| The Integrated Model-Driven Development Environment from Requirements Management to Deployment |
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UML modeling powered by MDA automation: the key to success! Decision-makers in every industry are constantly looking for more and more cost reduction and time-to-market acceleration, and the software and system development industry is no exception to this rule. By taking advantage of the extensive use of both UML and MDA, the OMG’s standardized technologies, the Objecteering/UML integrated model-driven development environment allows you to make dramatic gains in productivity, quality and application reuse. While building your business model using UML, Objecteering/UML allows you to focus on your main strengths and automates all repetitive architecture and code generation tasks, through its integrated MDA automation. A highly intuitive tool, Objecteering/UML is aimed at Business Analysts, System Architects, Software Designers and Software Developers. Thanks to its unique UML Profile Builder, Objecteering/UML provides software teams with the ability to build their own UML profiles, which is the end-to-end solution to drive the development process using the MDA™approach. Efficient UML modeling using UML Requirements Objecteering/UML exclusively combines integrated requirements capturing and UML modeling facilities in a single tool. This allows you to:
Objecteering/UML maintains complete consistency and traceability between your requirements and the UML model, through its integrated repository. Increased productivity through MDA automation MDA (Model Driven Architecture) provides a model-driven development approach that addresses the whole life cycle and that automates applications production while maintaining independence between business models and technical platforms that make them function. Thanks to powerful MDA automation and Objecteering/UML, software development has never been so easy and productive:
MDA is the key to the success of software development. It helps construct platform-independent business models while separating platform-specific technical concerns. It makes intensive use of model transformation. |