Transforming clinical research and development with privacy-preserving synthetic data generation and advanced causal inference.
Our core research combines deep generative models with formal privacy frameworks to create synthetic healthcare datasets that preserve both statistical relationships and patient privacy. By integrating causal inference and differential privacy, we ensure generated data maintains clinical utility while providing mathematical privacy guarantees.
Our platform empowers healthcare organizations to safely generate and validate synthetic datasets at scale. Built for the complexities of healthcare data, it combines advanced privacy-preserving algorithms with automated validation pipelines to ensure both statistical fidelity and regulatory compliance. The platform seamlessly integrates with existing clinical workflows, from EHR systems to research environments.
Generate high-fidelity synthetic datasets with configurable privacy guarantees and built-in demographic balancing
Comprehensive validation suite testing statistical properties, fairness metrics, and privacy compliance in real-time
APIs and tools for seamless integration with clinical research pipelines, including automated documentation and audit trails
Healthcare organizations use our platform to unlock previously inaccessible data insights while maintaining patient privacy. Our synthetic data solutions enable rapid clinical trial design, rare disease research, and AI model development - reducing time-to-insight from months to days.
A machine learning researcher with experience at Samsung AI, the University of Virginia and Evidation Health where he specialised in developing prediction models for a digital health monitoring programs that uses wearable sensor data to detect early signs of illness.
Computer vision specialist combining research at Imperial College London with industry experience at Meta-acquired Scape Technologies and K01. Created large-scale synthetic datasets for simulations, specializing in scalable platforms that ensure accuracy for machine learning models.