A massively multiplexed, high-throughput, full-stack CMOS platform for cell-free expression. From oligos to chromosomes — at the speed of silicon.
Traditional bioengineering is bottlenecked by living cells. We removed the cell entirely — replacing it with a CMOS electrode array that gives you digital control over every reaction.
Design, synthesize, and assemble DNA at any scale. From single oligonucleotides to complete synthetic chromosomes — all on one platform.
No cells, no contamination, no waiting for cultures. Precise biochemical control at the silicon interface with real-time readout.
Run thousands of independent reactions in parallel on a single chip. Turn months of wet-lab work into hours of automated execution.
A full-stack bioengineering platform that merges semiconductor precision with molecular biology.
High-density silicon interface with individual electrode control for precise biochemical manipulation.
Monitor reactions as they happen. Optical and electrochemical sensing built into every well.
From design to validation, our software stack controls every step. No manual transfers, no pipetting errors.
Biologists have long attempted by chemical means to induce in higher organisms predictable and specific changes which thereafter could be transmitted in series as hereditary characters.
We're a team of scientists, engineers, and builders working at the intersection of silicon and DNA. If you're obsessed with making biology programmable, we want to hear from you.
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Harness the scale of CMOS chips to realize your BioAI and bioengineering goals. We're actively seeking research partners, technology collaborators, and early adopters.
Collaborate with AveryAvery's work has been featured in leading scientific publications. Our platform is recognized as a technology that will revolutionize biology.
J. Craig Venter Institute spotlights Avery Digital Data as a technology that will revolutionize biology.
Read the Article →National Science Foundation supports Avery Bio's research and technology development initiatives.
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