A truly global problem.
Body system data is a precursor to breakthrough research, predictive medicine, and timely care.
60%
of healthcare executives consider digital twins as necessary for the future of non-intrusive healthcare.
$9.2M
the average cost of a healthcare security breach, a 29.5% year-over-year increase from 2020.
45%
of a data scientist's time spent on loading and cleaning data prior to medical modelling.
Introducing Cure Data
A foundation for the future
Built on 33 years of research, advanced organ models yield unprecedented data.
Early research
Dr. Roustem Miftahof's lab begins exploring the implications of digital representations of the stomach.
Small intestine. Large step forward.
Two of the first organ systems to be reliably modelled and validated against animal experiments: the small intestine and colon.
Neuro-hormonal mechanisms
Research reaches beyond organ systems to simulate mechanisms, starting with neuro-hormonal axes.
Urinary bladder and uterus
The first complex organ models are validated against clinical data, bringing us closer to parity with traditional trial-based methods.
Brain-stomach axis
Building on confidence from validation, work evolves from analysis to synthesis. Synthetic data is produced from an array of high-fidelity organ models.
State of the art
Rolling out experimental access to our first simulation and data APIs, encapsulating the small intestine, colon, stomach, uterus, and bladder.
Global access to cutting-edge tools
We're planning to launch a suite of tools for simulating the entire body's organs. Low-cost, highly-configurable synthetic data and non-invasive organ models launch a wave of inquiry never before possible.
Medical data without clinical trials
Cure Data's solutions enable system-level diagnostics without lifting a scalpel.
Using clinically-validated organ models, we produce data as good as the ground truth. For researchers, developers, and practitioners.
Digital Twin
Care from anywhere.
Accurately predict the outcome of a change in lifestyle, medication, or condition.
Fine-tune our organ models to your patient's inputs. Real-time, one-to-one representations of organs mean less stress for you and your patient.
Synthetic Data
Train. Backtest. Deploy.
Model scenarios as you would with stock prices.
Rich datasets and modelling tools power backtesting for breakthrough research.
We partner with the best in cloud supercompute to power the most intensive workloads.
Cure Data's synthetic data will be based on real-time dynamic simulation of biological processes and multi-model physiological processes integration
Coming soon
Ask Cure
Get real-time, understandable answers from your biodata, on your terms.
What if you could prompt your health data to get answers in real-time? Reach out to learn more.
Backed by the best
Cure Data is proud to partner with some of the best accelerators.
