Our Solution is the industry's leading Model-Driven Development environment based on UML 2.0 that allows full application generation for your embedded platform. Through our solution's MDA approach, you can rapidly target the platform independent application model to a real time embedded operating system in a manner of seconds. The product lends itself to an iterative design approach where your software can be constantly executed and validate on the host environment, then brought right down to the embedded target application, for target based testing.

Allowing software developers to develop software in the way they feel most comfortable is a basic philosophy of our solution. Code that is generated from the model is just another view of the model, which allows the developer to make changes at the model or source level and have either dynamically update. This dynamic model/code associativity gives you the flexibility to design at any level of granularity, and ensures your model and documentation is consistent with the code.

Software Development Enablers:
Generates complete applications in C/C++/ and Ada for 8/16/and 32 bit applications
Real-time framework to allow rapid retarget of code to a different RTOS or no RTOS at all
Design For Testability (DFT)
Model execution on host or target
Requirements based testing
Model based automatic test generation
Automatic and customizable document generation
Dynamic model/code associativity
Model based requirements capture and trace (SysML)
Global team collaboration
UML2.0/SysML compliant

Model Driven Development for System Engineers
Our solution is the industry's leading Model-Driven Development environment based on UML 2.0 and SysML to address the needs of systems engineers. With its powerful requirements management and industry standard notations to capture the design supported out of the box make it a first class solution for the systems engineering community.

Model-Driven Development (MDD) technology enables you to achieve unparalleled gains in productivity over traditional document driven approaches by enabling you to specify the system design and architecture graphically, simulate and automatically validate the system as you build it, and ultimately produce a quality systems specification that you can be sure is correct, non-ambiguous and completely satisfies original requirements.