At SCALE 23x, Yuning Liang presented a session exploring how modern software frameworks and open hardware can work together to shape the future of automotive user experiences. The talk focused on bringing Flutter to RISC-V platforms for next-generation AI-driven automotive systems.
As the automotive industry rapidly moves toward software-defined vehicles and AI-assisted features, there is increasing demand for open, flexible computing platforms. RISC-V offers a compelling foundation for this transformation by enabling transparent and customizable hardware architectures. At the same time, developers need modern application frameworks that allow them to build responsive and visually rich interfaces across multiple platforms.
The session highlighted the growing role of Flutter as a cross-platform framework capable of powering modern automotive human-machine interfaces (HMIs). Known for its high performance and unified development model, Flutter allows developers to create sophisticated graphical applications while maintaining a relatively lightweight software stack.
By enabling Flutter on RISC-V platforms, developers gain the ability to build responsive automotive interfaces using an open hardware architecture. This combination supports the broader goal of creating a fully open automotive software ecosystem where both hardware and software can evolve collaboratively.
Running Flutter effectively on RISC-V hardware requires coordination across several open-source components. The session explored the system design considerations involved in enabling graphical frameworks on emerging architectures, including performance optimizations and integration with the underlying Linux graphics stack.
The work demonstrates how open-source technologies can come together to support modern automotive experiences without relying on proprietary hardware ecosystems. By combining Flutter’s flexible UI capabilities with the openness of RISC-V platforms, developers can experiment with new forms of AI-powered interfaces and vehicle applications.
The momentum behind RISC-V laptops continues to build — and now you can secure your place in the next chapter.
DeepComputing has officially opened first-batch reservations for the DC-ROMA RISC-V Mainboard III, our next-generation RISC-V platform with RVA23 support, designed for developers, early adopters, and ecosystem contributors.
This reservation gives you priority access to the initial production batch before broader availability.
If you’re ready to:
Reserve your unit now and secure your place in the first release.
