Abstract
LEXINGTON, Massachusetts (August 28, 2009) - WinterGreen Research announces
that it has a new study on application servers. The 2009 study has 611 pages,
244 tables and figures. Worldwide markets are poised to achieve significant
growth as application servers continue to benefit from the enterprise need to
build out e-commerce sites that support a brand.
Application servers are used to build a Web page and shopping cart for
ecommerce. Application servers offer e-mail, chat, and phone for personalized
web reach of product displays and shopping carts. Retailers can use
application servers to manage e-commerce and service interactions over the Web
using tools that support one continuous relationship. This expansion of
application server capability vastly improves the reach of e-commerce sites.
Application servers are used for blogs and Internet communications around
ecommerce. Developers use efficient automated process to drive new advertising
and shopping cart capabilities. Cloud computing application servers to be used
for ecommerce. Application servers are used for achieving a capability whereby
applications can be built without programming, forcing a dramatic change in
application servers.
The aim of e-commerce is to achieve an ever increasing customer base, customer
retention, improved customer services, and cross selling. These new
application server features facilitate that. Manufacturers need the same
features to improve the functioning of the supply chain. Service interactions
over the Web use features that facilitate the design, inventory management,
distribution, and shipment processes. The two distinct categories of
application server are commercial grade mission critical systems and business
class open source / Microsoft application servers.
Commercial grade mission critical systems are significantly more expensive
than the open source and Microsoft systems. Commercial grade mission critical
systems support a high degree of complexity that is not needed in many Web
site development situations. Microsoft Systems are virtually free to the user
as the IIS is bundled with the operating system.
A move towards application server signals a fundamental shift in how
information is handled. The prospect of digitizing much of the world' s
information and making it searchable poses the prospect of a quantum increase
in the quantity of information available; an increase by a factor of 1,000. At
the most basic level, application servers work on the cloud scale contemplated
to change the world.
IBM WebSphere message broker complements the IBM WebSphere application server
features to address key business environment challenges. Businesses have a
diverse suite of applications that have been developed or acquired over a
number of years, perform key business functions, and represent much of an
enterprise' s intellectual capital and business advantage. The breadth of the
applications in a typical enterprise is significant. Applications run on a
diverse range of platforms, with many different data formats and information
exchange protocols.
SOA business integration foundation systems are a central aspect of
application servers. IBM has consolidated its leadership position in SOA by
providing integration software that is useful in reusing code. The ability to
consolidate integration modules that perform useful platform capabilities
provides a foundation architecture for building applications from existing
modules of code. IBM SOA is the defacto industry standard software used in
creating business integration foundation systems, leveraging a 70% share in
SOA.
Application Server Key Benefits
- Increase in channel productivity
- Automation of transaction processing systems
- Implementation of SOA
- Quick response to changing market conditions
- Elimination of manual processes
- 100% payback within one year
- Significant decreases in materials purchasing
- Significant decreases in inventory costs
Manufacturers need the same features to improve the functioning of the supply
chain. Service interactions over the Web, e-mail, chat, and phone facilitate
the design, inventory management, distribution, and shipment processes. The
two distinct categories of application server are commercial grade mission
critical systems and business class open source / Microsoft application
servers. Commercial grade mission critical systems are significantly more
expensive than the open source and Microsoft systems. Commercial grade mission
critical systems have a high degree of complexity that is not needed in may
Web site development situations.
When banks and very large retail organizations are managing thousands of
transactions per second from a globally integrated enterprise trying to
protect a brand, the commercial grade systems from IBM, Oracle, Fujitsu, and
ATG among others are needed. For the millions, soon to be billions of Web
sites that support blogs and more simple transaction systems, a simpler system
is preferable such as those from Microsoft, Novell, and Red Hat.
IBM WebSphere application server provides availability and security. Business
depends on using the Internet to optimize cost. Reducing application
infrastructure costs is achieved by the automation of process. WebSphere
application server is used to build, deploy and manage robust, agile and
reusable SOA business applications and services.
IBM WebSphere Message Broker provides features to address key business
environment challenges. Businesses have a diverse suite of applications that
have been developed or acquired over a number of years, perform key business
functions, and represent much of an enterprise' s intellectual capital and
business advantage. The breadth of the applications in a typical enterprise is
significant. Applications run on a diverse range of platforms, with many
different data formats and information exchange protocols.
Knowledgeable workers use application servers to help focus energies on
high-value activities, driving new efficiencies, spending as little time as
possible seeking and wading through information. The systems are used to
automate the processes responsive to Internet channel transactions.
An enterprise-wide application server is useful for displaying html pages
dynamically and conducting business on the Internet. Suppliers improve
sensing, analytic and workflow capabilities by radically streamlined the way
customers access and act on information.
Balancing growing online channels with slowing growth in traditional channels
is an universal marketing issue in the age of the Internet. Making all
customer channels work better together, gaining market share and reducing
costs are central concerns. The bulk of online sales growth is derived from
existing online shopper customers spending more online.
A move towards application server signals a fundamental shift in how
information is handled. The prospect of digitizing much of the world' s
information and making it searchable poses the prospect of a quantum increase
in the quantity of information available; an increase by a factor of 1,000. At
the most basic level, application servers work on the cloud scale contemplated
to change the world. Companies are charged with keeping existing customers
loyal and learning to upsell. Sales and coupons work online as well as in
traditional marketing.
Increasingly savvy and demanding online consumers are keeping competition
high. Platform-neutral e-commerce optimization services are able to deliver a
unified, personalized, and satisfying customer experience. Interactions are
conducted over the Web presentations and shopping carts supplemented by phone
calls, chat, mobile devices. Systems connect to stores using application
servers to one continuous, ongoing relationship, rather than disconnected
conversations.
Users get a transparent view of application performance, reliability and
scalability. Extensive testing can be done before going into production. Users
can test multiple architectures, variables, components, and configurations
easily and independently. To proceed to deploy in the cloud, developers can
push the debugged test environment live in a few simple steps.
Application server are being expressed as software fur e-commerce companies
participate in the market. Application servers are used to support changes to
code, using a syntax in place of a programming language, making systems more
flexible. Automated process that is rigid is not supportive of competitive
advantage. SOA Web services are being used in application server systems to
permit flexible response to changing market conditions. Virtualization is
another aspect of application server systems driving markets.
