PathMATE transforms platform independent models to efficient, high-performance code. Directly supporting systems and software engineering with executable, platform-independent UML models, PathMATE brings the power and flexibility of architecture-focused model driven development to the engineering and deployment of complex high-performance, real-time embedded systems. 

A fundamentally open MDA model transformation and execution facility for embedded systems, PathMATE's foundation in Eclipse and basis on key OMG standards for model transformation and execution delivers the most capable and flexible technological environment. 

PathMATE is a capable and completely open transformation-based environment supporting a holistic, transformation-based approach to model-based systems and software engineering that generates high performance and ready to deploy C, C++ and Java code.

In addition to unmatched implementation performance, PathMATE also generates fully customizable project documentation and reports. PathMATE Transformation Maps support self-optimizing multitask/multiprocessor deployment to a wide range of target environments spanning Win32, POSIX, various UNIXs and popular RTOSs including AIX, Solaris, MCOS,Cygwin, Nucleus+, VxWorks, MQX, OSE.

When deployed within the context of architecture-focused model driven development PathMATE delivers strategic business benefits to customers, including two times faster systems development, 90% reduction in defects, dramatically reduced maintenance effort and implementation of new features, and reusability of components.

PathMATE is used every day by embedded developers working on high-performance and resource-constrained projects in defense, aerospace, medical, manufacturing, and other challenging industries.

As an IBM Advanced Business Partner with a staff field experience of nearly a century in deploying high performance systems with model-based transformation technology, a key to Pathfinder Solutions' success is its exclusive focus on model execution and transformation technology.