AliveCor (KardiaMobile)
The gold standard in AI-powered personal ECG technology for hospital-grade heart health monitoring.
AI-driven surgical video analytics and cognitive simulation for high-performance operating rooms.
Medtronic Digital Surgery (formerly Digital Surgery Ltd.) represents the vanguard of surgical intelligence, integrating the Touch Surgery simulation platform with the DS1 surgical video recorder and AI analytics ecosystem. By 2026, the platform has evolved from simple video storage to an advanced AI-driven 'black box' for the operating room. It utilizes proprietary deep learning models to perform real-time surgical phase recognition, automated instrument tracking, and anatomical landmark identification. The technical architecture is built on a hybrid cloud-edge model, where the DS1 hardware performs local de-identification and initial processing before syncing with a secure, HIPAA/GDPR-compliant cloud environment. This allows for massive-scale surgical data aggregation, enabling hospitals to benchmark performance across departments. The platform's market position is fortified by its integration with the Hugo Robotic-Assisted Surgery (RAS) system, providing a seamless feedback loop between robotic telemetry and computer vision. For surgical educators, it offers over 300+ validated simulations, while for hospital administrators, it provides operational insights into procedure duration and room turnover efficiency.
Uses convolutional neural networks (CNNs) to automatically partition surgical video into discrete procedural steps.
The gold standard in AI-powered personal ECG technology for hospital-grade heart health monitoring.
Turning the smartphone camera into a clinical-grade medical device for remote diagnostics.
AI-Driven Epigenetic Testing for Early Cardiovascular Disease Detection and Management.
Verified feedback from the global deployment network.
Post queries, share implementation strategies, and help other users.
Real-time edge processing to blur patient faces and identifying metadata before cloud upload.
Synchronizes robotic arm movements with video frames for 1:1 telemetry-to-visual analysis.
AI-generated decision trees based on hundreds of thousands of previously recorded cases.
3D interactive procedure simulations with haptic feedback support.
Aggregate data visualization comparing surgeon performance against global benchmarks.
Proprietary hardware handles low-latency video compression and encryption before cloud ingestion.
Residents need standardized, repeatable training before entering the OR.
Registry Updated:2/7/2026
Review feedback with attending surgeon.
Inefficient phase transitions lead to costly OR downtime.
Difficulties in identifying why a complication occurred post-surgery.