Real time analysis of information is being used to position companies to
achieve competitive advantage. Application servers are a central aspect of the
BPM initiative, providing up to date information in a usable format. Companies
are implementing BPM solutions in the context of application server that
provides syntax to business users.
According to Susan Eustis, lead author of the study, �ginnovation drives
application server market growth in every industry, and innovation depends on
implementation of automated business process in every instance. Application
servers represent a way to give enterprises, small and mid size businesses a
market presence. Ecommerce is at the center of a globally integrated
enterprise.�h
IBM is able to leverage its application server market dominance to support
innovation, providing software that supports flexible response to changing
market conditions. Application servers are complemented by SOA to reach into
every industry and every segment of the economy via cloud computing. SOA
drives innovation for the very large enterprises. Mid range size companies and
very small organizations are adopting technologies similar to what the
enterprise use, creating automated process to replace manual process.
Application server markets at $2.3 billion in 2008 are expected to reach $4.3
billion by 2015. Retailers can manage e-commerce and service interactions over
the Web, e-mail, chat, and phone as one continuous, personalized relationship.
This expansion of application server capability vastly improves the reach of
e-commerce sites. The aim of e-commerce is to achieve an ever increasing
customer base, customer retention, improved customer services, and cross
selling. These new features facilitate that.
Research Methodology
WinterGreen Research authors use a structured, consistent, and detailed
research approach. The methodology supports an analytical approach to market
research. In depth comparisons are made of many aspects of the market. Data
relating to Industry segments is developed to permit presentation of forecasts
and market share positioned to have substantive value.
Research has been automated using automation of interactive surveys that
implement delta trend analysis and instant messaging in combination with
e-mail. Automation is made possible because of a proprietary engine that
implements multilayered cell based analysis. Modular systems support dynamic
computing that use a graphical configuration engine to reach more people in a
research modality.
Full spectrum research and information services, including market reports,
customized research, and customer interviewing are available, reports and
research are positioned to provide strategic value to industry participants,
strategic planners, and product managers.
New systems combine sales tools and independent industry analysis, seeking to
leverage the expertise of the sales force and combine it with the skepticism
of the analysts to provide accurate return on investment analysis.
Table of Contents
Application Server Executive Summary
- Application Server E-Mail, Chat, Phone for Personalized
- Web Reach
- SOA Business Integration Foundation Systems
- Application Servers Support Internet Channel
- Commercial Grade Application Server Market Shares
- Application Server Commercial Grade License,
- Maintenance, and Services Market Shares
- Application Server Market Forecasts
- Application Servers for E-Commerce And Service
- Interactions Over The Web
- IBM WebSphere
- IBMR WebSphereR Message Broker
- IBM WebSphere Consistent Model For Enterprise Application
- Oracle / BEA / Sun Synchronous Processes
1. Application Server Market Description and Market Dynamics
- 1.1 Application Server Virtual Hosting, Clustering, Fail-Over And Load
Balancing
- 1.2 Application Server Provides Competitive Advantage
- 1.3 SOA Reusable Software Components
- 1.3.1 SOA Community-Based Marketplaces
- 1.3.2 Components Aimed At Developer Base
- 1.4 Infrastructure Switch
- 1.5 Increasing Java Productivity
- 1.5.1 Increasing Developer Base
- 1.6 Application Server Platform Priorities
- 1.7 Consolidated Systems
- 1.8 Application Servers Manage Distributed Transactions
- 1.8.1 Application Server Transaction Management
- 1.8.2 Distributed Transactions
- 1.8.3 Distributed Processing Implemented As A Centralized System
- 1.8.4 Benchmarking Core Application Server Competitive Measure
- 1.8.5 Application Server Positioning
- 1.9 Disconnected Silos Of Applications
- 1.9.1 Mission Critical Functionality
- 1.9.2 Mainframe Environments Provide Improved ROI
- 1.10 Distributed Computing
- 1.11 Web-Based Systems
- 1.12 E-Business Platforms
- 1.12.1 Business Process Management Platforms
- 1.12.2 Business Process Use Of Application Servers
- 1.12.3 Effective Control Of E-Commerce Systems
- 1.12.4 Web-Based E-Commerce Systems
- 1.12.5 Common Platform For Applications
- 1.12.6 Scalability, Performance, And Reliability
- 1.13 Integrated Functionality
- 1.14 Modular, Application Server-Based Architecture
- 1.15 Application Server Solutions
- 1.15.1 Internet Customer Relationship Management Solutions
- 1.16 Professional Service Capabilities
- 1.16.1 Systems Integrators And Web Developers
- 1.16.2 Expanding Market Presence
- 1.17 Go To Market Strategies
