Digital Twin Concept Background

Precision Ventilation via Digital Twin

Real-time lung simulation, predictive analytics, and optimized clinical decision support.

Advanced Lung Mapping

Visualize patient lung mechanics in real-time. Our digital twin detects overdistension and airflow risks before they manifest clinically, allowing for proactive, precision-based ventilator adjustments.

  • ✓ Predictive Clinical Forecasting
  • ✓ Optimized Ventilation Mode Selection
Clinical Prediction Forecast

Predictive Clinical Forecasting

Don't just react to patient vitals—anticipate them. Our digital twin engine forecasts compliance trends, VILI risk, and airway pressure over extended periods.

  • 01 Proactive Intervention: Adjust settings based on predicted trends before adverse events occur.
  • 02 Reduced Complexity: Simplifies complex waveform data into clear, actionable clinical metrics.
NSF I-Corps Logo

NSF I-Corps

MedTwinX has been rigorously validated through the National Science Foundation's I-Corps program. We have successfully engaged with key clinical stakeholders to confirm the demand for our digital twin technology, earning recognition for our speed and execution.

Pace Maker Award

For outstanding speed in customer discovery.

Road Warrior Award

For extensive and impactful stakeholder engagement.

Selected for NSF AccelCorps

Based on our validation success, we have been selected for the NSF AccelCorps program to accelerate the development of Minimum Viable Product (MVP).

Meet the Team

Anas

Syed Anas Nisar

Project Lead

Chinmay

Chinmay Chavan

Co-Lead

Dr Banerjee

Debjyoti Banerjee

Technical Advisor

Mike

Mike Wilkinson

Industrial Advisor

Zainab

Asma Zainab

Clinical Advisor