Ginkgo Cloud Lab

Overview

Ginkgo Cloud Lab (https://cloud.ginkgo.bio) provides remote access to Ginkgo Bioworks' autonomous lab infrastructure. Protocols use Reconfigurable Automation Carts (RACs), modular units with robotic arms and plate transport, across a catalog-advertised fleet of 70+ integrated instruments.

The platform also includes EstiMate, a compatibility and pricing assistant that accepts protocol descriptions, files, or links and returns preliminary estimates for custom workflows.

The catalog is organized into Expression & Purification (in vitro / cell-free / E. coli / Pichia), Characterization & Assay, Method & Target Onboarding, and Specialty. Pick a protocol below, then read its reference file for inputs, outputs, the automated workflow, and ordering details.

Available Protocols

The following prices, availability labels, and turnaround text are a 2026-09-30 catalog snapshot, not a configured quote. References link to the corresponding service terms. Catalog and terms sometimes disagree on days versus business days, input format, or readout scope; resolve those differences in the service order.

Expression & Purification - In vitro

Expression & Purification - Cell-free (E. coli CFPS)

Expression & Purification - E. coli

Expression & Purification - Pichia

Characterization & Assay

Method & Target Onboarding

Specialty

Coming soon: Protein Expression and Binding Affinity Characterization (express + purify, then screen binding affinity against a target).

Choosing a Protocol

• Quick expressibility screen? Cell-free HiBiT ($39) or Validate sequence expression ($39).
• Need purified protein + yield? A280 tiers (cell-free or E. coli); add LabChip for purity/size.
• Difficult / membrane / disulfide / cofactor targets? Cell-free Optimize (24-condition DoE).
• Secreted or eukaryotic targets? Pichia expression.
• Screening de novo binders/minibinders? Expression tiers screen yield; SPR onboarding qualifies the target. Confirm availability of the separate downstream binding service before planning kinetics.
• Enzyme activity / biocatalysis? Echo-MS enzymatic detection (onboard the analyte method first).
• Stability / developability ranking? Thermal shift assay.
• RNA (mRNA/circRNA)? IVT synthesis + qPCR.
• Transfer an existing plate-reader assay? Plate-reader onboarding; check its single-factor, 96-well, fluorescence scope before preparing the intake.

General Ordering Workflow

Treat the tables above as planning estimates. Recheck the selected protocol's current catalog page and configured quote for the actual sample count, replicates, readout, and turnaround before ordering. Save the protocol URL, downloaded input-template revision, submitted construct manifest, replicate/plate map, quote identifier, and access date together. A feasibility report or quote is not evidence that execution has started or that results passed QC.

1. Select a protocol at https://cloud.ginkgo.bio/protocols
2. Configure parameters (number of proteins/samples/molecules/targets, replicates, plates)
3. Download the template linked on that protocol page and inspect its actual format and fields. Broad upload extensions do not define the intake schema. Keep construct IDs, sequence type, tag/linker, replicate count, and plate mapping explicit; distinguish technical replicates from independent expression reactions.
4. Add any special requirements in the Additional Details field
5. For an authorized order, provide the order email, complete required fields, review the service terms, and add the configured service to the cart. Preserve the configured total and order acknowledgment; an added cart item is not an accepted or executed run.

For custom workflows, use EstiMate. Its preliminary estimate is separate from ordering a catalog service. Do not report submission, payment, acceptance, execution, or QC success without the corresponding confirmation.

Access and automation boundary

Use the public catalog and the site's sign-in flow when account access is needed. For access or template discrepancies, use the official contact page.

This skill covers the browser storefront. No public Cloud Lab submission API, SDK, CLI, authentication-token contract, or pagination contract was identified in the official material reviewed on 2026-09-30. The /protocols, /estimate, /art, and /gallery URLs are web pages, not documented REST endpoints. Ginkgo's Catalyst software advertises REST integration for installed automation systems; that is not a published Cloud Lab ordering contract. Do not invent programmatic order calls.

Interpreting results

• A280 concentration depends on the construct's extinction coefficient and eluate background; it does not establish purity or binding activity. Use the LabChip tier when size/purity data are required.
• HiBiT reports a tag-associated signal relative to a standard. Preserve background subtraction, calibration units, matrix controls, and QC flags when comparing constructs.
• Do not equate an expression, onboarding, or thermal-stability result with functional activity. Record the specific assay readout and its controls alongside any ranking.
• Keep RNA spectrophotometric concentration separate from relative or absolute RT-qPCR results; the calibration-standard requirement applies to absolute qPCR, and RNA integrity assessment is outside the IVT service scope.

Key Infrastructure

• RACs (Reconfigurable Automation Carts): Modular robotic units with dedicated arms and plate transport tracks
• Catalyst Orchestrator: Protocol orchestration, scheduling, parameterization, and real-time monitoring
• 70+ integrated instruments: Agilent Bravo liquid handlers, Beckman/Labcyte Echo acoustic dispensers, BMG PHERAstar / Tecan Spark readers, Revvity LabChip, Bio-Rad CFX Opus, Nicoya Alto SPR, SciEx Echo-MS, Inheco/Cytomat incubators, and more
• Nebula: Ginkgo's autonomous lab facility in Boston, MA