- 1.17.1 Go To Market Partnering
- 1.17.2 Business Imperatives
- 1.18 Need For Speed And Simplicity Of Underlying Business Processes
- 1.18.1 Complexity: The Challenge
- 1.18.2 Order-To-Delivery Cycle
- 1.18.3 Advantages Of Application Servers
- 1.18.4 Centralized configuration
- 1.18.5 Security
- 1.18.6 Performance
- 1.18.7 Total Cost of Ownership (TCO)
- 1.18.8 Open Source Software
2. Application Server Market Shares and Market Forecasts
- 2.1 Application Server E-Mail, Chat, Phone for Personalized Web Reach
- 2.1.1 SOA Business Integration Foundation Systems
- 2.1.2 Application Servers Support Internet Channel
- 2.1.3 IBM Mainframe vs. Distributed Server ROI
- 2.1.4 Application Server Real Time Business Benefits
- 2.1.5 Application Server Market Driving Forces
- 2.1.6 Commercial Grade Application Server Segments
- 2.2 Commercial Grade Application Server Market Shares
- 2.2.1 Application Server License Market Shares, Dollars, 2008
- 2.2.2 Application Server Enterprise Commercial Source Market Shares,
Units, First Half 2009
- 2.2.1 Application Server Commercial Grade Maintenance and Services
Market Shares
- 2.2.2 Application Server Commercial Grade License, Maintenance, and
Services Market Shares
- 2.2.3 Application Server Commercial Grade Shipments and Installed Base
Per Processor License Market Shares, Units, 2008
- 2.2.4 IBM WebSphere
- 2.2.5 IBMR WebSphereR Message Broker
- 2.2.6 IBM WebSphere Consistent Model For Enterprise Application
- 2.2.7 IBM Adapter Framework Based On Open Standards
- 2.2.8 IBM Cognos Business Intelligence
- 2.2.9 IBM WebSphere MQ and WebSphere MQ Broker
- 2.2.10 Oracle / BEA Synchronous Processes
- 2.2.11 Oracle / BEA WebLogicR Integration Oracle SOA Application
Integration Architecture
- 2.2.12 Zeus
- 2.2.13 Adobe / Macromedia / ColdFusion
- 2.2.14 ATG
- 2.2.15 SAP
- 2.3 Application Server Market Forecasts
- 2.3.1 High End Application Server Market
- 2.3.2 Mid Range and Low End Application Server Virtualization Market
- 2.4 Open Source and Microsoft IIS Application Server
- 2.4.1 Open Systems and Microsoft IIS Application Server License Market
Shares, Dollars, 2008
- 2.4.2 Application Server Open Source and Microsoft IIS Market Shares
- 2.4.3 Red Hat
- 2.4.4 Microsoft and Novell
- 2.4.5 Apache
- 2.4.6 Open Source Software Market
- 2.4.7 Worldwide Application Server License Market Forecasts
- 2.4.8 Application Server Pricing Variations
- 2.5 Application Server Segment Analysis
- 2.6 Application Server Regional Analysis
- 2.7 Internet Driving Forces
- 2.8 Application Server Positioning
- 2.8.1 Reliability
- 2.8.2 High Availability
- 2.8.3 Performance
- 2.8.4 Scalability
- 2.8.5 Flexibility
- 2.8.6 Productivity
- 2.8.7 Operability
- 2.8.8 Maintainability
- 2.8.9 Security
- 2.8.10 Complexity Of Integrating
- 2.9 Analysis of Mainframe vs. Distributed ROI for Single E Application
- 2.10 Application Servers Support High Availability Systems
- 2.10.1 Application Server Primary Functions
3. Application Server Product Description
- 3.1 Cloud Computing
- 3.2 IBM WebSphere Application Server
- 3.2.1 IBM WebSphere Application Server Feature Pack for Web 2.0
- 3.2.2 IBM RationalR Application Developer for WebSphere
- 3.2.3 IBM WebSphere Investment Protection
- 3.2.4 IBM WebSphere MQ and WebSphere MQ Broker
- 3.2.5 IBM WebSphere Application Server Platforms Supported
- 3.2.6 IBM WebSphere Application Server - Express
- 3.2.7 IBM WebSphere Application Server for z/OS
- 3.2.8 IBM WebSphere Application Server Strategy
- 3.2.9 IBM Cognos Business Intelligence
- 3.2.10 IBM Cognos BI and Performance Management
- 3.2.11 IBM Midmarket IT Application Server Implementation Plans -
Emerging Technologies
- 3.3 Oracle / BEA / Sun Application Server
- 3.3.1 OracleBEA WebLogic Application Server
- 3.3.2 Oracle SOA Suite Oracle SOA Application Integration Architecture
- 3.3.3 Oracle / BEA WebLogicR Integration
- 3.3.4 OracleOracle BEA WebLogic Mobility Server™
- 3.3.5 Oracle BEA WebLogic Platform
- 3.3.6 Oracle BEA WebLogicR Real Time
- 3.3.7 Oracle BEA WebLogic RFID Edge Server™ 3.0
- 3.3.8 Oracle BEA WebLogic RFID Enterprise Server™ 2.0
- 3.3.9 Oracle BEA WebLogic Server 10.0 MP1 Virtual Edition V1.2
- 3.3.10 BlueDragon, BEA WebLogicR Edition 6.2.1 Documentation
- 3.3.11 Oracle BEA AquaLogicR SOA Management 2.6
- 3.3.12 Oracle
- 3.3.13 Oracle Enterprise-Class Java EE Application Server and
Cornerstone for Application Grid
- 3.3.14 Oracle SOA
- 3.3.15 Oracle Sun GlassFish Enterprise Server
- 3.3.16 Oracle Sun GlassFish JavaServer Technology
- 3.3.17 Oracle Sun GlassFish Web Services
- 3.3.18 Oracle Sun GlassFish Enterprise Server
- 3.3.19 Oracle BEA TuxedoR
- 3.3.20 Oracle BEA SALT
- 3.3.21 Oracle Data Type Mapping and Message Conversion
- 3.3.22 Oracle BEA SALT Asynchronous and Reliable Messaging
- 3.3.23 Oracle BEA SALT Security
- 3.3.24 Oracle Invoking Web Services from Tuxedo Applications
- 3.3.25 Oracle BEA TSAM™
- 3.3.26 Oracle BEA TSAM Architecture
- 3.3.27 Oracle BEA Call Path Monitoring and Analysis
- 3.3.28 Oracle BEA Transaction Monitoring
- 3.3.29 Oracle BEA TSAM Event Alerts
- 3.4 SAP NetWeaver
- 3.4.1 SAP NetWeaver Master Data Management
- 3.4.2 SAP NetWeaver Components And Tools
- 3.4.3 SAP Netweaver and IBM Message Broker
- 3.4.4 IBMR WebSphereR Message Broker Permits SAP Events Exposed As Web
