FOLDWORKS
Structure prediction and generative protein design. Describe a function, receive a fold — atomically resolved and ready to synthesize.
▍ TRANSMISSION FROM THE OCEAN CITY
In a city built above an endless storm-sea, we teach machines to read, write and reimagine biology. Proteins designed in seconds. Genomes compiled like software. Cells simulated before they ever divide.
Every living thing runs on a four-letter language written over billions of years. Tipoca AI builds foundation models fluent in that language — models that predict how a sequence folds, what a mutation breaks, and which molecule will heal.
Our labs never sleep and neither does the rain. Inside the spires, thousands of automated bioreactors feed a closed loop: the model designs, the robots build, the assays measure, the model learns. Every cycle, a little more of life becomes legible.
Structure prediction and generative protein design. Describe a function, receive a fold — atomically resolved and ready to synthesize.
A language model for genomes. Write regulatory circuits, optimize codons and edit pathways the way engineers refactor code.
Virtual cells at single-molecule resolution. Run ten thousand perturbation experiments before breakfast — in silico.
Small-molecule generation conditioned on binding pockets, toxicity and synthesizability. Drug discovery at hyperspace velocity.
A fully autonomous wet lab. Robotic fleets close the loop between prediction and reality, every hour of every storm.
The galaxy's deepest biological memory: every sequence, structure and assay we've ever touched, embedded and searchable.
A chain of amino acids collapses into a precise three-dimensional machine in microseconds. Predicting that collapse took science half a century. Our models do it before the next lightning strike.
“ The storm never stops. Neither does evolution.
We just gave it a compiler. — Founding transmission, Tipoca AI