orangeWARE
IS A GRAPHICAL MIDDLEWARE FOR THE DESIGN AND INTEGRATION OF COMPLEX IoT, CONNECTED VEHICLE, and V2X SYSTEMS AND PROCESSES.
It allows the analysis, validation, and optimization of complex distributed systems and processes across the entire development lifecycle.
orangeWARE graphically integrates complex, heterogeneous hardware-software systems
orangeWARE is an object oriented, graphical middleware for architecting and deploying complex distributed systems. Our UML based modeling tool allows seamless transition from simulation to Test & Evaluation (T&E) to deployment.
The software models implement virtualization through Automatic Code Generation (ACG) and DDS publish-subscribe technologies in order to abstract system level designs from platform and network dependencies, allowing system designers to minimize the need for low-level API programming.
Our time synchronization technology allows real-time and time sensitive systems to maintain a common time base. orangeWARE models may be implemented over hardware integrated timing and synchronization technologies such as IEEE 1588 and TSN.
How it Works
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1.
Conceptualize your Business Process and Workflow
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2.
Graphically Draw the Workflow in xSPEC
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3.
Autocode the workflow for your application infrastructure
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Our modeling and simulation solution is available as integrated tool as well as customized framework and due to its flexible and independent components which can be adapted to individual requirements, it can be easily integrated into existing IT environments. Thus xSPEC offers a unique mixture of performance and customizability.
With the component of an own simulation system our customers receive a fully integrated solution completely from a single source. Consultancy, modeling and embedded simulation will fit together seamlessly.
MAin Features
Extremely high-performing (parallel) discrete event simulator
Highly modular architecture
Modern, intuitive graphical modeling and programming interface
Scriptable (LUA) and embeddable, platform independent simulation kernel
UML compatible data retention
Fully integrated model version control including support of Apache Subversion
Virtual model elements, structure and behavior inheritance of models
Generation, transformation and exchange of models during simulation runtime
Definition and execution of simulation driven workflows
Protection of intellectual property and access control of model elements
Easy connection of external C/C++ libraries
Automated model reduction and code optimization to increase the simulation performance
Synchronization with Microsoft Visual Studio® projects
Import of models from EnterpriseArchitect
Innovative concept for definition and maintenance of individual simulation parameterization
Direct support of “simulation of simulations” and parameter optimization
Extensive standard library of functional and graphical model elements
Integrated, customizable data visualization and interfaces for integration of external IT