Most computational designs fail when they hit the real world
Generative models can produce thousands of candidate sequences. But in silico scores don't guarantee a protein that expresses, folds correctly, or stays stable under real conditions.
The only way to know is to build and measure. We make that loop fast, consistent, and integrated with your design process.
How it Works
One WorkflowDesign to data in days
We handle the full loop: computational design, gene synthesis, protein production, and the assays that tell you whether your designs actually work. You get structured data back, ready for your next round.
Design in the browser
Explore sequence space, predict structures, and generate candidates without context-switching between tools or writing glue code.
Iterate quickly
Tight cycles mean you learn faster. Run more experiments per quarter. Find hits sooner. Spend less time coordinating logistics.
We build and test
Submit your designs. We synthesize DNA, express proteins, and run a focused set of biophysical assays that predict real-world performance.
Data flows back
Results integrate directly into your workspace. See what worked, what didn't, and why. Use the data to inform your next batch.
diff
bio
Sequence to Validation
A single platform to design, synthesize, and validate proteins.Stop waiting on disconnected tools and vendors.Ship faster.
Most computational designs fail when they hit the real world
Generative models can produce thousands of candidate sequences. But in silico scores don't guarantee a protein that expresses, folds correctly, or stays stable under real conditions.
The only way to know is to build and measure. We make that loop fast, consistent, and integrated with your design process.
How it Works
One WorkflowDesign to data in days
We handle the full loop: computational design, gene synthesis, protein production, and the assays that tell you whether your designs actually work. You get structured data back, ready for your next round.
Design in the browser
Explore sequence space, predict structures, and generate candidates without context-switching between tools or writing glue code.
We build and test
Submit your designs. We synthesize DNA, express proteins, and run a focused set of biophysical assays that predict real-world performance.
Data flows back
Results integrate directly into your workspace. See what worked, what didn't, and why. Use the data to inform your next batch.
Iterate quickly
Tight cycles mean you learn faster. Run more experiments per quarter. Find hits sooner. Spend less time coordinating logistics.
diff
bio
Sequence to Validation
A single platform to design, synthesize, and validate proteins.Stop waiting on disconnected tools and vendors.Ship faster.
