Barco’s edge compute platform, built on NVIDIA IGX technology, providing scalable clinical grade compute for real time AI workloads.
Why the OR needs an AI Platform?
"AI is rapidly entering clinical practice, but running AI safely in the OR requires more than standalone applications. Hospitals need a secure, scalable foundation where intelligent systems can integrate directly into surgical workflows."
A unified compute platform for surgical AI
A smart surgical display developed with SoftAcuity that acts as a real time assistant in the operating room, enabling touch and voice interaction.
A video over IP platform that delivers deterministic, near zero latency transport of surgical video and clinical data.
Why partner with Barco?
Real time AI performance powered by NVIDIA IGX technology
Access to surgical video and data streams in real time
Secure integration with operating room infrastructure
Faster deployment of clinical grade AI applications
A scalable platform for deploying AI applications across hospitals
See surgical AI in action at NVIDIA GTC
Barco demonstrates a complete perioperative workflow that shows how AI applications support clinical teams throughout the surgical journey.
The demonstration integrates two 3rd party applications that provide decision support for the clinical staff:
A surgical copilot providing real time guidance such as surgical phase detection and anatomy recognition.
Agentic AI driven anesthesia decision support providing assistance in critical care workflows.
Connected through Nexxis, these applications operate within a unified surgical environment designed for real time AI collaboration.
Meet Barco at NVIDIA GTC
📍 San Jose, CA - Healthcare Pavilion, Booth 90
📅 March 16-19, 2026
The Next Era of Surgery: AI‑Driven Innovation in the Operating Room
March 17, 6:20 p.m.
• Presented by Stephanie Dupont
Contact our team to explore partnership opportunities!
- Stephanie Dupont (VP Product Mgmt. R&D & Nexxis, Surgical)
- Bart Moens (Product Manager, Surgical)
- Julie Coorevits (Business Development, Surgical & Modality)