HUMDT
The platform integrates virtual reality (VR) and haptic feedback with advanced AI models to simulate human tissues and organs with high accuracy
About the startup
The core concept... The platform integrates virtual reality (VR) and haptic feedback with advanced AI models to simulate human tissues and organs with high physical accuracy, allowing surgeons to experience the sensation of working on real tissue during training How it Works... Accurate physical models of organs are built using technologies such as FEM and XFEM to simulate tissue rupture (e.g., liver capsular rupture or lung tissue failure). AI models are then trained using imitation learning with a proprietary surgical video library and a standardized, large-dimensional (44-dimensional) motion vector that accurately represents the surgeon's movements. Strategic Goal... Aims to be an autonomous surgical training tool, with the potential to expand into preoperative surgical planning and surgical robotics. It targets a global market estimated at $11.8 billion and a regional market (MENA) of approximately $1.4 billion.
Industry
healthtech
Startup stage
MVP
Background
The platform integrates virtual reality (VR) and haptic feedback with advanced AI models to simulate human tissues and organs with high physical accuracy, allowing surgeons to experience the sensation of working on real tissue during training
Sectors
healthtech
City
Alexandria
Country
Egypt
Business model
saas
Target market
Healthcare companies