A South Korean startup is cutting microbial strain development from 3–6 years to 3–6 months.

Crop-specific microbial strains have long been considered the better option for seed treatments. Yet most treatments still use generic microbial strains that weren’t built for a specific crop, soil type, or region.

Building crop-specific ones has always been possible, just too slow to be practical. microBalance Co. Ltd is trying to change that.

The process works in two stages:

Smart Selection: Customer-provided soil or crop samples are run through microbiome profiling and ML models. The platform maps beneficial microbes alongside pathogenic communities, factoring in cultivation environment, host crop, and pathogen presence together.

Smart Detection: Shortlisted candidates go through metagenomic assembled genome analysis to pinpoint microbial species and functional genes. Fast screening then locks in final strains with the specific traits needed.

The company is already filing patents on differentiated strains. One example is a novel Beauveria bassiana strain, ASO-01, showing higher spore production and improved insecticidal efficacy against worms and chicken mites. It is positioned for soil and plant-borne pest management.

Beyond biocontrol, the platform also supports pathogen detection and antibiotic resistance gene analysis, which could feed into broader resistance management and sustainability programs.

microBalance is one of several agricultural companies rethinking how food is grown under increasing climate pressure.

My team recently mapped 10 of the latest innovations from leading agricultural companies tackling these constraints, from CRISPR-edited drought-tolerant crops to autonomous field robots and AI-powered decision platforms.

You can read the full breakdown here: https://greyb.com/blog/agriculture-innovations/