To help you master the increasing complexity of systems architectures, we can adapt the open-source modeling tool Capella to your own context and needs.
We integrate this workbench with your other engineering tools and we provide a collaborative solution allowing several users to simultaneously edit the same models.
Working with Obeo allowed us to develop a technology adapted to Thales' needs
and guarantee the quality level provided by an editor for industrial usage.
Discover our visual and collaborative solution that allows you to successfully implement digital transformations: IT modernization, new regulations, mergers, and acquisitions, etc.
Free up your time to better analyze your organization, elaborate transformations, and communicate with stakeholders.
One of the challenges was to render our ecosystem comprehensible, with a pragmatic and operational approach. It is for that reason that we opted for the Obeo solution since we realized that it provided what we wanted in terms of integration and interoperability.
Both in the fields of Information Systems and Embedded Systems, the production and maintenance of critical software applications require to industrialize the analysis, design, and development phases.
Our solutions will help you to integrate into your software factories modeling tools and code generators fully adapted to both your own development process and technological choices.
The architectures of our applications can now be reproduced using templates and code generators.
French Ministry of Defense
For you, we realize domain-driven modeling tools adapted to your own business: your language, your concepts, and your graphical notation.
Thanks to this custom tooled approach, you can graphically specify, design, or configure your business solutions by using a vocabulary that is specific to your own skills and expertise.
The Obeo solution enabled us to guarantee a grammar restricted to the Insurance domain.
With this approach, our business users do not get bogged down in technical details, thanks to personalized graphic representations.