Ressonat provides an augmented reality platform that enables surgeons to holographically render patient MRI and CT imaging for enhanced visualization. This system securely connects to PACS servers, delivering immersive 3D stereoscopic imaging directly within the surgeon's field of sight via wearable guidance technology. The platform aims to improve precision and accuracy during surgical navigation by eliminating traditional line-of-sight issues.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional methods of visualizing MRI and CT scans often present surgeons with challenges in accurately interpreting complex anatomical structures, potentially leading to errors during surgical procedures. Existing imaging techniques may lack the depth perception and real-time interactivity needed for precise surgical navigation.
Solution
RESSONAT offers an augmented reality (AR) platform that creates interactive, holographic visualizations of patient-specific MRI and CT scans. By leveraging deep learning algorithms, the platform generates real-time 3D representations of internal anatomy, allowing surgeons to "see within" the patient. The system connects securely to existing PACS servers, rapidly rendering holographic images for any patient in under 10 seconds. This wearable guidance technology provides surgeons with a comprehensive 360° view of the patient's anatomy directly within their field of sight, enhancing surgical precision and minimizing risks associated with traditional imaging methods.
Target Audience
The primary target audience includes surgeons and hospitals seeking to improve surgical navigation and precision through advanced medical imaging technologies.
Features
- Holographic rendering of MRI and CT scans using augmented reality
- Deep learning algorithms for real-time 3D visualization of patient anatomy
- Secure connection to PACS servers for rapid image retrieval
- Wearable AR headset providing a comprehensive 360° view
- Advanced stereoscopic imaging for enhanced depth perception
- Linear working environment within the surgeon's field of sight