Medical & Care Perception Systems

This solution is built on TOF (Time-of-Flight) 3D depth sensing technology, combined with embedded algorithms and human behavior understanding models. It is designed for medical care, assisted living, elderly care, and rehabilitation monitoring, providing non-contact, privacy-friendly, and 24/7 reliable spatial perception and behavior recognition capabilities.

The system relies solely on depth information and does not capture RGB images, ensuring both privacy protection and long-term operational stability.

Fall Detection & Risk Alerting: By analyzing 3D human silhouettes and motion trajectories, the system detects falls from multiple directions and postures, enabling real-time alerts. Suitable for nursing homes, rehabilitation centers, hospitals, and independent living environments.

Prolonged Sitting / Lying Detection: Continuous monitoring of human posture changes in 3D space allows identification of abnormal prolonged sitting or lying behavior, providing decision support for caregivers and medical staff.

Privacy-Preserving, Non-Contact Sensing: The system outputs only depth data and behavior results. No color images are captured or stored, making it suitable for privacy-sensitive medical and care environments.

24/7 Stable Operation: Independent of ambient lighting conditions, the system operates reliably in darkness or low-light environments and is suitable for continuous, around-the-clock operation.

Embedded, Local Algorithm Deployment: All algorithms can run entirely on local embedded platforms without reliance on cloud services, ensuring real-time response, flexible deployment, and easy integration into existing medical systems.