Leafy provides an AI‑driven semiconductor design platform that bridges the gap between design and production, delivering high‑precision hardware for the AI era. By automating layout and placement, the system cuts time‑to‑market by up to 50%, reduces chip area by 20%, and achieves a 4% error rate compared to traditional methods. The solution runs entirely on‑premise, ensuring private, secure deployment for design houses.
Funding
Funding not disclosed
Founders
Product
Problem
Developing AI accelerators and other advanced chips typically involves multi-year manual design cycles, repeated reworks, and high error rates, which delay time‑to‑market and increase silicon area and cost.
Solution
Leafy offers an agentic semiconductor design platform that automates the end‑to‑end design‑to‑production workflow while running entirely on‑premise. The platform leverages high‑precision placement and routing algorithms to cut development time by roughly 50%, reduce chip area by about 20%, and achieve an error rate near 4%, far below traditional auto‑ML approaches. By eliminating fragmented toolchains and trial‑and‑error iterations, Leafy enables first‑time silicon success rates under 5%, delivering a reliable hardware foundation for AI applications.
Target Audience
Primary customers are fabless semiconductor companies, AI hardware startups, and large design houses that need rapid, high‑precision chip development for AI accelerators and related workloads.
Features
- Fully on‑premise private deployment that keeps design data secure and avoids reliance on external toolchains
- Agentic automation of schematic‑to‑layout conversion, reducing manual iterations and rework cycles
- Advanced placement and routing engine delivering up to 20% chip area reduction
- High‑precision error detection and correction achieving a 4% error rate versus 72% in conventional auto‑ML flows
- Performance optimization that yields up to 3.6× improvement over legacy design approaches
- Integrated design‑to‑production analytics providing real‑time visibility of time‑to‑market and area metrics