Virtual Patient Twin Technology

AI-powered non-invasive health screening system that integrates multimodal optical imaging with computational biology models to assess multiple health parameters including glucose, blood pressure, and body composition from facial analysis. Combines digital biomarkers with machine learning algorithms for real-time multi-dimensional health predictions across clinical and consumer health settings.

AI-powered digital twin technology providing in-silico simulations to support cardiovascular diagnosis and pre-operative planning. Combines advanced medical imaging with high-fidelity numerical simulation to deliver real-time patient-specific insights for surgical decision-making.

An integrated solution combining virtual reality simulation software systems with IoT technology-enabled simulation models and AR/VR/MR experience devices to recreate medical teaching scenarios with hybrid virtual-physical experience.

Virtual reality-based rehabilitation technology platform for motor and cognitive training. The system provides immersive therapeutic environments supporting diverse rehabilitation protocols for various patient populations.

An intelligent software platform based on Physical AI technology designed for rehabilitation therapy optimization. Enables data-driven treatment protocols and patient progress monitoring in clinical environments.

Technology platforms enabling remote patient monitoring and virtual consultations for home care environments.

An artificial intelligence solution for medical imaging analysis that enables precise algorithmic computation for improved diagnostic accuracy. The system is designed to enhance diagnostic capabilities in healthcare settings through advanced machine learning technology.

Innovative immersive virtual showroom technology enabling remote visualization and demonstration of medical imaging systems. Supports remote evaluation of equipment specifications and capabilities.

AI-powered remote physiotherapy platform enabling clinician-led assessment, treatment, and management of acute and chronic conditions. Utilizes MoveAI™ computer vision technology to detect and analyze patient movement patterns in real-time, providing decision-support insights and personalized recovery programs. Supports both in-clinic and remote delivery through integrated clinician portal and patient application.

Software platform for surgical planning and simulation using 3D printing technology and biomechanical analysis. Enables surgeons to visualize complex cases, plan personalized interventions, and practice procedures preoperatively to improve patient outcomes and reduce surgical risk.

A virtual reality simulation software designed for pediatric nursing education and training. The software is part of a comprehensive virtual-real integrated teaching system that combines 3D virtual simulation technology with medical simulation mannequins to construct realistic clinical scenarios. It supports multiple delivery formats including PC, mobile, AR, VR, and MR versions, and is integrated with a teaching management platform for instructors and students.

A suite of digital medical technology solutions designed for hospital implementation, including three-dimensional reconstruction, surgical planning, and clinical decision support capabilities.