Services Using The SOAP Nodes And SAP Request Nodes
- 3.4.5 IBMR WebSphereR Message Broker Combining File-Based And Online
Processing
- 3.5 Fujitsu Interstage Application Server
- 3.5.1 Fujitsu Interstage Visualize, Optimize & Govern Business Operations
- 3.6 Adobe / Macromedia / ColdFusion
- 3.6.1 Adobe ColdFusion Server Monitor
- 3.6.2 Adobe ColdFusion.NET integration
- 3.6.3 Adobe ColdFusion Microsoft Exchange Server Integration
- 3.6.4 Adobe ColdFusion Flex Integration
- 3.6.5 AppSwing' s AppServer
- 3.7 Micro Focus
- 3.7.1 High Availability and Scalability of Micro Focus AppServer™
- 3.8 Hitachi
- 3.8.1 Hitachi Cosminexus : Lineup of Cosminexus Family Products And
Related Solution Products
- 3.8.2 Hitachi Hub&Spoke Information Integration
- 3.8.3 Hitachi uCosminexus Application Server
- 3.9 NEC
- 3.9.1 NEC WebOTX Application Server
- 3.9.2 NEC WebOTX Application Server Complete Support for Open
Technologies
- 3.9.3 NEC Distributed Object Technologies
- 3.9.4 NEC Web Services
- 3.9.5 NEC Security Technologies
- 3.9.6 WebOTX Application Server Incorporating OLTP Technology
- 3.9.7 NEC WebOTX High Performance Application Execution Environment
- 3.9.8 NEC WebOTX Connector Products
- 3.10 Art Technology Group
- 3.11 Art Technology Group Application Server
- 3.11.1 Art Technology Group ATG Self Service
- 3.11.2 ATG Content Management Administration
- 3.12 ATG Merchandising / Searchandising:
- 3.13 ATG Outreach Marketing Campaign Management:
- 3.13.1 ATG Business Analytics and Customer Intelligence
- 3.14 ATG Campaign Optimizer Multivariate Testing:
- 3.14.1 ATG Integrated Customer Commerce Service Center
- 3.14.2 ATG Knowledge/Incident Management
- 3.14.3 ATG Commerce Suite Platform: Adaptive Scenario
- 3.14.4 ATG Commerce OnDemand
- 3.14.5 ATG Commerce OnDemand E-Commerce Business Benefits
- 3.14.6 ATG Commerce OnDemand E-Commerce Infrastructure, Hosting
Facilities
- 3.14.7 ATG Permits Business Users To React Quickly
- 3.14.8 ATG Application Server Industry Positioning
- 3.14.9 ATG Retail Application Server Challenges
- 3.14.10 ATG Retail Application Server Approach
- 3.14.11 ATG for the Media and Entertainment Industry
- 3.14.12 ATG for the Telecommunications Industry
- 3.15 Workday / Cape Clear
- 3.15.1 Workday Software-as-a-Service (SaaS)
- 3.15.2 Workday Support for Shift to SaaS
- 3.15.3 Workday Integration on Demand
- 3.16 Fiorano
- 3.17 FusionWare
- 3.17.1 FusionWare Integration Server
- 3.17.2 FusionWare Designer
- 3.17.3 FusionWare Server
- 3.17.4 FusionWare Administrator
- 3.18 Progress Software / IONA/ High-performance CORBA
- 3.18.1 Progress Software Orbix
- 3.18.2 Orbix Mainframe
- 3.19 PolarLake
- 3.20 PolarLake Financial Services Integration Suite
- 3.20.1 PolarLake Financial Standards Products
- 3.21 Microsoft IIS Application Server
- 3.21.1 Microsoft Windows Web Application Gallery
- 3.21.2 Microsoft Web App Gallery Applications
- 3.21.3 Microsoft IIS Integrated Pipeline
- 3.21.4 Microsoft ASP.NET Technical Resources
- 3.22 Open Systems Application Server
- 3.23 Red Hat JBoss Enterprise Application Platform
- 3.23.1 Red Hat JBoss Management Enterprise Middleware
- 3.23.2 JBoss Enterprise Application Platform
- 3.23.3 Red Hat Management for JBoss Enterprise Middleware
- 3.23.4 Red Hat JBoss Enterprise BRMS Business Rules Management System
- 3.23.5 Red Hat JBoss Business Rules Engine
- 3.23.6 Red Hat JBoss Rules Authoring
- 3.23.7 Red Hat JBoss Rules Management
- 3.23.8 Red Hat JBoss Enterprise Portal Platform
- 3.23.9 RedHat JBoss Enterprise Platform Benefits
- 3.23.10 Red Hat JBoss Enterprise SOA Platform
- 3.24 Red Hat JBoss SOA Cost of Ownership
- 3.24.1 Red Hat JBoss MetaMatrix
- 3.24.2 Red Hat JBoss Hibernate
- 3.24.3 Red Hat JBoss jBPM
- 3.24.4 Red Hat JBoss jBPM Flexible, Scalable Process Engine
- 3.25 Novell SUSE Linux Enterprise Server
- 3.25.1 Novell SUSE JBoss Enterprise Middleware
- 3.25.2 Novell JBoss
- 3.25.3 Novell SUSE JBoss Recommended by Microsoft
- 3.25.4 Novell Working With IBM
- 3.25.5 Novell SUSE Linux on IBM System z™
- 3.25.6 SUSE UNIX Enterprise Server
- 3.25.7 Novell JBoss Enterprise Middleware
- 3.26 Novell / Silverstream
- 3.26.1 Novell SUSE Dynamic Storage Technology
- 3.26.2 Oracle Sun GlassFish Enterprise Server
- 3.26.3 Oracle Sun GlassFish JavaServer Technology
- 3.26.4 Oracle Sun GlassFish Web Services
- 3.26.5 Oracle Sun GlassFish Enterprise Server
- 3.27 Zeus Technology GlassFish Application Server
- 3.27.1 Zeus Technology Highly Scalable Web Applications in GoGrid' s Cloud
- 3.27.2 Zeus Technology Sun GlassFish Enterprise Server Application
Delivery Software
4. Application Server Strategy, Technology, And Industry Specific Applications
- 4.1 Application Server Strategy
- 4.1.1 Application Server Positioning
- 4.1.2 B2B Commerce Technology As A Working Reality
- 4.1.3 Integration Application Server
- 4.1.4 Application Server Strategy
- 4.1.5 Communities Of Partners
- 4.2 Application Server Industry Positioning
- 4.3 IBM Strategy
- 4.3.1 IBM WebSphere Application Development Targets Ordinary People
- 4.3.2 Common Development Environment Across Windows And Linux
- 4.3.3 IBM WebSphere Grid Supports
- 4.3.4 IBM Partner Strategy
- 4.3.5 IBM Application Server Bundling
- 4.4 Benefits Of The Open Source Development Model
