This activity characteristically would
enable us to validate the hypothesis that we have made about a software product??™s capability and
its ability to operate flawlessly later on in a production environment. We are also being given
the opportunity to inspect key aspects of software behavior, examine the relationships between
software components, and even understand their internal and external structures. We are involved
in a software assessment process that validates the business and technological motivation behind
the construction of our tangible services.
To better understand the key characteristics of a future software product and its environment,
the assessment effort typically leads to a proof-of-concept, a smaller construction project
that concludes the service-oriented modeling initiative. This small-scale software executable, if
Furnishes Modeling
Disciplines that
Provide
Modeling Standards
Modeling Process
Modeling Best Practices Offers a
Language that
Provides
Is About
Behavior, Structure, and Relationship Inspection
Construction of a Virtual Computing World
Feasibility and Capability Analysis
Simulation
Motivation Assessment
Hypothesis Verification Service-Oriented
Modeling
Contributes
to
Alignment of Business and IT Organizations
Loosening Structure of Silo Organizations
Strategic and Tactical Organizational Solutions
Reduction of Time-to-Market
Software Asset Reusability Enhancement
Loosely-Coupled Computing Environment
Software Assets Consolidation
Expenditure Reduction
Simple Vocabulary and Taxonomy
Intuitive Syntax
Universal Terminology
EXHIBIT 1.
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