Enterprise Implementation With Sa And Tau
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Enterprise Implementation With Sa And Tau

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Enterprise Implementation With Sa And Tau Presentation Transcript

  • 1. Enterprise Implementation System Architect and Tau working together
  • 2. The Workflow Driven Environment Develop enterprise architecture Analyze & optimize business strategies Deploy & maintain Design services & applications Business requirements User requirements System requirements Trace and analyze relationships
  • 3. Defense Workflow Develop defense architecture Analyze & optimize operations strategies Deploy & maintain Design services & applications Program requirements Project requirements System requirements Trace and analyze relationships
  • 4. The IBM Solution Develop enterprise architecture Analyze & optimize business strategies Deploy & maintain Design services & applications Business requirements User requirements System requirements Trace and analyze relationships System Architect Tau DOORS Common Repository
  • 5. Telelogic Tau ® - Model-Driven Development for Complex IT
    • Capabilities
    • Develop systems and applications using UML 2.1, SysML, MDA, SOA, and DoDAF
    • Prove systems design by simulating and testing as you develop
    • Provide requirements-driven round-trip code support for Java, C++, C#, C
    • Benefits
    • Deliver on time and on budget by finding design errors as they occur
    • Satisfy regulatory requirements by maintaining complete audit and development trails
    • Keep large, diverse teams in sync with powerful collaboration features
    “ Tau enables our architects, systems engineers, and software developers to improve the development process. We can use a single tool for analysis, design, and auto code generation . ” - Nigel Bartlett, Director of Wireless Communications Software, Hughes Network Systems
  • 6. Tau Vision
    • Model-Driven SOA
      • Leverage global resources
      • Streamline infrastructure
    • Large, complex, and distributed systems
      • Developed by large, distributed teams
    • Application design and development
      • Information systems and software
      • Loosely-coupled and real-time
  • 7. Tau for Model-Driven SOA
    • Satisfy business requirements
      • Design applications that directly tie to the business plan
    • Tame complexity
      • Visually analyse, design and assemble service architectures
      • Provide a single SOA repository
    • Gain understanding
      • Visualize and import code, WSDL, XSD…
    • Adapt legacy services
      • Apply round-trip engineering
      • Generate WSDL and XSD
    • Ensure correctness
      • Simulate and test your logic before any code is written!!
    • Enable reuse
      • Keep designs abstract to extend their life
  • 8. Enterprise Architecture through Implementation System Architect  Tau
    • Bi-directional modeling link between business and IT
      • Common UML 2.1 support across both products
      • Shared repository enables Tau and System Architect users to read/write/visualize from either environment with no data loss
      • Predefined mappings automate the conversion of models, frameworks and formats between different users
    • Seamless workflow :
      • Enterprise architecture  business process analysis  application modeling and development
      • Defense architecture  operations planning  systems and software modeling and development
    • Share models and data across the organization without forced expertise in other modeling domains
    • Maintain complete traceability through full DOORS integration
  • 9. Enterprise Workflow
  • 10.
    • Model the key domains and their relationships:
      • Business, Strategy, Applications, Infrastructure, Data
    • Relate to the overall service infrastructure and its elements
    Modeling the Enterprise Architecture Network Concept Diagram Application Architecture Business Process Diagram Enterprise Direction Diagram Service Collaboration Diagram
  • 11. Business Analysis & Planning
    • Map business objectives and goals
      • establish scope
    • Understand the existing business in terms of:
      • people
      • processes
      • applications
      • information
      • services
    • Plan changes in line with objectives and goals
      • roadmaps
    • Develop and maintain business architecture
    Business Services Deployment Platform Enterprise Architecture guidance accountability Design services Implement services Integrate services Test services Scope business Analyze organization Identify services Plan roadmaps
  • 12. Deployment Analysis
    • Provide the enterprise view of the project
      • Show how business operates today
      • Explore how new services are going to fit into the organization
      • Perform impact analysis on removal or change of existing services
    • Business and IT can see the service plan for any implementation
      • Identify candidates for reuse
      • Perform analysis to determine characteristics of desired future state architectures
  • 13. Project Architecture Analysis and Design
    • Start from the business needs from System Architect
      • Capture understanding of the overall purpose for development
    • Visualize the significant participants and their use cases
    • Determine what is involved in meeting their needs
    • Simulate and test as a whole
    • Maintain full traceability
  • 14. Systems & Application Development
    • Analyze the model to determine overall impact
    • Split the project up into manageable components
      • Treat each component as a standalone model
    • Simulate and test to verify that each component is correct
    • Recombine components in real-time
    • Extract documents and reports from the model
      • Can be updated automatically by extracting the information again
  • 15. Software Development
    • Analyze to determine missing application components
      • Buy or make?
    • Extract design data to define component architecture
    • Add platform details for deployment
    • Round-trip engineer deployable software
      • Integrate with Eclipse and Visual Studio IDEs
      • Java, C# or C++ source code
      • WSDL and XSD interfaces
      • J2EE, Java EE 5, Java SE 6, .NET platforms
  • 16. Encouraging Reuse
    • Reuse brings major advantages
      • Reduces effort
      • Reduces risk – zero impact on quality
      • Speeds delivery
    • Re-use existing information in the IT landscape
      • Import existing services (WSDL, XSD, source code)
      • Import other data (XML, XMI, CSV, libraries,…)
    • Reuse within the service Architecture
      • Search for existing services (harvesting)
      • Design new services with reuse in mind
  • 17. Collaboration
    • Divide and govern large projects
      • Logically separate project models
      • Develop and deliver specifications and interface information (WSDL, XSD, XML…)
      • Powerful compare/merge
    • Speak the same language
      • Common basis for specifying and enforcing compliance
      • Gain acceptance at each stage through shared models
    • Keep teams fully accountable
      • Traceability ensures accurate reporting
      • Prove designs against the original requirements
  • 18. Round Trip Traceability - The Audit Trail business requirements user requirements system requirements business processes service design
  • 19. Summary
    • System Architect and Tau enable you to Implement your Enterprise Architecture
      • Visually analyse, design and assemble service architectures as part of an enterprise strategy
      • Provide a single SOA repository
      • Simulate and test your logic before any code is written!!
      • Promote reuse
      • Ensure correctness
      • Extend design life by keeping it abstract
      • Visualize, import and generate WSDL and XSD
      • Adapt legacy services
      • Design new services as needed
  • 20. Thank You & Questions