- 4.4.1 Open Source Foundation
- 4.5 Microsoft Strategy
- 4.6 Oracle Strategy
- 4.6.1 Oracle' s Commitment to Java Developers
- 4.7 Application Server Technology
- 4.7.1 Java Application Server
- 4.7.2 Java and J2EE
- 4.7.3 EJB Clustering
- 4.7.4 EJB Caching
- 4.7.5 Back-End Layer
- 4.7.6 Relational Database Access
- 4.7.7 Web Services
- 4.7.8 Web Service Applications Composed Of Servlets And EJBs
- 4.7.9 WS-Security
- 4.7.10 Open Standards
- 4.7.11 Reliable Web Services Solutions
- 4.7.12 Enterprise Javans (EJBs)
- 4.7.13 Autonomic Computing Technologies
- 4.7.14 Grid Protocol Topology
- 4.7.15 Open Grid Services Architecture (OGSA)
- 4.7.16 Eclipse Open-Source Tools Framework
- 4.8 Transaction Automation
- 4.8.1 Asynchronous Communications Dominate
- 4.9 Stateless Session n
- 4.10 Cluster
- 4.11 Location Transparency
- 4.12 Smart Proxy
- 4.13 Load Balancing
- 4.14 Process-Entity Design Pattern
- 4.15 Command Objects / Control Flow
- 4.16 Authorization Checks
- 4.17 Delegation
- 4.18 Collaborative Filtering
- 4.19 Site Analysis
- 4.20 Portals
- 4.21 Application Server Industry Specific Applications
- 4.21.1 Packaged Applications
- 4.21.2 Real-Time Processing
5. Application Server Company Profiles
- 5.1 Adobe
- 5.2 Art Technology Group
- 5.2.1 Art Technology Group Revenue
- 5.2.2 ATG Application Server Strategic Positioning
- 5.2.3 ATG Application Server Business Benefits
- 5.2.4 ATG Leadership
- 5.2.5 ATG Retail Application Server
- 5.2.6 ATG Business
- 5.2.7 ATG Strategic Alliances
- 5.2.8 ATG CleverSet Acquisition
- 5.2.9 ATG eStara Acquisition
- 5.3 Fujitsu
- 5.3.1 Fujitsu OSS/NOS
- 5.3.2 Fujitsu SOA
- 5.3.3 Fujitsu CentraSite SOA Governance
- 5.4 Hewlett Packard (HP)
- 5.4.1 Hewlett Packard (HP) SOA
- 5.4.2 Hewlett Packard (HP) SOA Solutions
- 5.4.3 Hewlett Packard (HP) SOA Systinet Governance
- 5.4.4 HP Products and Services Segments
- 5.4.5 Hewlett-Packard Technology Solutions Group
- 5.4.6 Hewlett-Packard Enterprise Storage and Servers
- 5.4.7 Hewlett-Packard Industry Standard Servers
- 5.4.8 Hewlett-Packard Business Critical Systems
- 5.4.9 Hewlett Packard Halo Telepresence Customers
- 5.4.10 HP and Marriott
- 5.4.11 HP and Tandberg
- 5.4.12 Hewlett Packard Computer Industry Market Participant
- 5.4.13 Hewlett Packard Global Provider Of Products
- 5.4.14 HP Products and Services: Segment Information
- 5.4.15 Hewlett Packard Technology Solutions Group
- 5.4.16 Hewlett Packard Enterprise Storage and Servers
- 5.4.17 HP and Tower Software
- 5.4.18 Hewlett Packard Tower Software TRIM Context
- 5.4.19 Hewlett Packard Scalable Computing & Infrastructure Organization
(SCI)
- 5.4.20 HP Data Center Compute Services Transformation
- 5.5 Host Bridge Technology
- 5.6 IBM
- 5.6.1 IBM Business Partnering Strategy
- 5.6.2 IBM Strategic Priorities
- 5.6.3 IBM BPM Powered By Smart SOA
- 5.6.4 IBM Delivers Integration and Innovation to Clients
- 5.6.5 IBM Business Model
- 5.6.6 IBM Unified Communications In The Cloud Architecture
- 5.6.7 IBM LotusLive Cloud-Based Portfolio Of Social Networking And
Collaboration Services
- 5.6.8 IBM Revenue
- 5.6.9 IBM Q1 2009 Revenue
- 5.6.10 IBM Q2 2009 Revenue
- 5.6.11 IBM Software Capabilities
- 5.6.12 IBM Systems and Technology Capabilities
- 5.6.13 IBM Worldwide Organizations
- 5.6.14 IBM Security
- 5.7 Microsoft Corporation
- 5.7.1 Microsoft Azure Services Platform
- 5.7.2 Microsoft Windows Azure
- 5.7.3 Microsoft Live Services
- 5.7.4 Microsoft SQL Services
- 5.7.5 Microsoft .NET Services
- 5.7.6 MicrosoftR SharePointR Services & DynamicsR CRM Services
- 5.7.7 Microsoft Revenue Nine Months 2009
- 5.7.8 Microsoft Revenue
- 5.7.9 Microsoft Segment Revenue
- 5.7.10 Microsoft Server and Tools Revenue
- 5.7.11 Microsoft Online Services Business Revenue
- 5.7.12 Microsoft Business Division Revenue
- 5.7.13 Microsoft Entertainment and Devices Division
- 5.7.14 Microsoft Competition
- 5.7.15 Microsoft Security Vulnerabilities
- 5.7.16 Microsoft Client Segment
- 5.7.17 Microsoft Segments
- 5.7.18 Open Text Livelink ECM Integration Microsoft Office SharePoint
Server
- 5.7.19 Microsoft Multinational Computer Technology
- 5.7.20 Selected Microsoft Partners
- 5.7.21 Microsoft Financials
- 5.7.22 Microsoft Software Products
- 5.8 Oracle
- 5.8.1 Oracle Software Strategy
- 5.8.2 Oracle Software Business
- 5.8.3 Oracle Competition In The Software Business
- 5.8.4 Oracle Software License Updates and Product Support
- 5.8.5 Oracle Software Description
- 5.8.6 Oracle / BEA Systems
- 5.8.7 Oracle Software Revenue by Region
- 5.8.8 Oracle Corporate Strategy Active Acquisition Program
- 5.8.9 Oracle / Sun Microsystems
- 5.9 PolarLake
- 5.10 Progress Software
- 5.10.1 Progress Software Services Oriented Architecture Products
- 5.10.2 Progress Application Platform Products
- 5.10.3 Progress Software Data Infrastructure Products
- 5.10.4 Progress Software Customers
- 5.10.5 Progress Software / DataDirect Technologies
- 5.10.6 Progress Software Regional Revenue
- 5.10.7 Progress Software 2009 Second Quarter Revenue
- 5.11 Red Hat JBoss Enterprise SOA Platform
- 5.11.1 JBoss Enterprise SOA Platform Partners
- 5.12 Research In Motion (RIM)
- 5.13 SAP CRM
- 5.14 Workday
- 5.14.1 Workday / Cape Clear
- 5.14.2 Workday Customers
- 5.15 Zeus Technology, Ltd.
