Every new project must incorporate simultaneous complexity and novelty across synthetic biology, material science, robotics, engineering, and computational design to create something truly innovative.

We're exploring directed evolution of bacteria to produce various products, including biomaterials and therapeutics, using computational methods in a lab setting.

We are exploring how to design all technological products as if they are part of the biosphere, envisioning a world where everything can be grown rather than built.

Moving forward, our products will perform more advanced tasks autonomously, benefiting users beyond just mechanical solutions.

We are committed to driving innovation in robotics by combining AI with robotics, which is where the next significant advancements will occur.

We're building general autonomy software for industrial vehicles, making clinical skincare products for people of color, and developing the world's first biodegradable and carbon-neutral polyester alternative engineered from food waste.

We initially explored automating mechanical engineering but pivoted to focus on programming, recognizing the potential for AI in that space.

We aim to create technologies and platform capabilities that are broadly useful, enabling new mechanistic insights and potentially curing diseases.

We aim to create sustainable businesses from our AI projects, focusing on finding product-market fit and scalability.