Explainer Videos

Discover how AI Agents use generative models to transform drug discovery and healthcare innovation.

Explore AI's impact on cancer therapy and precision medicine through data-driven insights and Owkin partnering with Jewish General Hospital.

Discover how the C Index improves AI predictions, from tea data to patient survival insights in cancer research.

Explore Owkin's AI Drug Match Engine, leveraging knowledge graphs and patient data to uncover new drug applications and enhance treatment outcomes.

Discover Owkin's TargetMatch, leveraging 50 petabytes of multimodal data from 30M patients to revolutionize AI-driven therapeutic target discovery.

Discover how Owkin's AI accelerates clinical success for OKN4395 by identifying optimal indications and patient subgroups.

Explore how Owkin’s TargetMATCH uses AI to identify therapeutic targets and patient subgroups, advancing drug discovery with precision.

Understand how MSIntuit® CRC pre-screens for Microsatellite Instability directly from digitized H&E slides. 

Discover Owkin's interactive A to Z of AI in Healthcare. Understand key AI concepts and their future impact on patient care with simple and advanced explanations.

Learn how Owkin’s AI-powered MSIntuit CRC enhances colorectal cancer diagnosis by pre-screening for microsatellite instability via digitized slides.

Owkin’s AI drives drug discovery with multimodal data, uncovering drug targets, predicting outcomes, and enhancing precision medicine.

Explore SRATTA attack in federated learning, a risk to secure data sharing, and Owkin’s strategies to strengthen defenses in healthcare research.

Explore the role of AI in predicting breast cancer relapse, enabling oncologists to make informed treatment decisions and improving patient outcomes.

MSI Intuit CRC boosts colorectal cancer screening precision, offering robust, AI-assisted diagnostics in pathology.

Join Dr. Charlotte Spencer as she explores the role of AI in understanding kidney cancer biomarkers, enhancing histopathology, and improving patient outcomes.

Learn how Mosaic leverages spatial omics to revolutionize cancer care by enabling precision medicine and developing next-gen treatments.

Explore how Owkin’s AI engines transform drug discovery with patient data and precision medicine insights.

Discover the human stories behind AI diagnostics and precision medicine. Learn how innovations in AI are transforming healthcare from patient to machine learning.

Discover how Professor Miriam Merad utilizes AI and precision medicine at Mount Sinai to revolutionize diagnostics and drug development in partnership with Owkin.

Learn how AI-driven external control arms enhance oncology trials, providing valuable insights into patient responses and accelerating the path to market access for new therapies.

Explore how spatial omics combines RNA and protein analysis with imaging to map cell activity and transform healthcare research.

Substra enables secure, collaborative AI in healthcare, preserving data privacy through federated learning for impactful medical research.

Flamby provides a standardized, open-source data suite for healthcare, enhancing AI with real-world data from CT, MRI, and histopathology.

SecureFedYJ enables decentralized AI in healthcare, normalizing clinical data across hospitals for private, federated drug discovery.

AI-driven voice analysis could diagnose diseases like cancer and depression, positioning voice as a vital clinical biomarker in healthcare.

PULS-AI predicts outcomes for anti-angiogenic treatments, using multi-modal data to improve cancer patient risk stratification and personalized care.

Discover how Owkin uses federated learning to accelerate drug discovery and improve patient care, all while safeguarding data privacy.

Learn how Owkin's data-driven covariate adjustment methodology boosts statistical power and supports regulatory submissions for oncology trials.

Owkin’s AI diagnostics streamline cancer care, enhancing pathology insights for targeted therapies and improved patient outcomes.

Explore AI biomarkers' role in precision medicine, from treatment prediction to drug repurposing and improved diagnostics.