Co-founder
Profile summary: Stanford University • PostDoc Researcher

Owkin provides an AI-driven platform that integrates multimodal patient data from a federated network of hospitals to generate and test drug discovery hypotheses at scale. Its autonomous AI Scientist, K Pro, identifies biomarkers, matches therapies to patient subpopulations, and optimizes clinical trial design, continuously learning from real‑world outcomes to accelerate biopharma development.
Raised to date
$304.1MRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
$139M across 4 disclosed rounds





+5$33M · Series B
Announced Mar 2026
Disclosed cumulative: $139M
Reported total $304.1M
Incomplete round history. $165.1M of the $304.1M reported total isn’t matched to a known round.
Drugdiscovery and development are slowed by the complexity of patient biology and the difficulty of integrating large, multimodal patient datasets (genomics, imaging, clinical records). Traditional approaches struggle to identify the right patient subpopulations and predictive biomarkers, leading to inefficient clinical trials and delayed delivery of targeted therapies.
Owkin has created an autonomous AI Scientist called K Pro that acts as a single decision‑making agent for biopharma. The platform ingests multimodal patient data from a federated network of over 100 hospitals and applies large‑language‑model‑based biology, specialized AI skills, and intelligent orchestration to generate and test hypotheses at scale. By linking AI predictions with wet‑lab validation, K Pro discovers novel biomarkers, matches drugs to patient subpopulations, and optimizes trial design (population definition, enrichment, external control arms). The system continuously learns from real‑world outcomes, ensuring that insights remain up‑to‑date and clinically relevant.
Primary customers are pharmaceutical and biotech companies, contract research organizations, and academic research institutions that need AI‑enhanced insights for drug discovery, clinical‑trial optimization, and diagnostic development.