The Ubuntu Summit 25.10 has concluded with resounding success, marking a pivotal moment for the RISC-V ecosystem. As the premier gathering of Ubuntu developers, industry leaders, and open-source enthusiasts, this year’s summit showcased remarkable progress in making RISC-V a first-class architecture for modern computing.
The unveiling of the RVA23 application profile emerged as the central theme of the summit, representing RISC-V’s most significant leap forward. This new standard elevates the architecture to compete directly with established players by introducing mandatory extensions that address previous limitations. The Vector extension brings crucial SIMD capabilities for AI and high-performance computing, while integrated hypervisor support enables robust virtualization.
Most importantly, RVA23 incorporates hardware-level security features like control-flow integrity, laying the groundwork for trusted computing environments. These advancements were demonstrated in practice through DeepComputing’s hardware portfolio, showcasing everything from local LLM inference on DC-ROMA systems to networking applications on Open Router V, all running seamlessly on Ubuntu.
DeepComputing stood out at the summit with its comprehensive RISC-V hardware portfolio, demonstrating the architecture’s maturity across diverse computing environments. Heinrich Schuchardt, Software Engineer at Canonical, and Yuning Liang, CEO and Founder of DeepComputing, delivered an engaging session titled “RISC-V Forward to the Future: Moving to RVA23”. Their presentation showcased three key product lines, each seamlessly integrated with Ubuntu.
The DC-ROMA RVA23 Systems – including laptops and workstations – have achieved full Ubuntu certification, showcasing production-ready devices that leverage RVA23’s vector processing capabilities for enhanced performance in real-world applications.
The Open Router V platform demonstrated RISC-V’s strength in networking applications, featuring hardware-accelerated encryption and advanced traffic management capabilities while maintaining full upstream kernel support.
Most notably, the DC-ROMA RISC-V AI PC platforms enabled practical local LLM execution through hardware-accelerated inference, running multi-billion parameter models entirely offline and showcasing RISC-V’s potential in the AI era.
The momentum from Ubuntu Summit 25.10 sets the stage for an exciting year ahead. With Ubuntu 26.04 LTS on the horizon and RVA23 hardware reaching mass production, the open-source community has never been better positioned to challenge proprietary architectures.
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