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University of York and Rolls-Royce plc: Transitioning to Open-Source Collaborative Model-Based Engineering

To facilitate the shift from costly and outdated proprietary UML-based modeling tools to a standardized, scalable, and open-source collaborative model-based engineering infrastructure.

Feedback Overview:

The idea of transitioning to an open-source collaborative model-based engineering infrastructure is highly innovative and addresses significant pain points in the industry, such as high costs and lack of standardization. To successfully reach product-market fit, it is crucial to ensure the open-source tools are robust, user-friendly, and well-supported. Additionally, building a strong community around the tools can drive adoption and continuous improvement.

Market Competitors:

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CTO

Expert in software architecture, open-source tools, and scalable engineering solutions.

How feasible is it to transition from proprietary UML tools to open-source alternatives?

The feasibility depends on the robustness and feature parity of the open-source tools. A thorough assessment and pilot testing can help in understanding the transition requirements.

What are the potential challenges in maintaining an open-source collaborative infrastructure?

Challenges include ensuring consistent updates, security vulnerabilities, and community engagement. A strong governance model can mitigate these risks.

How can we ensure scalability and performance in an open-source model-based engineering tool?

Scalability can be ensured by adopting microservices architecture, cloud-native solutions, and continuous performance testing.

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