Large enzyme libraries containing millions of variants are compartmentalized into picoliter-sized droplets using our proprietary microfluidics platform. Generated at frequencies of 5–6 kHz, each droplet functions as an individual microreactor for quantitative activity screening. Integrated fluorescence detection and high-throughput sorting enable the screening of over 10⁷ enzyme variants per day while minimizing reagent consumption and expanding accessible sequence space.

An AI-driven computational enzyme design function that integrates sequence, structural, modelling, and experimental screening data into actionable engineering workflows. From sequence discovery and hotspot selection to hit prioritization and combinatorial library design, it enables exploration of enzyme sequence space beyond the reach of conventional approaches.

Flexible library design strategies enable targeted exploration of enzyme sequence space across diverse performance objectives. By integrating screening data on activity, stability, and specificity into iterative engineering workflows, the platform continuously refines variant selection and accelerates the development of application-ready biocatalysts.