New Agricultural Tech May Boost Crop Yields

A biotech startup moving to Chicago is deploying microbial soil nutrients to help farmers improve efficiency.

Updated on Oct. 26, 2026 in Organic Food

Bold vector editorial illustration of a glass laboratory vial filled with soil microbes, resting on dark organic loam.
Agricultural biotech firm IMIO has expanded its operations to Chicago, using new microbial technology to improve soil health and increase crop yields. AI Illustration. Upload story photo >

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Agricultural biotech firm IMIO has relocated its headquarters and laboratory to Chicago following a recent investment from Chipotle. The startup uses microbial technology to help farmers improve crop yields while potentially reducing reliance on traditional fertilizers.

Why it matters

With farm production expenses projected to rise by 4.5 percent this year, technologies that aim to cut costs and boost efficiency are gaining traction in the food supply chain. Improving soil health through microbial intervention may provide farmers with a new tool to navigate tightening net farm income, which is expected to decline by 5.5 percent.

Tests of IMIO's Re-Gen product, which uses a blend of fungi, bacteria, and yeast to process crop waste, demonstrated an 11.9 bushels per acre increase in corn yields. These results reflect specific trial conditions, and further research is needed to determine efficacy across broader agricultural environments.

The players

Chipotle

A national fast-casual restaurant chain that invests in food supply chain innovation through its Cultivate Next venture fund.

IMIO

An agricultural biotech startup that develops microbial solutions to transform crop waste into soil nutrients.

U.S. Department of Agriculture

The federal executive department responsible for developing and executing policy on farming and food supply economics.

The details

The Re-Gen product functions by introducing a freeze-dried mix of beneficial fungi, bacteria, and yeast into the soil. These microorganisms break down crop residue left in fields after harvest, effectively unlocking nutrients trapped in the plant matter. By releasing these nutrients directly into the soil, the system aims to nourish future crops and decrease the total amount of synthetic fertilizer required for production.

Timeline

  1. 2019: IMIO was founded in Vermont.

  2. October 2026: IMIO establishes new headquarters and laboratory in Chicago.

  3. 2026: Projected rise in farm expenses and fall in net farm income.

Health Landscape

The transition toward microbial soil health solutions marks a departure from traditional, chemical-heavy fertilizer dependence in industrial agriculture. This shift aligns with ongoing efforts to stabilize the food supply chain by increasing production efficiency amidst rising input costs.

While these agricultural advancements occur at the farm level, they aim to foster a more resilient food system that keeps basic production costs in check. If you have questions about how these farming methods influence the nutritional profile of the produce you buy, talking with a registered dietitian or nutritionist can provide helpful perspective.

The takeaway

Innovative microbial soil treatments offer a promising pathway to improve farm yields and offset rising production expenses. When evaluating food quality, consider researching the agricultural practices behind your grocery staples to better understand how soil management influences the food supply.

Further reading

Learn more about the intersection of agriculture and sustainability in our Organic Food section.

Source note: This article includes information reported by Inc..

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