Ginkgo Bioworks
NYSE: DNABoston, US · Incorporated in Delaware · Public · 24 known investors
Ginkgo Bioworks builds autonomous labs that accelerate bioengineering for applications in pharmaceutical, agricultural, and industrial biotechnology. The company serves biopharma, agritech, and industrial biotech companies seeking to engineer organisms at scale.
Also known as Ginkgo · Ginkgo Bioworks Holdings, Inc. · The Organism Company
Founders & leadership


.png)
Investors · 24
Also in the syndicate · 20
Company profile
researched Aug 2026Ginkgo Bioworks Holdings, Inc. is an American biotechnology company headquartered in Boston, Massachusetts, founded in 2008 by five scientists from MIT: Tom Knight, Jason Kelly, Reshma Shetty, Barry Canton and Austin Che. Historically self-described as "the organism company," Ginkgo applies genetic engineering to produce microbes with industrial applications on behalf of other companies, sparing customers the cost of reproducing the early design stages of synthetic biology. Its platform has been marketed as a way to program cells much as one programs computers, with services spanning protein engineering, nucleic acid design and cell-free systems for markets including food, fragrance, pharmaceuticals, agriculture and diagnostics.
The company's current public positioning centers on autonomous laboratories: robotic systems intended to replace manual benchwork, which the company frames as the principal bottleneck in biotechnology R&D. Ginkgo says it operates an autonomous lab at its Boston headquarters, sells the ability for customers to build their own autonomous labs, and offers a "cloud lab" model in which customers run experiments virtually on the Boston system before purchasing. Customer-facing units include Ginkgo Solutions and Ginkgo Datapoints, which scope and design experiments, and a conversational interface described as "Catalyst Agent." The company states it is trusted by over 130 customers.
Ginkgo has expanded substantially through acquisition, absorbing Novogy's microbial engineering assets, FGen AG's ultra-high-throughput screening platform, assets from Bitome, Zymergen, Bayer's West Sacramento Biologics R&D site (including Joyn Bio platform assets), Altar and Circularis. Reported 2024 financials show revenue of $227 million against an operating loss of $560 million and a net loss of $547 million, with total assets of $1.38 billion, total equity of $716 million and 834 employees.
Founding story
Ginkgo Bioworks was founded in 2008 in Boston by five scientists from MIT — Tom Knight, Jason Kelly, Reshma Shetty, Barry Canton and Austin Che — around the idea that biology could be engineered with the same discipline applied to computing. Tom Knight, an MIT professor in EECS regarded as a father of synthetic biology, is quoted saying the interesting thing to program in the 21st century would be biology rather than computers. Several founders came from MIT's Synthetic Biology Working Group; Shetty was an iGEM advisor in 2006 known for engineering bacteria to smell like bananas and mint. The company's founders describe their motivation in terms of the question "What if you could grow anything?"
Business model
Ginkgo operates a platform/services model: rather than manufacturing and selling end products itself, it engineers organisms and cells to specification for corporate customers and licenses those custom engineered microbes to external clients. Revenue historically came from large multi-year R&D partnerships and government contracts, and Ginkgo has also offered cell development programs with no upfront cost to early-stage biotech startups in exchange for equity. Current offerings include the sale/deployment of autonomous lab systems for customers to operate themselves, cloud-lab access to Ginkgo's Boston autonomous lab, and project-based R&D via its Solutions and Datapoints teams. Ginkgo also created spinouts and joint ventures, including Joyn Bio (2017) and Motif Foodworks (launched with $117 million in funding).
Fee-based R&D services and platform access (project-based programs, cloud-lab usage, and sale of autonomous lab systems), licensing of custom engineered organisms to corporate clients, multi-year corporate partnership and government contract revenue, and equity stakes taken in exchange for zero-upfront-cost development programs.
Traction
Ginkgo reports more than 130 customers. Reported 2024 revenue was $227 million with an operating loss of $560 million, a net loss of $547 million, total assets of $1.38 billion, total equity of $716 million and 834 employees. Earlier commercial milestones include a $122M cannabinoid production deal with Cronos, a Roche antibiotics discovery partnership worth up to $160M, an $80M investment in Synlogic, the launch of Motif Foodworks with $117 million, and a reported $47 million Department of Energy contract. Total disclosed venture funding reached $719 million as of the 2019 Series E; one aggregator reports $803.1M across 8 rounds.
Latest developments
Ginkgo has repositioned its public messaging around autonomous labs, offering customers the ability to build their own autonomous lab, virtual access to its Boston lab, and a natural-language "Catalyst Agent" interface. A PR Newswire listing indicates Ginkgo reported first quarter 2026 financial results, completed the divestiture of its Biosecurity business and continued scaling its autonomous lab. A reported collaboration with OpenAI paired an AI reasoning model with robotic lab access.
▸Full profile — market position, technology, go-to-market, geography, history, risks & controversies
Market position
Ginkgo describes itself as pioneering autonomous labs for bioengineering across biopharma, agriculture and industrial biotech, and states it serves over 130 customers. Before going public it was described as one of the world's largest privately held biotech companies, valued at $4.2 billion in 2019, and merged with a SPAC at a $17.5 billion valuation in 2021. Its 2024 results show $227 million in revenue with large operating and net losses.
