Decision Support · Side-by-side

Cradle vs Ginkgo Bioworks. Side by side.

Compare pricing, strengths, and use cases so it is easier to pick the right fit.

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Cradle

Best overall

Ginkgo Bioworks

Neither Cradle nor Ginkgo Bioworks is for everyday users—both are enterprise tools for professional biologists. Cradle is a focused software platform for protein design that you can use from a browser, while Ginkgo is a full-service synthetic biology company that builds custom organisms in its automated labs. The single biggest difference: Cradle is a tool you operate yourself; Ginkgo is a service you hire to do the lab work for you.

Cradle

Contact Sales #4850 of 3,826 Web

Ginkgo Bioworks

Contact Sales #3109 of 3,826 Web

Scores at a glance

CradleGinkgo BioworksPractical Versatility

Onboarding Ease

Ecosystem Fit

Market Value

Choose Cradle if

You are a protein engineer at a biotech company and already have experimental data from screening experiments
You want to design optimized enzymes or therapeutic proteins faster without doing every lab test
You have a budget of at least $50,000/year for software tools
You can work within a web browser and don't need mobile access

Choose Ginkgo Bioworks if

You need a custom organism built from scratch (e.g., a bacteria that produces a novel chemical)
You have a large budget (hundreds of thousands to millions of dollars) and a multi-year timeline
You want a full-service partner that handles DNA synthesis, strain engineering, and scale-up
You are comfortable with milestone-based contracts and sharing IP rights

Key differences

Cradle is a software tool you use yourself; Ginkgo is a service you hire to do the lab work
Cradle costs tens of thousands per year; Ginkgo costs hundreds of thousands to millions
Cradle works in days to weeks; Ginkgo works in months to years
Cradle requires your own experimental data; Ginkgo uses its own proprietary DNA database
Cradle has no mobile app or API; Ginkgo has no self-service interface at all
Cradle is for protein design only; Ginkgo covers the full synthetic biology stack

Facts side by side

	Cradle	Ginkgo Bioworks
Free plan
Mobile app
API access

Cradle: strengths & weaknesses

Speeds up protein engineering by predicting which changes will work before you test them in a lab
Works entirely in a web browser—no lab equipment needed on your end
Reduces the number of expensive experiments you have to run
Requires you to already have high-quality experimental data to feed the model
No mobile app, no API, and no integrations with common lab software
Pricing is hidden behind 'Contact Sales'—likely tens of thousands of dollars per year
Model can overfit to your data, giving you false confidence in bad designs

Ginkgo Bioworks: strengths & weaknesses

Has the world's largest automated lab for building and testing engineered organisms
Access to a massive proprietary database of metagenomic DNA sequences
Can handle the entire pipeline from design to pilot-scale production
Extremely expensive—only large companies or well-funded projects can afford it
Timelines are long (months to years) because it involves real wet-lab work
You don't get a software tool; you get a service with complex IP and royalty agreements
No mobile app, no API, and no self-service onboarding

Common questions

Can I use Cradle or Ginkgo Bioworks on my phone?

No. Neither tool has a mobile app. Cradle runs in a web browser on a computer; Ginkgo is a lab service you interact with through meetings and contracts.

Which is better for a small startup with no lab?

Neither is ideal. Cradle requires your own experimental data, which you'd need a lab to generate. Ginkgo is too expensive. A small startup should look at cloud-based enzyme design platforms like Arzeda or Zymergen's software offerings.

Is Cradle easier to start using than Ginkgo Bioworks?

Yes, but only slightly. Cradle has a clear 8-step onboarding process you can start in a browser. Ginkgo requires a technical consultation, feasibility study, and legal agreement before any work begins.

Do I need to know how to code to use these tools?

No coding is required for either. Cradle has a graphical interface for importing data and viewing results. Ginkgo handles everything through its scientists and engineers.

Which tool gives faster results?

Cradle is faster because it's purely software—you can get optimized protein sequences in days. Ginkgo involves actual lab work, so results take months.

Cradle is a browser-based protein design tool for experts with data and budget; Ginkgo is a full-service lab for building custom organisms—neither is for everyday users.

If you're a professional protein engineer with a budget and data, Cradle is the more accessible choice because you can start using it today in a browser. For everyone else—students, small businesses, or non-scientists—neither tool is practical. Look for simpler, cheaper alternatives like ColabFold or Rosetta for free protein design, or hire a contract research organization for lab work.

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Cradle

Ginkgo Bioworks

Free plan

Mobile app

API access