The living corpus.
Biology is where this company started, and it shows: 2,780 modules in build, from raw reads to drug targets. Every aligner, caller, folder, and screener is rewritten to be driven by a machine and checked against the tool it succeeds.
What 2,066 records hold
The corpus, by species of entry.
A catalog entry is a promise with a page. A native tool is the promise kept in Rust. Models, visualizers, and pipelines each get their own shelf; every row below links into the catalog.
The flagship, in three sizes
One aligner, three builds.
The most famous aligner in biology has an infamous appetite. Ours ships three ways: full speed, balanced, and a build that fits inside 500 megabytes of memory. The third one exists for the laptop under a grant budget, the field station with one outlet, and everyone whose machine was never the point.
All three are free at launch, with no AI attached, and they verify against the original's output.
Under the tools
The grounding layer.
Tools answer questions. Grounding decides which questions are worth asking. A knowledge graph for the human and plant genomes and a graph neural network for genomics, drug discovery, and repurposing sit under the agents, reading alongside your data.
Reference and citation access for researchers: limited and free in the coming months, wider by subscription.
Every bioinformatics entry, packaged for ordinary machines and stores you already use. The low-memory STAR build ships here first because that is where it matters.
Claude, Codex, or our own agents holding the wheel. Reference access to the knowledge graph lands in the same apps.
The substrate on your infrastructure, your data behind your gates, your compute doing the carrying.
Biology keeps its own books now.
2,780 modules with pages you can read today and binaries you can run someday soon. Nothing ships until it proves itself.