AI Agent Designs a RISC-V CPU Core from Scratch (spectrum.ieee.org)

Verkor.io has achieved a landmark in AI-driven chip design by developing the VerCore, a RISC-V CPU core entirely designed by an agentic AI system called Design Conductor. This system utilizes large language models (LLMs) to autonomously navigate the entire chip design process—from specification to implementation and testing—based on just a 219-word prompt from users. The VerCore operates at 1.5 GHz, comparable to a 2011-era laptop CPU, marking a significant advancement over previous AI designs that only produced fragments of chips. This completion of a full CPU core by an AI signifies a new frontier in leveraging AI for complex engineering tasks. The implications of this achievement are substantial for the AI/ML community. By demonstrating a more effective method of integrating AI into the chip design workflow, Verkor.io may foster a shift in how future projects are approached, reducing reliance on specialized AI systems for individual tasks. While concerns about AI taking over engineers' roles persist, the limitations of Design Conductor—such as its occasional misjudgments and lack of human intuition—underscore the continuing need for human expertise in chip design. As Verkor prepares to release its design files and showcase an FPGA implementation at an upcoming conference, the industry will be closely watching the potential of agentic AI systems to democratize chip design and accelerate innovation.