One Sample
A simple at-home finger-prick collected over 5 days. No clinic visits, no fasting, friction-free scaling.
We turn a single finger-prick into a continuously learning virtual twin. A dual-engine model monetizing consumer wellness today to build the clinical multi-cancer detection AI of tomorrow.
Standard blood tests read 20 to 30 parameters. BioTwin reads over 30,000 biomarker signals from a single finger-prick using mass spectrometry, creating an unparalleled dataset for predictive AI.
A simple at-home finger-prick collected over 5 days. No clinic visits, no fasting, friction-free scaling.
High-resolution mass spectrometry captures a complete metabolic signature, not just a targeted checklist.
Raw data is organized into actionable health programs: Healthspan and Longevity, Elite Human Optimization, and Weight Management.
A living mathematical model that learns retroactively. When our research team adds a new analysis, the twin updates without a new kit.
The data required to train clinical AI for complex diseases is vast and expensive to acquire. BioTwin solves this cold-start problem through a self-funding data flywheel.
TwinMe (Consumer): We deliver immediate value through 3 commercial wellness programmes (Longevity, Elite Optimization, Weight) generating immediate revenue.
BioTwin (Clinical): Every anonymized finger-prick continuously expands our multi-omics database, directly training our predictive models for oncology and chronic diseases.
"By mapping individual trajectories rather than population averages, we can detect minute biological deviations before they manifest as clinical symptoms."
Our virtual twin technology is already deployed in real-world clinical environments.
BioTwin's first clinical pilot delivers results today through partner physicians at Cleveland Clinic Abu Dhabi. The programme is under the regulatory framework of the United Arab Emirates.
Current screening: Breast cancer · Colorectal cancer
Performance: Current models demonstrate 0.78 sensitivity across 6 cancer types using multi-omics integration.
Beyond the UAE pilot, BioTwin runs active research programs globally, supported by over 50 published studies validating our biomarker signatures.
These are scientific projects, and TwinMe kit data contributes directly to them.
Global leaders are investing in virtual twin technology as a foundational infrastructure for precision health.
"There will be a before and after the virtual twin of the human body."
The Living Heart Project and Emma Twin initiative are advancing virtual twin technology for cardiac care and personalized medicine.
Healthcare virtual twins powered by AI simulation
NVIDIA's healthcare platforms support accelerated medical simulation and scalable virtual twin infrastructure.
Whole Body Digital Twin for metabolic health
Published peer-reviewed clinical outcomes demonstrating measurable metabolic improvement through twin-based modeling.
Why this matters: Investment by global leaders confirms that virtual twin infrastructure is becoming a foundational layer in precision and preventive healthcare.
We are building the definitive biological dataset for preventive medicine. To access our data room, clinical results, or speak with leadership, reach out today.
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