Plain-language explainers on how AI is changing drug discovery — what works, what the data says, and how to evaluate the sector.
AI-driven drug discovery (AIDD) applies machine learning, generative models, multi-omics data, physics-based computation, and automated experimentation to the drug R&D process. It spans target identification, protein structure prediction, molecule and antibody design, ADMET prediction, synthesis route planning, and increasingly clinical trial design and patient stratification.
Traditional drug development takes 10–15 years and averages over US$2B per drug, with a failure rate above 90%. AI attacks the earliest, most failure-prone stages — turning "broad screening and slow validation" into "data-guided, precision targeting."
AIDD is not about a single lucky prediction. It is a closed loop: Design → Make → Test → Analyze (DMTA), repeated with ever-improving models. Insilico's rentosertib went from target discovery to preclinical candidate nomination in about 18 months.