SynthyraFor DNA synthesis providers and government
Advanced AI screening for biosecurity.
Synthyra finds sequences of concern that current DNA synthesis screening misses. Synthesis providers run it beside the checks they already have. Government agencies use the same models to predict how a pathogen acts on human cells.
Sequences of concern
Atlas flags sequences of concern that have no match in a screening list.
Host-pathogen maps
Atlas predicts which host proteins a pathogen acts on.
One API
Every service is an endpoint your systems and your agents can call.
What we do now
Two services and the platform under them.
Both services run on Atlas, our protein model. When the model improves, every service built on it improves at the same time.
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Biosecurity screening
Atlas reads every sequence in an order and flags sequences of concern, including ones that match nothing in a screening list. Every flag comes with its reason.
See the approach
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Host-pathogen interaction prediction
Atlas predicts which host proteins a pathogen acts on, and ranks the contacts a laboratory should test first.
See how
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Atlas platform and API
The protein model behind both services. It predicts how proteins interact, what they do and what binds them, in the web app or through the API.
Open Discover
Platform & services
The platform under both services.
Atlas predicts how proteins interact and what they do, and shows each result in the context of the whole cell. Researchers use it today through the web app and the API.
Interactive system views
See one change ripple through a cell.
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Discover
Predicted interactions and functions for any protein, shown in the cell.
Open
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Hypothesis
Ask which human proteins could fill a gap in a mechanism.
Early access
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Demos
Pathogen screens and interactive maps built from real runs.
Explore
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Models
The models and the evidence behind them.
Browse
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Partner programs
Run a biosecurity or host-pathogen program with us.
Start
API
Call every service from your own systems.
Every service is an API endpoint. Our web app uses the same calls, and so can your pipeline or your agents.
Explore the APIProtein relationships
Which proteins a protein interacts with, within one organism or across two.
Ligand relationships
Which proteins a small molecule is predicted to bind, including the ones it should not.
Function and annotation
What a protein does, so a predicted interaction has a meaning.
Alignment
The closest known relatives of a sequence, with the alignments themselves.
System views
Results placed in the cell and in metabolism.
Where this goes
Where the same models go next.
Screening and host-pathogen prediction are the business today. The same models can also design proteins and small molecules, and that is where the company goes next.
The premise
A molecule can bind its target and still fail the patient.
The objective
We score a design on the effect it has on the whole system.
The evidence
Our earlier design system produced an EGFR binder that placed first on a worldwide leaderboard, at 630 pM.
The EGFR case studyOur vision