HyperSnap Surgical System (HSS)
Overview
The HYPERSNAP® Surgical System by Hypervision Surgical is an innovative intraoperative platform that integrates Hyperspectral Imaging (HSI) with AI-powered analytics to provide real-time surgical decision support. This system captures real-time hyperspectral data, delivering both conventional color video and functional tissue biomarkers, most notably video-rate oxygenation maps (StO2).
Designed to extend surgical vision beyond the limits of the human eye, HYPERSNAP® empowers surgeons with previously inaccessible visual information, enabling more confident assessment of tissue viability during surgery. It operates as a non-contact, radiation-free system, at over 60 frames per second, providing continuous quantitative feedback without requiring injectable dyes or disrupting existing surgical workflows.
Built on the NVIDIA IGX platform, the system leverages high-performance edge computing capabilities to power real-time AI inference in the operating room, ensuring reliable, low-latency analytics for clinical-grade performance. Hypervision Surgical aims to revolutionize surgical outcomes, reduce complications, and improve patient care by making surgery more precise, safer, and faster through advanced computer-assisted tissue analysis.
Reviewed by Pouyan Golshani, MD — Interventional Radiologist
Key Features
- Real-time hyperspectral data capture
- Conventional color video and functional tissue biomarkers
- Video-rate oxygenation maps (StO2)
- AI-powered analytics for real-time surgical decision support
- Non-contact and radiation-free operation
- Operates at over 60 frames per second
- Seamless integration into existing surgical workflows (open, minimally invasive, robotic, microscopic)
- Dye-free tissue characterization
- Quantitative tissue oxygenation maps
- Built on NVIDIA IGX platform for edge computing
Use Cases
- Assessing tissue viability during surgery
- Mitigation of anastomotic leakage in gastrointestinal and colorectal surgery
- Differentiating between cancerous and non-cancerous tissue
- Monitoring blood perfusion and tissue oxygenation
- Guiding tumor resection
- Enhancing visual feedback in robotic surgery
What Physicians Need to Know
Leverage the real-time tissue oxygenation maps to gain objective insights into tissue viability, especially in procedures where perfusion is critical, such as bowel resections. Integrate the quantitative StO2 data with your visual assessment to enhance decision-making and potentially reduce post-operative complications. The system's seamless integration into existing workflows allows for continuous feedback without disrupting surgical flow.
The HYPERSNAP® Surgical System is built on the NVIDIA IGX platform, leveraging high-performance edge computing for real-time AI inference in the operating room. It utilizes NVIDIA CUDA for compute acceleration and NVIDIA TensorRT for AI inference optimization to achieve real-time performance. The system is compatible with various surgical telescopes (exoscopes and rigid endoscopes) for use in both open and minimally invasive general surgical applications. Hypervision Surgical has also partnered with imec to integrate on-chip spectral sensing technology for scalable intraoperative imaging.
Details
| Category | Surgical AI |
| Pricing | Unknown |
| Compliance | |
| BAA Available | Unknown |
| HIPAA Compliant | Unknown |
| FDA Status | Unknown |
| Integrations | |
| EHR | Not specified |
| Specialties | General Surgery, Neurosurgery, Plastic Surgery |
What the Web Says
The HyperSnap Surgical System (HSS) by Hypervision Surgical is an AI-powered hyperspectral imaging system designed to enhance surgical vision by providing real-time, dye-free tissue oxygenation maps alongside conventional white-light imaging. It aims to improve surgical precision, reduce complications, and support more informed decision-making across various surgical specialties, including open, minimally invasive, robotic, and microscopic surgeries. The system has received UKCA marking and FDA 510(k) clearance, making it the first regulatory-cleared real-time hyperspectral imaging-based medical device for enhanced surgical vision.
Overall: PositiveStrengths
- Provides real-time, dye-free tissue oxygenation maps, extending surgeon's vision beyond human capabilities.
- Enhances surgical precision and safety by offering objective, quantitative tissue viability assessment.
- Seamlessly integrates into existing surgical workflows without requiring injectable dyes or workflow disruption.
- Non-contact, radiation-free, and operates at over 60 frames per second, providing continuous feedback.
- Utilizes AI and clinical edge computing for real-time analytics and improved patient care.
- Applicable across various surgical specialties, including open, minimally invasive, robotic, and microscopic surgeries.
Limitations
- Hyperspectral imaging technology, in general, is still in the research and development stage, limiting its routine clinical practice outside research protocols.
- Available hyperspectral imaging systems can be bulky and not suitable for all minimally invasive surgeries.
- The prospective clinical value of StO2 measurements in disease states has not yet been fully demonstrated.
- Some features may feel rigid, making it harder to customize workflows exactly to specific needs.
- The system can be slow at times, especially when moving between different sections or dealing with a lot of patient information.
- Requires multiple logins before use, which can be frustrating.
Based on reviews from: TrustRadius, MDPI, Capterra, AI Centre, Hypervision Surgical (hypervisionsurgical.com), Reddit, Carebox Health, NIH, Strategic Market Research, G2, King's College London, MedTech Innovator, FDA, Photonics.com, IMV Europe
Last updated: 2026-10-30
Ratings & Reviews
No reviews yet. Be the first to review this tool!
Rate HyperSnap Surgical System (HSS)
Press & Coverage
Videos
Product demos, reviews, and walkthroughs for HyperSnap Surgical System (HSS).
No videos found. Search YouTube directly
Frequently Asked Questions
Investors who backed HyperSnap Surgical System (HSS)
Funded through the company that built this tool.
