Lattice Protocol
AI-native infrastructure for agentic workflows — federated compute, verifiable science, and composable modules that bridge human expertise with autonomous AI.
Your friendly neighborhood AI scientist
Building cybernetic systems to democratize scientific discovery. From protein folding to community pods, the mission is the same: make the tools, share the tools, trust the people.
Smarter with Science / Lattice Protocol
From protein folding to citizen science, here's what the lab is working on.
AI-native infrastructure for agentic workflows — federated compute, verifiable science, and composable modules that bridge human expertise with autonomous AI.
ML Scientist at Stanford Genetics and Stanford Medicine — building AI infrastructure for rare disease diagnosis, precision oncology, and scientific foundation models.
with Stanford Genetics, Stanford Medicine, Wilhelm Foundation, Mayo Clinic, CZI
A curated, open-weight language model and evaluation toolkit fine-tuned on rare disease literature — from diagnostic reasoning to patient advocacy.
International rapid-prototyping hackathon bringing AI, clinicians, and patients together to solve undiagnosed rare disease cases in 48 hours.
with Stanford Medicine, Mayo Clinic, Wilhelm Foundation, Karolinska Institute
Federated citizen science platform putting portable DNA sequencers in the hands of K-12 students and farmers, generating GIS-indexed metagenomic data about California's environments through community-owned cooperative governance.
with UCSD, Oxford Nanopore, Venice High
Before Lattice Protocol could work, someone had to answer an awkward question: how do you trust that a GPU you don't control actually ran your model? That answer became my first paper.
Not the sound of the waves — the genetic symphony of the thousands of organisms living inside a coral reef. The World Genome Symphony is being built to make biodiversity something you can hear.