BioTwin turns deep metabolic blood biomarkers, health history, longitudinal testing, epigenetic age, and continuous physiological signals into a self-evolving model of your biology.
The body is chemistry. We start there.
25(OH)D
Regulates your immune system, mood, and bones. Essential in early development.
Serum magnesium
Helps regulate your nervous system, supports better sleep, and reduces muscle tension.
Serum Ferritin
Reflects how much usable iron your body has stored, influencing energy, concentration, and thyroid function.
CK
Tracks how well your body is recovering from exercise, injury, or underlying inflammation.
EPA+DHA
Linked to brain health, mental wellbeing, and heart or hormone imbalances.
GSH
Your body’s main antioxidant, protecting cells from damage and helping your liver clear out toxins.
Serum Cobalamin
Supports red blood cells, energy, memory, and nerve health.
Your BioTwin begins with metabolic blood testing, then becomes more informative as repeated tests, medical context, epigenetic information, and continuous signals are added.
Each new measurement updates the model, helping you understand your current state, what is changing, what deserves attention, and what actually worked.
BioTwin continuously updates a computational representation of your biology as new measurements arrive, looking for patterns, changes, and responses across time. The aim is not another static report, but a model that becomes more informative as your data grows.
See how it works→
01.Deep blood biomarkers create a high-resolution baseline of your metabolic health.
02.Repeated measurements reveal direction, rate of change, and biological response over time.
03.AI integrates biomarkers, context, and time into a self-evolving model of your biology.
From a blood draw to a living health model.
Your profile
Share your health context and complete a deep metabolic blood panel.
Health score
BioTwin connects biomarkers and context to create your first biochemical state.
Top priority
Your AI report highlights patterns, priorities, and what may be worth measuring next.
Your trajectory
Act with clinician guidance, test again, and let your BioTwin learn from the response.
Predictive diagnostics
Traditional healthcare captures one result, in one range, at one moment.
Repeated measurements reveal where your biology is moving.
BioTwin looks at how quickly meaningful signals are shifting.
New measurements show what actually changed after an intervention.
Biomarkers, history, behaviour, and time form the complete trajectory.
The biological clock
The next layer
A non-invasive wearable being developed to monitor cortisol dynamics continuously and feed that signal into the digital twin.
The destination
Your biology, your trajectory, and your pace in one evolving model. BioTwin is designed to help preserve function, resilience, and metabolic health for longer.
Build a high-resolution baseline from deep metabolic biochemistry and essential biomarkers.
Connect biomarkers, medical context, and behavior to understand your whole biological system.
Follow longitudinal patterns to reveal direction, pace, and meaningful changes over time.
Support earlier, clinician-guided decisions before small biological shifts become larger problems.
Measure again to confirm what changed and whether each intervention truly worked.
Keep learning from new data so your BioTwin evolves alongside your biology.
The BioTwin roadmap
BioTwin is deliberately being built in layers. Each layer increases the resolution of your digital twin.
Build a rigorous biochemical baseline around metabolic health.
Track patterns, direction, and biological response across time.
Integrate DNA methylation-based aging information into the twin.
Bring a dynamic biochemical signal into the model non-invasively.
Expand the range of continuously observable biological signals.
Build your baseline
Start with deep metabolic biochemistry. Build a longitudinal BioTwin. Move from snapshots toward a more complete understanding of your biology over time.
Join the BioTwin waitlist
BioTwin