Twin, Test, Treat: Brain Therapy made Predictable.

VB Tech provides digital twin brain simulations to support clinicians and researchers in exploring brain function, understanding pathological mechanisms, and evaluating potential interventions.

Our mission is to develop simulation-based tools that integrate patient data to support more informed clinical and research decisions.

VB Tech combines its Virtual Brain Twin technology with novel non-invasive neurostimulation approaches to support clinical and research applications in neurology.

This integrated platform offers a new way to model, test, and understand brain function in both health and disease.

The medical challenge

Brain disease care is highly complex due to patient variability and limitations of current diagnostic and treatment approaches Traditional methods rely on indirect biomarkers, subjective clinical interpretation, and often invasive procedures, leading to diagnostic uncertainty and inadequate therapeutic decisions.

Brain diseases face a critical unmet need for precise, personalized, and predictive tools, limiting treatment optimization and patient outcomes.

For instance, in drug-resistant epilepsy (30%), identifying the seizure epicenters remains imprecise and incomplete, resulting in 40% failed surgeries.

1 in 8 people affected by brain diseases
This accounts for 1/3 of global healthcare spending and causes 6.8 million deaths per year. As the population ages, these figures are bound to increase even further.
50 million people affected by epilepsy
30% of epilepsy patients are drug-resistant (DRE). Epilepsy care accounts for $120 billion in healthcare costs per year.

Active research

15 publications
on inference development
20 publications
on application in the context of brain modeling
>100 publications
on large-scale brain simulation
>1000 models
of individual, Connectome-based brain networks
>10 million
CPU core hours of brain simulation
>300 patients
enrolled in clinical trial of epilepsy treatment

The VB Tech solution

Screenshot of Hygie software

The Virtual Brain Twin, the first functional digital twin of the brain simulates whole-brain dynamics using patient-specific data to support individualized exploration, diagnosis, and treatment strategy.

In epilepsy, our Virtual Epileptic Patient (VEP) precisely identifies seizure origins, addressing a $1B market for drug-resistant patients.

VEP also allows virtual surgery to determine the optimal strategy before intervention, improving surgery precision, reducing failure rates (40% Today), and minimizing risks.