- 5.15.1 Zeus Technology Global Expansion Strategy
List of Tables and Figures
- Table ES-1
- SOA Leveraging Of Business Integration Systems
- Table ES-2
- Application Server Key Benefits
- Figure ES-3
- Worldwide Application Server License, Maintenance, and Services Market
Shares, Worldwide, First Half 2009
- Table ES-4
- Application Server Market Forecasts, Worldwide, Dollars, 2009-2015
- Table ES-5
- IBM WebSphere Application Server Functions
- Table ES-6
- IBMR WebSphereR Message Broker Functions
- Table 1-1
- Application Server Features
- Table 1-2
- Java Based Application Server Functions
- Table 1-2 (Continued)
- Java Based Application Server Functions
- Table 1-3
- SOA Market-Ready Components Business
- Table 1-4
- Application Server Product Functions
- Table 1-5
- IT System Consolidation Aspects
- Table 1-5 (Continued)
- IT System Consolidation Aspects
- Table 1-6
- Benefits Of Distributed Computing
- Table 1-7
- Back End Functionality Support
- Table 1-8
- Application Server Mobile Worker Functionality Support
- Table 1-9
- Transaction Mission Critical System Requirements
- Table 1-10
- Transaction System Aspects
- Table 1-11
- Mainframe System Advantages
- Table 1-12
- Application Server Positioning
- Table 1-13
- Distributed Server Applications
- Table 1-14
- Types Of E-Commerce Transaction Requests
- Table 1-15
- Types Of Distributed Computer transactions
- Table 1-16
- Reasons Web Sites Gather Information About Users
- Table 1-17
- Benefits Of Business Process Management Products
- Table 1-17 (Continued)
- Benefits Of Business Process Management Products
- Table 1-18
- Effective Control Of E-Commerce Systems
- Table 1-18 (Continued)
- Effective Control Of E-Commerce Systems
- Table 1-19
- Modular, Application Server-Based Architecture Solutions
- Table 1-20
- Application Server Solutions
- Table 1-21
- Business Process Application Server Drivers
- Table 1-22
- Open Source Software As A Viable And Arguably Superior Alternative To
Traditional Proprietary Software
- Table 1-23
- Linux Operating System Platform Positioning
- Table 2-1
- SOA Leveraging Of Business Integration Systems
- Table 2-2
- Table 2-3
- Application Server Key Benefits
- Table 2-4
- Real Time Business Benefits
- Table 2-5
- Application Server Market Positioning
- Table 2-6
- Market Driving Forces for Applications Servers
- Table 2-7
- E-Commerce Target Markets
- Figure 2-8
- Application Server License Market Shares, Worldwide, Dollars, 2008
- Table 2-9
- Worldwide Application Server License Market Shares, Dollars, 2008, First
Half 2009
- Figure 2-10
- Application Server Market Forecasts, Worldwide, Units, 2009-2015
- Figure 2-11
- Application Server Maintenance and Services Market Shares, Worldwide,
Dollars, First Half 2009
- Table 2-12
- Worldwide Application Server Maintenance and Services Market Shares,
Dollars, 2008, First Half 2009
- Figure 2-13
- Worldwide Application Server License, Maintenance, and Services Market
Shares, Worldwide, First Half 2009
- Table 2-14
- Worldwide Application Server License, Maintenance, and Services Market
Shares, Dollars, 2008 and First Half 2009
- Table 2-15
- Mission Critical Application Server Shipped Unit Installed Base Market
Shares, Worldwide Per Processor, 2006
- Table 2-16
- IBM WebSphere Application Server Functions
- Table 2-16 (Continued)
- IBM WebSphere Application Server Functions
- Table 2-17
- IBMR WebSphereR Message Broker Functions
- Table 2-18
- Oracle / BEA WebLogic Integration Components
- Table 2-19
- Oracle / BEA SOA Application Integration Architecture Functions
- Table 2-20
- Application Server Market Forecasts, Worldwide, Dollars, 2009-2015
- Figure 2-21
- Application Server Market Forecasts, License, Maintenance, and Services,
Worldwide, Dollars, 2009-2015
- Table 2-22
- Application Server Market Forecasts, Segments Worldwide, Dollars,
2009-2015
- Figure 2-23
- Worldwide High End Application Server License and Services Market
Forecasts, Dollars, 2006-2012
- Figure 2-24
- Application Server Open Source and Microsoft IIS Installed Base Units,
Market Shares, Worldwide, 2008
- Figure 2-25
- Application Server Open Source and Microsoft IIS, Shipped Units,
Installed Base Units, Market Shares, Worldwide, 2008 and First Half 2009
- Table 2-26
- Microsoft and Novell Agreement Aspects
- Table 2-27
- Major Factors Affecting The Competitive Landscape For Open Source
Application Server Products
- Figure 2-28
- Top Web Sites Across All Domains August 1995 - July 2009
- Figure 2-29
- Market Share for Top Servers Across All Domains August 1995 - July 2009
- Figure 2-30
- Totals for Top Developers Across All Domains June 2000 - - July 2009
- Figure 2-31
- Worldwide Application Server Market Segments, First Half 2009
- Table 2-32
- Application Sever Middleware Market Segments, 2008 and First Half 2009
- Figure 2-33
- Regional Application Server Market Segments, Dollars, First Half 2009
- Table 2-34
- Application Server Regional Market Shares, Dollars, First Half 2009
- Table 2-35
- Enterprise Messaging Integration Functions
- Table 2-36
- Application Server Core Technologies
- Table 2-36 (Continued)
- Application Server Core Technologies
- Table 2-37
- Application Server Primary Functions
- Table 3-1
- IBM WebSphere Application Server Functions
- Table 3-2
- IBM WebSphere Application Server Features
- Table 3-3
- IBM WebSphere Application Server Benefits
- Table 3-4
