Human tissues on a chip: smarter drug development

9 out of 10 new drugs fail in clinical trials because animal tests cannot predict human responses. We grow human tissues such as liver, pancreas, and intestine on a chip, creating AI-operated miniature human systems to test new medicines.

Developing a new drug costs billions and takes over a decade, with most candidates failing in late-stage trials because animal models cannot replicate human metabolism. Our AI-operated platform connects human tissues such as liver, pancreas, and intestine on a single chip, mimicking how the body processes medicine. Automation makes it scalable, letting pharmaceutical companies run many tests in parallel, identify failing drugs earlier, and target diseases like diabetes and fatty liver disease that affect hundreds of millions worldwide. With granted and pending patents, the platform is ready for industrial partnerships in drug discovery, toxicity testing, and metabolic disease research.