Spatial Tracking Technology Platform

Software and hardware system providing real-time instrument tracking and anatomical navigation guidance. Integrates ultrasound imaging with intelligent tracking capabilities for interventional procedures.

Software solution integrating imaging data with optical tracking for neurosurgical guidance and planning. Provides surgeons with real-time anatomical reference and instrument positioning information during procedures.

Integrated software platform for real-time monitoring and tracking of patient movement patterns and gait analysis results. Allows practitioners to document progress, adjust treatment protocols, and identify injury risk factors.

An AI-powered software platform that converts CT scans to interactive 3D models in minutes for pre- and intraoperative use in thoracic surgery. The platform provides patient-specific anatomical visualization for complex lung procedures such as segmentectomies and lobectomies, enabling surgeons to annotate tumors, plan resection margins, and simulate tissue movement. It integrates with PACS systems, runs locally to maintain data security within hospital networks, and supports real-time intraoperative guidance by displaying 3D anatomy alongside endoscopic video during VATS and robotic surgery procedures.

AI-powered motion tracking platform using computer vision for exercise prescription, real-time patient guidance, and movement assessment in physiotherapy and rehabilitation. Integrates into existing EMR systems or operates as standalone solution, providing objective kinematic data for patient monitoring and clinical outcomes optimization.

Holistic software and hardware platform combining EMG, movement analysis, and postural assessment data. Centralizes patient data for comprehensive functional orthopedic evaluation.

Integrated platform combining medical image segmentation, 3D printing, VR capabilities, and workflow management tools. Designed for hospitals to streamline surgical planning and optimize patient outcomes from imaging through pre-operative visualization.

A comprehensive real-time location tracking system utilizing BLE technology and multi-lateration to monitor personnel and assets within healthcare facilities. The platform integrates with existing Wi-Fi infrastructure and provides location data through a secure RTLS server, enabling efficient asset management and staff tracking.

A comprehensive monitoring solution integrating vision AI and edge AI technology for continuous patient surveillance and data analysis in medical facilities. The system processes information locally for reduced latency and enhanced privacy.

An integrated digital health platform for continuous monitoring of orthopedic surgery patients outside of clinical settings. The platform facilitates real-time data transmission and clinical decision-making for post-operative care management.

Digital platform integrating minimally invasive orthopedic procedures with AI and robotic-assisted surgery guidance systems.

Intraoperative guidance platform integrating preoperative imaging with real-time tracking and visualization to provide continuous surgical navigation and decision support during complex procedures.