Atomic Machines – The Matter Compiler

Atomic Machines introduced the Matter Compiler, an AI-native fabrication system it describes as a self-driving fab that turns digital designs into working micro-machines by building, measuring and learning from each iteration. The company says the system designs, simulates and writes its own process to produce a build-ready device with validated CAD and process graph, optimized for time and cost, aiming at one-shot prompt-to-product without masks or factory retooling.

The Matter Compiler.<sup ™</sup An AI-native fab that turns digital designs into working micro-machines. And learns with every build. Almost every micro-machine that could exist has never been built. No fab could make them. The Matter Compiler builds the machines no fab could. It designs, builds, measures. And learns. Semiconductors changed the world by mastering one kind of micromachine: the transistor. Select an era to explore | PHYSICAL DOMAINS | DELIVERY OF ENERGY & MATTER | ENCODING OF INFORMATION | |---|---|---| | Electrical | | | | Mechanical | | | | Fluidic | | | | Thermal | | | | EM/Optical | | | | Charged Particle | | | | Chemical | | | - Mastered - Deep foothold - Shallow foothold - Unclaimed A universe of new machines can’t be built one bespoke process at a time. It needs a way to go from a design to a working device in hours, not years. And then to do it again, and again. The Matter Compiler is that way. A self- driving fab: it builds what you design, measures what it built, and carries what it learned into the next design. No masks to make. No line to retool. Every iteration is a change in software, not a change in the factory. Our aim: one-shot Prompt-to-Product. Here’s what that looks like. It starts with a prompt. The system designs, simulates, and writes its own process. A build-ready device. - CAD validated - Process graph validated - Optimized for time and cost - Device performance targets met The Matter Compiler makes it real. Read more from our team Contact us Micro-machine ideas, partnerships, press or just curiosity. We’d love to hear from you.