SomaDetect has developed an optical sensor technology that measures critical indicators of milk quality (fat, protein, somatic cells, progesterone, antibiotic residuals) via light-scattering, computer vision and deep-learning. The company has a research partnership with Cornell University's College of Agricultural and Life Science to further develop and refine their models.
SomaDetect has developed an optical sensor technology that measures critical indicators of milk quality (fat, protein, somatic cells, progesterone, antibiotic residuals) via light-scattering, computer vision and deep-learning. The company has a research partnership with Cornell University's College of Agricultural and Life Science to further develop and refine their models.
SomaDetect has developed an optical sensor technology that measures critical indicators of milk quality (fat, protein, somatic cells, progesterone, antibiotic residuals) via light-scattering, computer vision and deep-learning. The company has a research partnership with Cornell University's College of Agricultural and Life Science to further develop and refine their models.
SomaDetect has developed an optical sensor technology that measures critical indicators of milk quality (fat, protein, somatic cells, progesterone, antibiotic residuals) via light-scattering, computer vision and deep-learning. The company has a research partnership with Cornell University's College of Agricultural and Life Science to further develop and refine their models.