
In real time, proactive control over the recording functions
Table 4-10 23.4
SOA Validation Network
Table 4-11 4-25
AmberPoint SOA Management Functions exceptions
Table 4-12 4-26
Exception Analysis AmberPoint SOA and prioritization
Table 4-13 4-27
AmberPoint SOA handle exceptions of each type
Table 4-14 4-28
AmberPoint SOA Exception multi-mode response
Table 4-15 4-29
AmberPoint SOA BENEFITS
Table 4-16 4-31
GXS Application Integrator Functions
Table 4-17 4-34
Metadata includes SOA integration layer data
Table 4-18 4-38
SOA metadata functions of the data integration layer
Table 4-18 (continued) 4-39
SOA metadata functions of the data integration layer
Table 4-19 4-43
TigerLogic XDMS Architecture
Table 4-20 4-44
Web Services Architecture and SOA level
Figure 4-21 4-46
TigerLogic XDMS multi-engine architecture Schema
Figure 4-22 4-47
Architecture Motor TigerLogic XDMS-SOA
Table 4-23 4-48
Engine WebMethods SOA Registry
Table 4-24 40-50
Google Dynamic Architecture
Figure 4-25 4-54
Microsoft. Net dynamic definition of reusable modules
Figure 4-26 4-56
Microsoft. NET source code Compiling Managed Assemblies
Figure 4-27 4-57
Architecture Microsoft Dynamic Modular Processing
Table 4-28 4-59
Process of implementation depends on SOA
Interaction N-dimensional layers that can be
Modeling Business Analyst
Table 4-29 40-60
IBM SOA Business Layers I Services
Figure 4-30 4-61
IBM Smart SOA Continuum
Table 4-31 4-62
SOA Reference Architecture Foundation
Table 4-32 4-75
Information Type of Event
Table 4-33 4-76
Definition Management Event
Table 4-34 40-80
Integration Services
Table 4-34 (continued) 4-81
Integration Services
Table 4-35 4-83
Components include a business chained
Business Service
Table 4-36 4-84
Integration Services
Table 4-36 (continued) 4-85
Integration Services
Table 4-37 4-89
Concerns Architecture Design for System Integration
Table 4-38 4-98
SOAP-based Web Service environment production test
Table 4-39 4-106
Metadata Repository
Table 4-40 4-107
The functions of SOA metadata
Table 4-41 4-117
Service-oriented architecture (SOA) Functions
Table 4-41 (continued) 4-118
Service-oriented architecture (SOA) Functions
Table 4-42 4-121
Integration of functions of XML processing engine Drive
Electronic processing of business-end
Table 4-42 (continued) 4-122
Integration of functions of XML processing engine Drive
Business processes electronically End-to-End
Table 4-42 (Continued) 4-123
Integration functions of XML processing engine Drive
Business processes electronically End-to-End
Table 4-43 4-126
Input Formats Web Services
Table 4-44 4-127
Output Formats Web Services
Table 4-45 4-132
Web services protocols
Table 4-46 4-137
Web Services Companies Driving
Table 4-47 4-148
Soap base Web Environment Production Testing Service
Table 4-48 4-154
Functions of an IP address Device
Table 4-49 4-155
Benefits of an IP address Device
Table 4-50 4-160
Application Server Services underlying infrastructure
Table 4-51 4-161
Major Types of Enterprise Beans
Table 4-51 (continued) 4-161
Major Types of Enterprise Beans
Table 4-52 4-164
Characteristic Autonomic
Table 4-52 (continued) 4-165
Autonomic Features
Table 4-53 4-166
Autonomic
Table 4-53 (continued) 4-167
Autonomic Functions
Table 4-54 4-175
Functions Distributed Transaction
Table 4-55 4-184
Portal Functions
B2B Server application services business quantifiable
Table 4-57 4-188
Positioning Exchange Trading
Table 4-58 4-189
Integrated e-Market Advantages
PROFILES infrastructure company SOA
Table 5-1 5-3
Partnerships with vendors AmberPoint SOA platform
Table 5-2 5-7
BMC Software and Cisco features Computing Platform
Table 5-3 5-31
EMC's VMware virtual infrastructure companies
Positioning Revenue Growth
Table 5-4 5-42
Envoy Connect Functions
Table 5-5 5-47
Fujitsu includes a range of products CentraSite SOA
Table 5-6 5-49
Fujitsu's CentraSite SOA Management Information
Table 5-7 5-51
Beach GXS EDI outsourcing and supply chain
Solutions management functions
Table 5-8 5-58
Hewlett Packard Product Positioning and Services
Table 5-9 5-68
Hewlett Packard Global Positioning
Table 5-74 50-10
Hewlett Packard Tower Software Global, Vertical Markets
Table 5-11 5-75
Hewlett Packard Tower Software Global, reduction
The Risk During Litigation
Table 5-12 5-76
Hewlett Packard Tower Software Microsoft Office ® Documents
Table 5-13 5-78
Hewlett Packard Tower TRIM Context Features Overview
Table 5-14 5-81
The strategic priorities of IBM
Table 5-15 5-102
Information Builders positioning
Figure 5-16 5-104
Information Builders offices worldwide
Table 5-17 5-122
Microsoft Response to security vulnerabilities
Table 5-18 5-148
Progress Software Services Oriented Architecture Features
Table 5-18 (Continied) 5-149
Progress Software Services Oriented Architecture Features
Table 5-19 5-150
Progress Software Application Platform Product Features
Table 5-19 (continued) 5-151
Progress Software Application Platform Features
Table 5-20 5-152
Progress Software DataXtend Product Data Infrastructure
Table 5-21 5-153
Progress Software Products DataDirect Data Infrastructure
Table 5-22 5-156
JBoss Enterprise SOA Platform Functions
Table 5-23 5-157
Red Hat JBoss Enterprise SOA Platform Positioning
For more information please contact:
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