As system architecture plays a pivotal role in the development of complex systems, it is essential to make Capella models accessible to all stakeholders to ensure alignment across disciplines. These models should also be connected to change management tools and naturally integrated within the broader system engineering documentation.

In this webinar, you'll discover how to publish Capella models to a web server and establish bi-directional connections with Confluence and Jira:

• make Capella models easily accessible to teams and partners;
• create links between Capella model elements and related content documented in Confluence;
• embed Capella diagrams and model descriptions directly into Confluence pages;
• enhance coordination between system architecture and project management workflows tracked in Jira.

This solution combines Obeo’s "Publication for Capella" add-on with SodiusWillert’s "OSLC Connect for Jira" and "OSLC Connect for Confluence".

By closing the gap between architecture, documentation, and task tracking, this integration fosters better collaboration and alignment around a shared vision of the system under development.

Alex Fournié is the MBSE Product Owner at Obeo.

Robert Baillargeon is the Chief Product Officer at SodiusWillert. Before his role at SodiusWillert, Robert has led engineering and research teams developing systems and deploying tools in the Automotive industry. Robert is a provisional ASPICE assessor and has a Masters of Science degree in Software Engineering from Carnegie Mellon University.

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In this webinar, we will share our journey integrating safety and reliability analyses within the Capella ecosystem through the development and application of ATICA. Designed as an addon to Capella and fully aligned with the ARCADIA methodology, ATICA enables seamless modelling and analysis workflows for engineers conducting Failure Hazard Analyses (FHA), Failure Mode and Effects Analyses (FMEA), and Fault Tree Analyses (FTA).

We will begin with a brief overview of Anzen Engineering’s digital engineering roadmap and how ATICA emerged from real-world needs in projects like CORSARIO. We will then explore how the ATICA methodology builds upon ARCADIA to embed RAMS tasks directly within the system model, using a dedicated safety metamodel and intuitive analysis viewpoints.

Through live examples, we will walk through the execution of FHA, FMEA, and FTA within Capella, demonstrating how changes in one analysis propagate across others — ensuring model-wide consistency. This end-to-end traceability enhances efficiency and reduces manual, error-prone efforts.

We will also introduce upcoming developments, including ATICA’s evolution towards SysML v2 and integration with additional tools — broadening its compatibility across MBSE ecosystems.

Whether you are a Capella user seeking to enhance your safety processes, or a safety engineer exploring model-based approaches, this webinar will offer actionable insights and practical takeaways.

Samuel García Lorente is an aeronautical engineer with experience in Safety and Reliability engineering, focusing in recent years on the model-based safety analysis. At Anzen, Samuel is divided into two main roles: one is to lead or support industrial projects as a consultant, either using ATICA and Capella or other model-based tools, and the other is to participate in the activities performed in the digital engineering department, leveraging those activities by feeding them with actual industrial needs.

Daniel Villafañe is an aerospace engineer with expertise in avionics, systems and software engineering, and model-based design and analysis. At Anzen, Daniel’s work is focused on ATICA, our model-based tool for safety analysis in Capella. Daniel is in charge of building system models and applying systems engineering processes while using ATICA to improve results on safety and reliability analyses for aerospace avionics projects.

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