Cybelius Maestro supports rapid development of telecommunications and electronics products.

• Flexibility and Expandability. Cybelius Maestro has a unique open architecture that supports heterogeneous and concurrent product development. The open architecture is realized through Connectivity and Plug-in Tool Frameworks.
  
  o Connectivity Framework offers open, well-defined interfaces for integrating external tools, simulation models, software and hardware into Cybelius Maestro simulation models.
  
  o Plug-in Tool Framework enables rapid implementation and adoption of new tool components. Our customers can build and add new Cybelius Maestro Plug-in Tools dynamically to their environment either themselves or with the help of Cybelius Maestro integrator partners.
  
  
• Component -based Modeling and Component Reuse. Cybelius Maestro supports component-based product development. New product concepts, versions and components can be developed and simulated by reusing existing product components and employing the various other tools and resources available.
  
  
• Support for Distributed Design. Cybelius Maestro offers a server-based solution for distributed development. In other words, the components and simulation models of Maestro can be securely stored, read, managed and viewed through a shared Maestro Server application based on the latest Java, SOAP, and XML-based Internet technologies.
  
  
• Distributed Simulations. Cybelius Maestro supports distributed simulations. Simulation models running on separate Maestro workstations or real devices can thus be connected with each other. The distribution can be implemented with several technologies varying from Jini, Java RMI to TCP/IP-based protocols.
  
  
  
• A Platform Independent and Standardized Technology Base. Cybelius Maestro tools can be run on all major operating systems and in networked environments. The tools, models and components of Cybelius Maestro are based on platform-independent and standard or de-facto standardized technologies, such as Java and XML.
  
  
• Executable Simulations through Code Generation. Cybelius Maestro features configurable code generation for simulation models, new plug-in tools and components. The current code generation supports Java platforms, but is expandable for C/C++ target platforms through specific Native Code Generator Plug-ins. Simulations can be executed both in Cybelius Maestro hosts and in web browsers as well as other target platforms or devices. Even though Cybelius Maestro is a Java-focused platform, software components written in C or C++ can be integrated into its simulation models or components by using Native Component Toolkit.
  
  
• Graphical and Visual Modeling. Cybelius Maestro provides all the required graphical presentations and visualizations for each design step. For example, the behavior of the product can be modeled by means of hierarchical state machine formalism. Likewise, different graphical components can be visualized with the same precision as in a real product.