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Ginkgo Bioworks Launches Ginkgo Cloud Lab

The interface allows researchers to transition benchwork to an autonomous lab infrastructure through a web browser.

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By: Patrick Lavery

Content Marketing Editor

Ginkgo Bioworks is officially launching its Ginkgo Cloud Lab. This new interface will let researchers transition their benchwork to Ginkgo’s autonomous lab infrastructure, directly through a web browser.

Ginkgo Bioworks’ goal, eventually, is to move its R&D services onto that autonomous lab, Nebula, in Boston. By doing this, the company hopes to decommission traditional lab benches, instead favoring programmable robotic infrastructure.

Purpose of Cloud Lab

Scientists can visit cloud.ginkgo.bio to submit their specific protocols for development on the Cloud Lab. Following submission, they receive a feasibility report and price quote. Anyone from academia to global pharmaceutical companies can submit.

Ginkgo Bioworks says a scientist submitting a protocol in human language and getting an immediate compatibility assessment is unprecedented.

Making it possible is an AI-driven agent, EstiMate. Furthermore, the Cloud Lab runs on Ginkgo Bioworks’ proprietary Reconfigurable Automation Carts. These feature high-precision robotic arms, maglev sample transport tracks, and industrial-grade software.

Ginkgo Bioworks CEO Jason Kelly offered some thoughts on the launch.

“Autonomous labs are poised to scale and accelerate the high-mix work that a lab bench supports,” Kelly said. “By opening up our autonomous infrastructure through the Cloud Lab, we’re giving scientists access to these tools today.”

Recent Ginkgo Bioworks Contracts

In November 2025, Ginkgo Bioworks garnered a contract through the Biomedical Advanced Research and Development Authority’s Biopharmaceutical Manufacturing Preparedness Consortium. This contract ultimately strengthens, and reduces costs of, domestic biomanufacturing of monoclonal antibodies protecting against filovirus infection.

Earlier in 2025, the company was awarded another contract, this one with the Advanced Research Projects Agency for Health. Partners included Tritica Biosciences, US Pharmacopeia, On Demand Pharmaceuticals, and Isolere Bio by Donaldson.

That two-year program is known as Wheat-based High-efficiency Enzyme and API Technology (WHEAT). It involves a manufacturing process for producing biologic and small-molecule active pharmaceutical ingredients (APIs) using wheat germ cell-free expression systems.

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