A food tech company unlocking the natural genetic diversity of plants to create healthier and more sustainable food options.
Provides AI-driven bioinformatics services that integrate multi-omics data, including epigenomics, to predict plant traits.
Israel · Company
Provides AI-driven genomic analysis tools like SNPeasy to accelerate breeding programs.
International Maize and Wheat Improvement Center, pioneering genomic selection for developing world crops.
Embrapa
Brazil · Government Agency
Brazilian Agricultural Research Corporation, extensively using genomic selection for tropical agriculture.
Provides low-pass whole genome sequencing platforms specifically optimized for agricultural genomic selection.
A molecular genetics research company developing technology platforms for crop improvement.
Provides CRISPR and molecular breeding services to optimize crop traits.
One of the world's leading plant breeding companies, heavily utilizing genomic selection in sugarbeet and corn.
Uses gene editing and advanced breeding tools to improve tropical crops like banana and coffee.
Genomic selection tools combine SNP chips, long-read sequencing, and ML models to estimate breeding values for traits such as disease resistance, flavor, or drought tolerance. Pipelines ingest genotype and phenotype data from global breeding nurseries, train prediction models, and recommend crossing strategies that maximize genetic gain while preserving diversity.
Seed companies, specialty crop breeders, and public research institutes use these tools to cut years off selection cycles, accelerate trait stacking, and respond faster to market or climate shifts. Platforms like Illumina’s Connected Analytics and partners such as KeyGene integrate greenhouse robotics and automated phenotyping to feed models more accurate training data.
Next steps include integrating epigenetic markers, microbiome interactions, and environmental covariates to refine predictions under climate stress. Challenges persist around data sharing between breeding programs, the cost of genotyping for minor crops, and ensuring algorithmic transparency to satisfy regulators and growers. Open breeding consortia and pay-per-use genomics services are helping democratize access.
