Fractal Semi

Fractal Semi aligns its mission with the CHIPS Act to bridge the national "lab-to-fab gap". We provide a modular, AI-powered foundry specifically designed for defense chips and quantum photonics prototyping. By shortening iteration cycles from six months to 2–3 weeks, we meet critical defense needs for rapid hardware development and mission readiness. Our goal is to eliminate the $50k+ prototyping bottleneck, enabling research teams to iterate at the speed of software and secure the domestic supply chain for frontier semiconductor moonshots.

Fractal Semi addresses a critical vulnerability in the American semiconductor ecosystem by bridging the "lab-to-fab" gap, which has been identified as a national priority by the White House National Security. Currently, domestic chip designers face a debilitating bottleneck, often waiting six months and spending over $50,000 just to determine if a prototype is functional. This entity is necessary because it introduces the first modular, AI-powered foundry designed to slash these prototyping timelines to just two to three weeks. By providing this rapid iteration capability, the company ensures that American R&D can move at the speed of innovation rather than being stalled by the rigid, high-volume constraints of traditional foundries.In the context of the CHIPS Act, the entity serves as a strategic facilitator for semiconductor "moonshots" that are often overlooked by large-scale manufacturers. While traditional foundries optimize for mass-market consumer electronics, this model accommodates high-mix, low-volume projects essential for Defense RF/mmWave and Quantum Computing. These sectors represent a roughly $1B market and are vital to national security, yet they require the specialized Indium Phosphide (InP) and Silicon Photonics materials that this foundry is built to handle. By initially owning the prototype stage for these niche applications, the business accumulates the foundational process knowledge necessary to scale these designs domestically as they transition to high-volume production over the next decade. Furthermore, the necessity of this entity is underscored by its AI-driven operational resilience, which is vital for maintaining a competitive domestic manufacturing edge. Using smart scheduling and an AI drift detection/correction system, the foundry can maintain high utilization rates while significantly improving yields. This efficiency allows for the creation of a "living process design kit" that tightens prediction accuracy over multiple wafer runs, ensuring that the United States does not just design the world’s most advanced chips, but also possesses the agile infrastructure required to build them. Fractal Semi provides the specialized, fast-response manufacturing layer required to turn federal investment from the CHIPS Act into tangible hardware and sustained technological sovereignty.