Where we build
Focus 01
Solving new era problems with nature's oldest and most efficient manufacturing engines.
We design DNA, RNA, and protein sequences from first principles, encoding the function a program needs into the molecule itself. Model-guided sequence design lets us explore vast genetic space and arrive at candidates purpose-built for the task.
We build the living chassis that turn designed sequences into working systems: editing genomes, tuning metabolic pathways, and rewiring regulation so a host organism reliably expresses the behavior we're after.
We take engineered strains from bench to bioreactor, optimizing fermentation conditions, feedstocks, and downstream recovery so processes hold their yield, purity, and economics at manufacturing scale.
Areas of emphasis
Focus 02
Intelligent devices for demanding use cases at technological frontiers.
We compress the loop from concept to working hardware, spinning up functional prototypes fast so ideas are tested against the physical world early and design decisions are driven by real signal instead of speculation.
We reach past off-the-shelf parts and processes, applying novel materials and unconventional fabrication techniques to unlock performance that standard approaches can't reach in demanding environments.
We put AI directly on the device, running perception and inference at the edge under real constraints of power, latency, and connectivity, so systems stay smart and autonomous even when the cloud is out of reach.
Areas of emphasis
Focus 03
Unique capabilities to solve bespoke problems.