SOA DESCRIPTION

o This two-day course provides a solid grounding in the fundamental principles of Service-oriented architecture (SOA).
o Service-oriented architecture (SOA) enables IT organizations to better align themselves with the business by more quickly and cost-effectively delivering and modifying applications and services that address new and changing business requirements.
o Service-oriented architecture (SOA) is a design methodology aimed at maximizing the reuse of application-neutral services to increase IT adaptability and efficiency While these concepts have existed for decades, the adoption of SOA is accelerating due to the emergence of standards-based integration technologies like Web services and XML Within these pages you will gain practical knowledge on how to leverage today's technology to implement SOA.

o Upon successful completion of this course will enable participants to:
o Explore the basic concepts related to SOA-based applications
o Understand the basic concepts of the SOA approach, common misconceptions about the SOA approach, and fundamentals for successfully implementing an SOA approach.
o Understand the basics of a SOA and how it relates to technical, application, integration and enterprise
o Architectures.
o Understand how to implement an SOA infrastructure on the leading technologies and how to build services.
o Understand the issues that need to be addressed
o Explore the implications of SOA characteristics
o It addresses SOA development and challenges from the perspectives of the service developer, the application developer, and the infrastructure developer. List the challenges of implementing SOA-based systems, including the technical and organizational

o Definition of Service-oriented architecture (SOA)
o Designing Service Oriented Applications
o Service Oriented Integration: Standards, Technologies, and Best Practices
o Overview of IT Architecture

o Definition of a service
o Service-oriented integration
o SOA Governance
o Service-oriented Development
o SOA Security
o SOA Management Service Granularity
o Course Grained Business Level
o Fine Grained Operation Level
o Users
o Applications
o Workflow Services
o Business Services
o Component Services
o Enterprise Resources

o Defining key SOA concepts
o DCOM
o Object Request Brokers (ORBs) based on the CORBA
o Services
o Connections
o Enterprise service bus
o Message-oriented middleware (MOM)
o Publish-subscribe
o Identifying service characteristics
o Building services with Java EE and .NET

o The Need For Architecture
o Enterprise Architecture Concepts
o Architectural Principles
o SOA Concepts
o Services
o Coupling
o Mediation

o Data Centric and Client Server
o Web-Based and N-Tier
o Other Approaches and Technologies
o Implementing a Platform for SOA
o Technical Service Infrastructure
o Domain Infrastructure
o Using .NET
o Using J2EE

o Web Service Technologies Support SOA
o Beyond the Basics
o Semantic Integration
o Business Process Management
o The Advantages of an MDA Approach
o Benefits of MDA
o Modeling SOA Concepts
o Generating SOA Implementations

o Application Styles and Scope
o Intra-Enterprise Integration
o Multi-Enterprise Collaboration
o SOAs and Web Services
o Service-oriented interface (SOI)
o Beyond Web Services

o Key Components of SOA
o Service
o Directory service
o Message
o Dynamic Discovery
o Scalability of services
o Synchronous and asynchronous services
o Component services
o Data services
o Composite (business) services
o Conversational (workflow) services
o Publish-subscribe services
o Service brokers
o Exception handling and compensating services
o Service security
o Interception and extensibility
o Interoperability
o Requirements for Implementing SOA
o Common SOA patterns
o Synchronicity
o Component Services
o Composite (Business) Services
o Conversational (Workflow) Services
o Data Services
o Publish-Subscribe Services
o Service Brokers
o Exception Handling and Compensating Services
o Interception and Extensibility
o Interoperability
o Service Security

o Introduction to Service Implementation
o Component-based development architectural concepts
o Distribution tiers
o Functional layers
o Interface granularity
o Modularization
o Dependency management

o Service Modeling and Implementation
o Establishing the structure
o Creating new services
o Implementing the service interface
o Describing the service interface
o Creating description-first services
o Service-oriented component-based development
o Model Driven Architecture (MDA)
o Introduction to the real benefit of MDA in the context of an SOA
o Third Party Services
o Transition Process
o Transitioning to an SOA - processes and projects
o A sample transition plan for the IT organization

o Extending the service concept
o High-level languages: BPEL
o Specifications: WS-CDL and WS-Coordination
o Supporting orchestration of fine grained services into more coarse-grained business services
o workflows and business processes
o Interactions with choreography
o The use of Service Component Architecture (SCA) to implement SOA
o Service-Oriented Modeling Framework (SOMF)
o SOA, Web 2.0, and mashups
o Ajax, REST, Flash, or JavaFX user interfaces
o Web syndication, blogs, and wikis
o Service-oriented business applications (SOBAs)
o Mashups
o SOA 2.0 or Advanced SOA
o SOA 2.0 as "the next-generation version of SOA"
o Service-oriented architecture and Event Driven Architecture
o SOA Integration Strategies