Intelligent, networked products are the future of manufacturing. However, they are much more complex to design, build and maintain than conventional products. First isolated products are now part of an ecosystem with lifelong dependency. Functions as a mechanical brake that has been realized using a single engineering Power, now require the integration of hardware and software and thus the intensive cooperation of several departments.
Integrity provides a holistic approach for Software and Systems Engineering, supporting the sectoral and cross-team successful collaboration, automation and reuse. In the new versions of the customers are implemented over 100 requirements, these include:
- Diagrams based on natural language in the Integrity Process Director. Best Practices are held as soon as information arise. This process modeling barriers are reduced and process documentation as well as accelerating the implementation of process-engineering workshops. Users should be evaluated in able to build operational engineering and development processes, and to improve.
- Variable parameters for the engineering of product lines in the Integrity Modeler. Standards-based systems, software and product lines modeling allow the comprehensive examination of the various ways in product lines and variations during the design phase, without the need to come to a realization. Through specification and requirement of Design Rules the model quality can be increased.
- Web Services catalog with drag + drop and re-use the Integrity Asset Library. Streamlines the publishing process and the location of project results so that they can be reused. So is the development of IoT systems in all phases - from design verification to validation - accelerated.