Platform

Imagine a soccer ball. It's symmetric and spherical, composed of many repeating subunits.

A lot of proteins are like this in nature too, from the pores in your cells to virus shells.

We figured out how to use protein design models to focus just on the tiny subunit and "copy and paste" it in 3D space, to generate proteins orders of magnitude larger than previously possible.

We're also pioneering fine-grained controllable design using mechanistic interpretability (AI brain science).