These capsules will serve as biodiversity chambers, enabling us to recreate past environments and study how organisms respond to specific conditions.

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.

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're building the operating system for scientific labs, providing free software to improve productivity and making money through lab supplies.

We are developing a product that starts from CO2 and ends with an edible fruit plant, creating a fully biodegradable and biocompatible product.

By 2050, we envision a fully automated lab capable of simulating drug interactions with high accuracy, significantly speeding up drug discovery processes.

We've created new simulation-driven design methods and our own microfabrication capabilities to develop quantum chips, which are essential for our technology.

New material combinations present great opportunities for designers, and we must always keep an open eye on technological advancements.

In our projects, we aim to create products that are computationally, robotically, and materially novel, transitioning from traditional assembly to using robots and microbes.