Real-Time Procedural Navigation Platform

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.

A next-generation 3D tracking technology engineered for reliable and resilient performance in complex real-world environments. Designed for medical and surgical applications, it provides ground truth pose data through contact and interaction, functioning as a proprioceptive layer that complements, corrects, and completes perception systems. The platform is built to deliver precision and reliability for critical medical applications.

Integrated image guidance system combining preoperative diagnostic imaging with intraoperative real-time visualization to provide continuous surgical navigation across multiple surgical specialties.

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.

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

Computer-based augmented reality navigation platform that integrates with surgical procedures to provide enhanced visualization and guidance during orthopedic and neurosurgical interventions.

Software and hardware integrated system providing intraoperative navigation and anatomical guidance through augmented reality visualization. The platform merges digital imaging data with real anatomy to enhance surgical precision and reduce reliance on traditional external monitoring systems.

Software platform that uses artificial intelligence to calculate optimal surgical trajectories for minimally invasive orthopedic procedures. System provides real-time guidance to robotic surgical arms.

Integrated software and hardware platform combining real-time 3D imaging with intelligent surgical planning capabilities. Enables surgeons to visualize complex anatomical relationships and optimize surgical approach.

Technology platform facilitating real-time remote support and guidance for surgical procedures, allowing specialist surgeons to advise and supervise complex operations from remote locations. Enables integration with operating room equipment and supports immersive training environments for surgical teams.

An intelligent navigation and tracking system for robotic surgical platforms that utilizes artificial intelligence and real-time data processing. The system provides surgeons with precise anatomical guidance and spatial awareness during complex procedures.

Full-stack control system software providing real-time surgical navigation, instrument tracking, and procedural guidance integration. Designed for surgical integrators requiring precision imaging and tracking capabilities.