There’s going big.
And then there’s engineering at genome scale.


Why digital?

Our digital genome engineering technology manages, engineers and tracks individual cells. For the first time ever, you’ll be able to make various types of edits in combination — across a genome at highly-multiplexed scale — all from your own lab bench. 

Seamless trackability of individual cells lets you know what was edited, while our high edit rates ensure experimental efficiency. Our machine learning-based software enables rapid iteration so that outcomes from one experiment automatically inform the next. 

Because wouldn’t you rather focus on testing multiple biological hypotheses in parallel, without worrying about optimizing complex editing protocols?


We’re all in. Are you?

We released our own CRISPR enzyme (MAD7) free for research use, with easy and affordable licensing options for commercial purposes. Call it an Inscripta brand value in action. Because supporting the scientific community with access to the tools needed to realize the promise of 

CRISPR-based gene editing is what will power the next biological revolution. Digital genome engineering via the Onyx platform also lets you own and control your breakthroughs, giving you the freedom to capture the value of your discoveries.


Biofoundry on your benchtop

Full-scale genome engineering that lets you design, engineer, evaluate and track results on your own benchtop is here and it’s push-button easy. Unleash your lab’s full potential through a single integrated platform that includes the instrument, software and chemistry.

  • The world’s first benchtop platform for scalable digital genome engineering with push-button simplicity.
  • Consumables kits for single and combinatorial edits in E. coli and S. cerevisiae, with additional kits coming soon.
  • Proprietary software that determines library quality and phenotypic analyses.


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Unprecedented scale
  • Build the largest massively parallel, multiplexed and combinatorial libraries.
  • Make diverse edits including insertions, deletions, swaps and more.
  • Rapidly connect multiple experiments, leveraging machine learning processes.
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Superior performance
  • High edit rates ensure your designs are realized.
  • Barcode every cell, track every edit.
  • Rational design approach affords you precise control.
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Greater access
  • The Onyx workflow seamlessly integrates software, consumables and instrument into a fully automated solution. Little gene editing expertise required.
  • Inscripta’s favorable licensing terms ensures that scientists own their discoveries and subsequent inventions.