- IBM WebSphere Security Domain Functions
- Table 3-5
- IBM WebSphere Application Server for z/OS Functiions
- Table 3-6
- IBM WebSphere Application Server for z/OS Features And Benefits
- Table 3-7
- BEA WebLogic, Tuxedo, and AquaLogic Products
- Table 3-7 (Continued)
- BEA Weblogic, Tuxedo, And Aqualogic Products BEA WebLogic RFID Edge
Server
- Table 3-7 (Continued)
- BEA WebLogic, Tuxedo, and AquaLogic Products
- Table 3-8
- Oracle SOA Suite Benefits
- Table 3-9
- Oracle / BEA SOA Application Integration Architecture Functions
- Table 3-10
- Oracle / BEA WebLogic Integration Components
- Table 3-11
- Oracle WebLogic Application Server Benefits
- Table 3-12
- Oracle Enterprise-Class Java EE Application Server Benefits
- Table 3-13
- Table 3-14
- Oracle BEA SALT Web Services Benefits
- Figure 3-15
- Oracle BEA SALT Gateway Architecture in Tuxedo Framework
- Table 3-16
- Oracle BEA SALT Tuxedo Features
- Table 3-17
- Table 3-18
- Oracle BEA SALT uses the Tuxedo Security Framework
- Figure 3-19
- Oracle BEA Exposing Tuxedo Services as Inbound Web Services
- Figure 3 20
- Invoking Web Services from Outbound Tuxedo Applications
- Table 3-21
- BEA TSAM (Tuxedo System and Application Monitor Functions
- Figure 3-22
- Table 3-23
- BEA TSAM Software Components
- Table 3-24
- Oracle BEA Transaction Monitoring TSAM Functions
- Table 3-25
- SAP NetWeaver Management Modules
- Table 3-26
- SAP NetWeaver Application Server Components
- Table 3-26 (Continued)
- SAP NetWeaver Application Server Components
- Table 3-27
- SAP NetWeaver Application Server Tools
- Table 3-28
- SAP NetWeaver Server Applications
- Figure 3-29
- SAP NetWeaver Synchronous SOA Management
- Table 3-30
- IBMR WebSphereR Message Broker SAP Netweaver Functions
- Table 3-31
- Fujitsu Interstage Application Server Key Functions
- Table 3-32
- Adobe ColdFusion Features
- Table 3-33
- Adobe ColdFusion Functions
- Figure 3-34
- Hitachi uCosminexus J2EE Application Server
- Table 3-35
- Hitachi Cosminexus Portal Framework Process Integration Adapters
- Table 3-36
- Hitachi uCosminexus Application Server Software Functions:
- Table 3-37
- Hitachi uCosminexus Application Server Data Conversion Functionality
- Figure 3-38
- NEC Capabilities For Web Transaction System Construction
- Figure 3-39
- NEC WebOTX Application Server Execution Environment
- Figure 3-40
- NEC WebOTX Application Server Components
- Table 3-41
- NEC Web Services Component Linkage Technologies
- Figure 3-42
- Table 3-43
- Problems Overcome by NEC WebOTX Application Server
- Table 3-44
- Table 3-45
- NEC WebOTX Application Server Features
- Figure 3-46
- NEC WebOTX Connector Products
- Table 3-47
- ATG a Product Suite Functions
- Table 3-48
- ATG E-Commerce Platform Suite Features:
- Table 3-49
- ATG E-Commerce Application Suite Features:
- Table 3-49 (Continued)
- ATG E-Commerce Application Suite Features:
- Table 3-50
- ATG E-Commerce Customer Care Team Support Features:
- Table 3-51
- Art Technology Group Application Server Key Features
- Table 3-52
- Art Technology Group Application Server Key Features
- Table 3-53
- ATG Content Administration Key Features
- Table 3-54
- ATG Merchandising Key Features
- Table 3-55
- Art Technology Group Application Server Commerce Suite Page Preview
- Table 3-56
- ATG Outreach Key Features
- Table 3-56 (Continued)
- ATG Outreach Key Features
- Table 3-57
- ATG Business Analytics and Customer Intelligence Key Features
- Table 3-58
- ATG Campaign Optimizer Multivariate Testing Key Features
- Table 3-59
- ATG Campaign Optimizer Multivariate Testing Key Parameters
- Table 3-60
- ATG Commerce Service Center Key Features
- Table 3-61
- ATG Commerce Service Center Key Features
- Table 3-62
- ATG Knowledge/Incident Management Key Features
- Table 3-63
- ATG Knowledge/Incident Management Key Features
- Table 3-64
- ATG platform e-commerce Business Benefits
- Table 3-65
- ATG Commerce Suite Platform Key Platform Features
- Table 3-66
- ATG Commerce Suite Platform Key Platform Features
- Table 3-67
- On demand commerce platform
- Table 3-68
- ATG Commerce OnDemand E-Commerce Web Hosting Key Features
- Table 3-69
- ATG Commerce OnDemand E-Commerce Account Management Functions
- Table 3-70
- ATG Commerce OnDemand E-Commerce Shopping Functions
- Table 3-71
- ATG Commerce OnDemand E-Commerce Checkout Functions
- Table 3-72
- ATG Commerce OnDemand E-Commerce Catalog, Order And Promotion Management
Functions
- Table 3-73
- ATG Commerce OnDemand E-Commerce Hosting Facility Key Features
- Table 3-74
- ATG Commerce OnDemand e-commerce Hosting Facilitiy Technology
- Table 3-75
- ATG Commerce OnDemand E-Commerce Hosting Facility Development Services
- Table 3-76
- ATG Commerce OnDemand E-Commerce Integration Services
- Table 3-77
- ATG Commerce OnDemand E-Commerce Operational Services
- Table 3-78
- ATG Commerce OnDemand E-Commerce Web hosting
- Figure 3-79
- ATG for the Telecommunications Challenges
- Table 3-80
- ATG Communication Service Provider Market Aspects
- Table 3-81
- ATG Communication Service Provider Challenges
- Table 3-82
- Table 3-83
- Workday Connections To On-Premise And On-Demand Solutions
- Table 3-84
- Workday Application Server Global Positioning
- Table 3-85
- Workday Application Server Currency Positioning
- Table 3-86
- Workday Application Server Company Structure Positioning
- Table 3-87
- FioranoMQR Integration With Integration Servers:
