Livestock LabsLivestock Labs

Technology

The tech exists. Scale is the challenge.

Cell-based animal products have been realised. But reaching industrial scale depends on three core levers: media cost, bioprocess design, and cell-line performance.

The cell line lies at the foundation, where better performance can create compounding gains throughout the entire system. Better-designed cells can reduce the burden on media and bioprocessing while improving the traits that matter most in the final product.

Side-by-side comparison showing a weak cell foundation creating more media and bioprocess burden versus a robust cell foundation creating less burden and a better final product.
Then and now comparison showing teosinte to modern corn, seeded banana to modern banana, and early watermelon to modern watermelon.

Nature Isn't Optimized For Food Production.

The foods we eat today were selected, bred, and improved over many generations for desired properties: yield, consistency, texture, flavor and nutrition. Next-gen animal products can be designed with the same intent, but with more precision by introducing factors directly responsible for traits of interest.

And it all starts with the cell.

Designed for Precision, Built for Scale

Cutting-edge technology enables Livestock Labs to use targeted, genetic engineering to place genes responsible for useful traits into known, predefined and importantly safe genomic locations. This ensures the generation of cell lines designed for reliable performance, future upgrades, and clarity into how each line is built and controlled.

Three-phase cell line engineering strategy from primary cell isolation to safe-harbor targeting and desired attributes.
Traits required for scalable cultivated meat, shown as twelve phenotype cards arranged in a three-column grid.

On-Demand Control

Our platform includes inducible genetic switches activated by food-approved compounds, giving teams more precise control over when cells grow, mature, and display key properties.

Food-approved compound genetic switch diagram showing OFF and ON states for tunable cell behavior.

Less complexity, better products.

By engineering more of the solution into the cells themselves, we can reduce complexity across media and bioprocessing. The result is a robust path to animal products with better flavor, better nutrition, and better economics.