Rebuilding the engine of biological discovery from the ground-up

Addressing the bottleneck holding biology back

AI has transformed biology. We can now analyze biological data faster than ever before. But in doing so, we've created a new bottleneck: generating and preparing enough high-quality biological samples. Today, biology isn't limited by computation—it is limited by laboratory infrastructure that hasn't fundamentally changed in decades

Big data and the AI-driven biology needs 10–100× more processed biological samples and up-front reactions to generate the large datasets to realize breakthroughs in diagnostics, therapeutics, and industrial biosciences. 

Today's capital- and labor-intensive processes can’t meet these demands. Too fragmented, expensive, too slow and error-prone.

Instead, imagine a single microplate-format-consumable, the lab-in-a-microplate, that can perform these workflows at - 10x the speed, 1/10th the cost and with more than 80% savings in capital expenditure. 

By uniquely integrating 

• Biosynthetic reactions

• Separation of reaction products

• Purification of specific reaction products

• Molecular weight analysis and 

• Molecular species-specific quantitation

Delivering a 100x process improvement for up to 96 DNA, RNA, protein, viral or cellular samples in parallel, in 30 minutes or less.