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Artix 4.0. Think Big. Start Small. Scale Fast. IONA and Artix in 2005. Launched 3.0 Open Source Celtix Eclipse STP Thought leadership with JBI and SCA Artix Customers: 50+ Total Customers, 29 New Customers in 2005 Focus on Telecom Vertical Has Been Successful
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Artix 4.0 Think Big. Start Small. Scale Fast.
IONA and Artix in 2005 • Launched 3.0 • Open Source Celtix • Eclipse STP • Thought leadership with JBI and SCA • Artix Customers: • 50+ Total Customers, 29 New Customers in 2005 • Focus on Telecom Vertical Has Been Successful • Expanding Partner Ecosystem: • Satyam, Wipro, CSC, Bearing Point, Sun Microsystems, NEC, … • Artix Revenue Growth 120% Year Over Year • Artix is 20% of IONA’s Revenue and Growing
Today – Artix 4.0 • Artix Capabilities continuing to promote • Generate Greater ROI • Decrease Operating Costs • Streamline IT to Be More Responsive to Changing Business Needs • New Features • Service Orchestration • Reliable Messaging • Data Services • New Mainframe Capabilities Including Unified UI
“I invested significantly in software over the past 10 years and didn’t get my money’s worth. I require a greater ROI on my existing and future IT assets and investments” “I need to offer my clients and customers new products and services while driving down my annual IT operating costs” “I have to modernize and streamline my IT environments to make them more agile without ‘ripping out’ and replacing my existing mission critical systems” Customer Mandate:What Customers are Telling IONA
What is Artix, Why it can help • Artix is an ESB…. • So what? What's the difference? • Artix is: • Light weight • High performance • Extensible • How light weight is light weight? • How High Performance is High Performance? • How extensible is extensible?
Light, Fast, and Extensible • Less is More! • Memory usage as small as 20M-30M • 3x to 4x Faster • compared to EAI/J2EE Adapters • All features are plug-ins • Load only the features you need, buy only the features you need • Message Format • Routing • Transport • Transformation
Artix Runtime Plug-in Architecture/Multi-channel
But Why is distributed better than Hub? • EAI vendors promoted the hub approach for integration • Because it "looks" cleaner on paper • But if you think about it more, it does not make sense • Why did we get away from mainframe to network (and then internet) computing? • Why did we changed from client-server to P2P, grid computing • Answer: Distributed is more efficient, low cost then centralized computing
Still not convinced? • Michael Herr, IT Director of Deutsche Post, envisions SOA as "City Planning" • Let's look at a real world comparison between Hub vs. Distributed Architecture
City Planning, a real world example Paris Vancouver
Fully Distributed Approach Distributed & Standards-Based Approach Provides 3 Key Benefits. Artix is • Technology-Neutral • Use any messaging system or protocol • Employ best-of-breed solutions from different vendors • For Incremental SOA Adoption • Technical: Service-enable existing systems one at a time • Economic: Pay as you grow, buy just what you need when you need it • Dynamic & Adaptable • Change endpoint functionality in-place • Add features when they’re needed
Product Principles Address Customer Need Customer Mandate Lower IT Operating Costs Increase ROI Streamline & Modernize Fully Distributed Approach Technology-Neutral Incremental SOA Adoption Dynamic & Adaptable
Benefits Features Technology-Neutral Enables Incremental SOA Adoption Dynamic and Adaptable Orchestration BPEL-based orchestration at the endpoint Multi-protocol and multi-platform support Compose services from sub-services available on different platforms Ability to deploy at endpoints or as a lightweight intermediary eliminates need for centralized server BPEL meta data is easily changed Orchestration flows can be updated without code changes WS-ReliableMessaging Web Services Standard Reliable SOAP over HTTP Eliminate dependency on costly proprietary messaging Delivered as a plug-in when you need it. Automatically loaded based on WSDL configuration. Manipulate data sources, change queries easily from within Eclipse JMS Included Standard Java Messaging API Still able to use any JMS, independent of vendor JMS is one of many messaging systems supported Easy to adopt SOA without additional message system licenses No need for an existing messaging system Use JMS when needed – optional QoS independent of messaging system Data Services Eases secure access, integration, and exchange of existing enterprise data in an SOA environment. Use any protocol to query and update databases. Connect existing valuable data assets, even small, custom-built data stores, to your SOA without code. New Features in 4.0
Service Orchestration • What: One service from many
Service Orchestration = BPEL + Artix Integration • Who: discussing versioning or refactoring, code-free. Sometimes confused with BPM • Value: Reduces costs to assemble composite services (save 4 figures / service), eases repartitioning with BPM, decreases capacity requirements for hubs (save 6 figures) • End result: allows greater set of use cases to be end-point oriented with superior QoS; no coding
