digzyme, Inc.

Startup
Summarized by Halo AI

Digzyme is a biotechnology company that uses AI and bioinformatics to proactively design high-performance industrial enzymes. Its data-driven platform accelerates enzyme discovery and manufacturing, helping industries transition to sustainable bioprocesses.

Founded & HQ
Tokyo, Japan
Company size
11-50 employees
Funding
~$8.9M
IP status
5 patents filed · 3 grants confirmed
Activity highlights
Completed a 730 million yen Series A round and partnered with RITE as a subcontractor for NEDO's fiber-to-fiber recycling project.

Digzyme, Inc. is a Japanese biotechnology company that has revolutionized the industrial enzyme development process by shifting from chance-based discovery to a proactive, data-driven design approach. The company utilizes proprietary bioinformatics and AI-powered platforms, specifically digzyme Moonlight and digzyme Spotlight, to analyze vast amounts of global life science research data. These systems enable the efficient discovery of functional enzymes for specific chemical reactions and the prediction of critical sequence variants to enhance properties such as activity and heat resistance. By building a curated, high-performance library known as the digzyme Designed Library, the company can rapidly transition enzymes from computational design into practical, industrial-scale manufacturing applications.

This technology directly addresses the significant time and resource challenges inherent in traditional bioprocess development, where finding and optimizing industrial enzymes often requires years of trial and error. Digzyme serves industries such as food, chemicals, textiles, and waste decomposition, offering solutions that range from enzyme development consulting and bio-synthesis pathway exploration to full-scale production process optimization. By shortening research cycles and enabling tailored enzymatic solutions, the company supports businesses in adopting sustainable manufacturing practices, replacing petrochemical-derived processes with biological alternatives, and accelerating the commercialization of novel functional materials.

AI summary generated on Jun 22, 2026
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