Turn complexity into a competitive advantage with advanced system modeling
With Rhapsody SE, engineering teams can design and coordinate technical efforts while improving communication and alignment across engineering domains, practitioners and stakeholders. This approach helps ensure that the solution meets stakeholder expectations and delights customers.
The MBSE use case discovery agent identifies use cases and actors in natural language requirements to create corresponding model elements and use case diagrams. This helps MBSE practitioners boost productivity and improve consistency across specifications. It helps simplify modeling and reduce manual effort, while also enhancing traceability by linking requirements directly to generated model elements.
IBM Rhapsody Systems Engineering provides simple onboarding and a modern web-based UX for collaboration across teams and domains, regardless of their physical location, which enhances systems effectiveness.
The solution supports SysML V2 with advanced engineering practices, modern user experiences and effective workflows. SysML V2 and other data and workflow APIs enable model-based integrations with downstream domains as cross-domain digital threads, boosting productivity and accelerating system engineering processes.
The solution supports systems of all sizes, from small projects to large enterprises, by providing layers of abstraction to manage different levels of detail and keep models clear and manageable. The platform offers global configuration capabilities for consistent and coordinated management across teams and locations, enhancing coherence and efficiency in large-scale projects.
The solution enables the reuse of SysML V1 models and IP, supporting extension and migration to SysML V2 while preserving valuable legacy assets. The platform includes requirements management traceability, OSLC, early verification and validation, and comprehensive reporting to enhance collaboration and transparency, helping ensure robust validation from the earliest development stages.