Reliable Messaging • What: Guaranteed message delivery
Reliable Messaging • Who: customers emphasizing loose coupling between endpoints • Value: eliminate license fees otherwise paid to IBM, Tibco, or Sonic (save 4-5 figures / CPU), saves additional administration costs (4 figures / CPU) • End result: Use built-in JMS or WS-RM to get away from relying on MOM's proprietary protocols ; • Things to note • JMS standardizes the API and the capabilities, not the wire protocol • WS-ReliableMessaging standardizes the wire protocol, not the API – we ship our own engine
Data Services • What: Present databases as services
Data Services • Cues: wants code-free solution for DB apps • Value: • Cost to develop, test, and maintain service enablement (4 figures/service) • Eliminates cost for database upgrades needed to get service enablement (save 4 - 5 figures / CPU) plus other costs and politics • End result: Make your most valuable data assets more accessible and useful; Visually define database connectivity without code
Web Services Management • What: Monitoring and Policy Enforcement for Web Services
Web Services Management • Cues: IT Governance and SLA concerns • Value: Eliminates cost to hand-tool SLA and address Compliance concerns • End result: Different levels of Management Strategy (next slide) • Things to Note: • We provide plugins for policy enforcement and basic management console • Partnering with AmberPoint (Nano Agent)
The Artix Management Story • Enterprise • Managing the Enterprise through Artix plug-ins that connect to BMC Patrol, Tivioli, HP OpenView • Web Services • SOA Management through Partnership with AmberPoint and support for CA-WSDM • Support forDeveloper • Eclipse Management Console for low level Lifecycle management of Artix Container and Services • JMX Instrumented Artix Services - interestingly JMX is being adopted by major EMS vendors
Artix 4.0 - new levels of QOS • Massive increases in Performance since 3.0 • Transport Neutrality with WS-Addressing • Connect SOAP, MQ, TUXEDO, JMS, CORBA together using W3C Standard • Required for WS-ReliableMessaging - also in 4.0 • Service Lifecycle and Performance Monitoring • Artix Management Console • JMX Instrumentation for Artix Services and Endpoints • Transaction Enhancements • designed to be compatible with a variety of different underlying transaction systems • FTPTransport • Major IT systems still rely on Batch Processing using FTP • Artix Security Advanced • hides the complexity of using 3rd party backend Security systems e.g. JAAS, RACF, TLS, HTTPS, Kerberos, Microsoft Active Directory
Improved Support for z/OS • Customers want to leverage their existing mainframe PL/I,CICSandIMS services, via SOAP/HTTP or SOAP/MQ • IONA has the expertise to service-enable mainframes in a secure and extensible way • Promotes use of mainframe assets as equal citizens in SOA and expands customer ability to take holistic view of SOA • Common tooling and no requirement to change existing applications
Commitment to Standards • Successfully demonstrated Artix at the Microsoft “Windows Communication Foundation” Interoperability Plug-Fest (March 2006) • Only vendor with working WS-AtomicTransactions • Completed the BEAValidationProgram, fully demonstrating the ability to inter-operate with BEA's Weblogic 9.0 and AquaLogic Service Bus 2.1. • Connects AquaLogic to CICS and IMS-based mainframe environments
Payload Format Support SOAP (with attachments) CORBA XML Fixed record length FML TibMsg Tagged Transport Support JMS and WS-RM included HTTP(S) IIOP(S) FTP Transport IBM® WebSphere MQ® TIBCO® RendezvousTM BEA TuxedoTM Feature Summary (Partial) • Enterprise Capabilities • BPEL orchestration • Data services • Routing • High availability failover • Transactions (WS-AT/C) • WS-Addressing support • Platform Interoperability • BEA WebLogicTM • IBM® WebSphere® • JBoss® • Microsoft .NET (server and client) • IONA Orbix • BEA TuxedoTM • IBM® CICS/IMS
IONA’s Open Source Strategy • Change the Market Dynamics • Drive the adoption of SOA projectsand Infrastructure • Create demand for our commercial offerings • Disrupt established competition • Partner with Established Leaders • Object Web – the leader in open source middleware • Eclipse Foundation – the leader in open source tooling • IONA will take a strategic role in both these communities
Open Source SOA Tools SOA Tools Platform Project (STP) is an open source tooling project, that will tool Artix / Celtix, the SOA System / Network … and the next generation of SOA infrastructure • IONA leads SOA tools platform project • STP unifies the vendors in the SOA market making it possible to have an eco-system of interoperable SOA services • IONA will be in the front and centre of the SOA System/ Network fabric among others…
SOA Tools Project Artix 4.0 Artix 4.0 Artix Plug Ins Artix Run Time Celtix Run Time The SOA Backplane Life Cycle Management Tools Development Tools Registry Policies Security Management Adapters Orchestration Routing/ Addressing Mediation/ Transformation Extensibility Framework Naming QOS Communication (SOAP, IIOP, JMS, MOM, RPC, ORB, TPM) = Minimal Features = Common Features = Advanced Features