Third-party analysis and company materials cite a modular, high-throughput phenotyping platform that automates workflows from media preparation through multimodal analytics; software tooling such as digital twins used to model throughput and locate bottlenecks; remote design and execution of experiments via a cloud lab; and natural-language interaction with the automation stack ("Catalyst Agent"). Its historical differentiation was providing the early design stages of synthetic biology as a service so customers need not rebuild that capability internally. A reported collaboration with OpenAI applied an AI reasoning model with robotic lab access, described as exceeding existing biochemistry benchmarks by 40 percent.
Technology
Ginkgo's core technology is a robotic "Foundry" and, more recently, autonomous laboratories that replace manual benchwork, allowing scientists to order experimental work from robots using natural language. Capabilities cited include organism and cell engineering, protein engineering, nucleic acid design, cell-free systems, ultra-high-throughput screening (via FGen), adaptive laboratory evolution instruments (via Altar), real-time metabolite monitoring (via Bitome) and cell and gene therapy tools (via Circularis). With IARPA, Ginkgo worked on ENDAR (Engineered Nucleotide Detection and Ranking), a software tool to detect whether biological organisms have been genetically engineered, potentially providing early warning of bioweapons and other man-made biological threats.
Go-to-market
Ginkgo sells directly to enterprise and institutional R&D customers through consultative engagement (inbound contact forms, meeting bookings, and the Solutions and Datapoints teams that scope projects). Its funnel includes a "try before you buy" cloud-lab offering on the Boston autonomous lab that precedes sales of customer-owned autonomous labs. It has also used large multi-year partnerships with corporates (Cronos, Roche, Bayer, Synlogic), government contracts (a reported $47 million Department of Energy contract; IARPA work), spinout creation, and equity-for-services arrangements with early-stage startups through partnerships with Y Combinator and Petri.
Biopharma, agricultural and industrial biotech organizations, plus food, fragrance, cosmetics, nutrition, materials and diagnostics companies; government agencies; and early-stage biotech startups that access the platform in exchange for equity.
Geography
Headquartered in Boston, Massachusetts, with a purpose-built laboratory site in the Raymond L. Flynn Marine Park and roughly 200,000 sq ft in the Innovation and Design Building as of 2021, plus facilities in Cambridge, Massachusetts. Acquisitions extended its footprint to West Sacramento, California (former Bayer biologics R&D site), Switzerland (FGen AG) and France (Altar). One aggregator describes the workforce as global.
History
Founded in 2008 in Boston by five MIT scientists. Early public funding support came from MassVentures' START program for SBIR-funded Massachusetts companies, followed by MassVentures' first equity investment. In 2014 Ginkgo became the first biotechnology company to join the Y Combinator accelerator. Venture rounds followed from 2014 through 2020, including a $45M/$53M Series B led by Viking Global in 2015, a $100M Series C in 2016, a $280M Series D in 2017, a $290M Series E in 2019 and a $70M round in 2020. In 2019 the company was valued at $4.2 billion and raised $290 million in September and $350 million in October. In 2020 Ginkgo agreed to acquire Novogy's Microbial Engineering Platform assets and bought $25 million of property from Marcus Partners in the Raymond L. Flynn Marine Park for a 219,000 sq ft laboratory building. On 11 May 2021 Ginkgo announced a SPAC merger with Soaring Eagle at a $17.5 billion valuation; it adopted the NYSE ticker "DNA" (previously used by Genentech) and began trading on 17 September 2021. Growth through 2021 was attributed to venture funding and entry into COVID-19 testing. Baillie Gifford became the largest shareholder (15%) after purchasing 167.75 million shares on 31 March 2022. A 2022 acquisition wave included FGen AG, Bitome assets, Zymergen ($300 million, all-stock), Bayer's West Sacramento biologics R&D site, Altar and Circularis. In Q1 2026 the company reported completing the divestiture of its Biosecurity business while continuing to scale its autonomous lab.
Risks & controversies
In October 2021 a market research firm published a report alleging Ginkgo embellished its revenue through a scheme heavily reliant on related-party transactions; the report prompted an inquiry by the U.S. Department of Justice. In November 2021 shareholders sued, alleging the company misrepresented its revenue sources in statements about the SPAC merger. As of 2021 the company could not name a single significant product manufactured and sold using its organisms. In March 2023 the former Attorney General of Louisiana launched an investigation into Ginkgo's officers and directors (sourced on Wikipedia to a self-published source). The company also reports large operating and net losses (−$560M and −$547M in 2024) relative to $227M of revenue.
Compiled by commissioned research from 8 cited public sources — announcements, filings, and press listed under research sources below.
In the news
▸Research sources · 8
primary sources listed
- Ginkgo Bioworksginkgo.bio · web
8 public sources were cited for this profile; the first-party ones are listed here.
Frequently asked questions
- What does Ginkgo Bioworks do?
- Publicly traded (NYSE: DNA) Boston biotech building autonomous labs and cell-programming services for biopharma, agriculture and industrial biotech.
- Who founded Ginkgo Bioworks?
- Ginkgo Bioworks was founded by Jason Kelly, Reshma Shetty, Barry Canton, Austin Che, Tom Knight.
- Who are Ginkgo Bioworks's investors?
- Ginkgo Bioworks's investors include Allen Institute for AI (AI2) Incubator, Felicis Ventures, OMX Ventures, SoftBank Vision Fund.
- Is Ginkgo Bioworks publicly traded?
- Yes — Ginkgo Bioworks trades on NYSE under the ticker DNA.
- Where is Ginkgo Bioworks headquartered?
- Ginkgo Bioworks is headquartered in Boston, US.


