Making Biology Computable
We believe that when biology is computable, it moves beyond the lab and into the businesses and systems that shape everyday life.
Complexity creates
friction
Biology generates enormous volumes of heterogeneous data scattered across incompatible systems, locking out the machines that could connect it, learn from it, and put it to work.
Standards create
flow
A standard across data types makes biology machine readable, so data moves freely from the moment it's generated to the moment it's used.
Complexity creates
friction
Biology generates enormous volumes of heterogeneous data scattered across incompatible systems, locking out the machines that could connect it, learn from it, and put it to work.
Standards create
flow
A standard across data types makes biology machine readable, so data moves freely from the moment it's generated to the moment it's used.
A programmable stack for biology
Experiments machines can run. Results machines can read. Structured across every assay, instrument, and modality.
A programmable stack for biology
Experiments machines can run. Results machines can read. Structured across every assay, instrument, and modality.
Sequencing, built in
From germline DNA to full-length RNA isoforms to TCR repertoires. Pick the assay, run it, get structured results.
Sequencing, built in
From germline DNA to full-length RNA isoforms to TCR repertoires. Pick the assay, run it, get structured results.
Analysis, built in
What's new
Making biology computable.
Bringing science out of the lab and into the world.
