Side-by-side comparison of AI visibility scores, market position, and capabilities
Synthetic DNA manufacturing platform on silicon chips; $376M FY2025 revenue (+20% YoY). Supplies synthetic genes to 3,000+ customers across biotech, pharma, and AgBio.
Twist Bioscience was founded in 2013 in San Francisco by Emily Leproust, Bill Banyai, and Bill Peck, pioneering a silicon-based DNA synthesis platform that writes synthetic DNA at a fraction of the cost and error rate of conventional methods. By printing DNA on silicon wafers using a semiconductor-like process, Twist dramatically reduced the cost of synthetic genes from hundreds to single-digit dollars per gene, democratizing access to DNA writing for the life sciences.\n\nTwist serves over 3,000 customers across biopharmaceuticals, academic research, agriculture, and industrial biotechnology, offering synthetic genes, variant libraries, DNA data storage oligos, and antibody libraries for drug discovery. The company reported $376.6 million in FY2025 revenue, up 20% from $313 million in FY2024, driven by strong growth in its biopharma and drug discovery segments. Twist also operates a growing antibody drug discovery business, providing synthetic antibody libraries that power next-generation therapeutic discovery programs.\n\nTwist has a supply agreement with Ginkgo Bioworks for synthetic DNA to fuel Ginkgo's cell engineering platform, revised in 2025. The company is executing toward profitability, with improving gross margins as manufacturing scale increases. Its silicon-based DNA synthesis platform positions it as critical infrastructure for the emerging bioeconomy, synthetic biology, and DNA data storage industries.
Raised $381M IPO on Nasdaq (Feb 2026, EIKN). Proprietary RESOLFT super-resolution microscopy tracks single protein molecules in living cells. Creates new drug discovery data category.
Eikon Therapeutics is a drug discovery company that went public on Nasdaq in February 2026 (ticker: EIKN) with a $381 million IPO, armed with a proprietary RESOLFT super-resolution microscopy platform that tracks individual protein molecules in living cells in real time. Unlike computational drug discovery approaches that model proteins in isolation, Eikon's platform observes how proteins actually behave within the complex, dynamic environment of living cells — generating a new category of drug discovery data that no other method can produce.
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