- Table 3-88
- Table 3-89
- FusionWare Integration Server key components:
- Figure 3-90
- FusionWare Integration Server Architecture
- Table 3-91
- FusionWare Designer Features
- Figure 3-92
- FusionWare Designer Generator and Wizard
- Table 3-93
- FusionWare Integration Server Functions
- Table 3-94
- FusionWare Administrator Functions
- Table 3-95
- Progress Software / IONA/ Orbix Features
- Table 3-96
- Progress Software IONA Enterprise CORBA Target Market
- Table 3-97
- Progress Software IONA enterprise CORBA Features
- Table 3-98
- Progress Software IONA enterprise CORBA Benefits
- Table 3-99
- Progress Software IONA enterprise CORBA Target Markets
- Table 3-100
- Progress Software IONA enterprise CORBA Orbix Features
- Figure 3-101
- PolarLake Registering Schemas
- Table 3-102
- PolarLake Functioning Applications
- Table 3-103
- PolarLake Financial Standards Products
- Table 3-104
- Windows Web Application Gallery Developer Principles
- Table 3-104 (Continued)
- Windows Web Application Gallery Developer Principles
- Table 3-108
- Microsoft Web App Gallery Applications
- Table 3-105
- Microsoft ASP.NET Components Integration Benefits
- Table 3-106
- Tasks Performed By Microsoft ASP.NET Applications:
- Table 3-107
- Table 3-108
- Red Hat JBoss Operation Network console Functions
- Table 3-109
- JBoss Enterprise Middleware Functions
- Table 3-110
- Red Hat JBoss Enterprise Application Features and Benefits
- Table 3-111
- Red Hat JBoss Operation Network console Management Controls
- Table 3-112
- RedHat JBoss Platform Benefits
- Table 3-113
- Red Hat JBoss SOA Benefits
- Table 3-114
- Red Hat JBoss MetaMatrixKey Components
- Table 3-115
- Red Hat JBoss MetaMatrix Features
- Table 3-116
- Novell SUSE JBoss Key Features
- Table 3-117
- Novell Linux on IBM System z Key Features
- Table 3-118
- Zeus Technology GlassFish Application Server Functions
- Table 3-119
- Zeus Technology ZXTM GlassFish Application Server Performance
- Table 4-1
- Aspects Of Application Server Technology
- Table 4-2
- Mainstream Application Servers Strategic Positioning
- Table 4-3
- Application Server Financial Institutions Positioning
- Table 4-4
- Application Server Government Positioning
- Table 4-5
- Application Server Media and Content Providers Positioning
- Table 4-6
- Application Server News and Entertainment Portals Positioning
- Table 4-7
- Application Server Online Retailers Positioning
- Table 4-8
- Application Server ISPs, Telcos and Hosters Positioning
- Table 4-9
- Application Server Utility Companies Positioning
- Table 4-10
- Application Server Application Service Providers Positioning
- Table 4-11
- Application Server Internal Systems Positioning
- Table 4-12
- Application Server E-Learning Positioning
- Table 4-13
- Application Server Systems Integrators Positioning
- Table 4-14
- People Needing Tools To Implement Web Systems
- Table 4-15
- Application Server Underlying Infrastructure Services
- Table 4-16
- Major Types Of Enterprise Events
- Table 4-16 (Continued)
- Major Types Of Enterprise Events
- Table 4-17
- Table 4-17 (Continued)
- Table 4-18
- Table 4-18 (Continued)
- Table 4-19
- Distributed Transaction Functions
- Table 4-19 (Continued)
- Distributed Transaction Functions
- Table 4-20
- Table 4-21
- Table 4-22
- B2B Application Server Quantifiable Business Benefit
- Table 4-23
- Trading Exchange Positioning
- Table 4-24
- Integrated e-Market Benefits
- Table 5-1
- ATG Application Server Business Benefits
- Table 5-2
- ATG Application Server IT Benefits
- Table 5-3
- ATG Application Server Cost Reduction Benefits
- Table 5-4
- ATG Primary Sources Of Competition
- Table 5-5
- Fujitsu CentraSite SOA Product Suite Features
- Table 5-6
- Fujitsu CentraSite SOA Management Information
- Table 5-7
- Hewlett Packard Product and Services Positioning
- Table 5-8
- Hewlett Packard Global Positioning
- Table 5-9
- Hewlett Packard Tower Software Global, Vertical Markets
- Table 5-10
- Hewlett Packard Tower Software Global, Reducing Risk During Litigation
- Table 5-11
- Hewlett Packard Tower Software Microsoft OfficeR Documents
- Table 5-12
- Hewlett Packard Tower TRIM Context Features Overview
- Table 5-13
- HostBridge CICS Integration Functions
- Figure 5-14
- IBM SMB Partner Go to Market Approach
- Table 5-15
- Table 5-16
- Microsoft Response to Security Vulnerabilities
- Table 5-17
- PolarLake Financial Services Specific To Integration Applications
- Table 5-18
- Progress Software Services Oriented Architecture Features
- Table 5-18 (Continued)
- Progress Software Services Oriented Architecture Features
- Table 5-19
- Progress Software Application Platform Product Features
- Table 5-19 (Continued)
- Progress Software Application Platform Product Features
- Table 5-20
- Progress Software DataXtend Data Infrastructure Products
- Table 5-21
- Progress Software DataDirect Data Infrastructure Products
- Table 5-22
- JBoss Enterprise SOA Platform Functions
- Table 5-23
- Red Hat' s JBoss Enterprise SOA Platform Positioning
- Table 5-24
- Workday Enterprise Business Services
- Table 5-25
- Workday Enterprise Business Services Functions
- Table 5-26
- Workday Software-as-a-Service (SaaS) Enterprise Business Services
Positioning
- Table 5-27
- Workday Integration On Demand Functions
- Table 5-27 (Continued)
- Workday Integration On Demand Functions
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