Doctor performs first cataract surgery using Apple Vision Pro headset

A New York eye surgeon has made medical history by becoming the first doctor to perform cataract surgery using Apple's Vision Pro headset. Dr. Eric Rosenberg completed the initial procedure in October 2025 and has since performed hundreds more cases using the mixed reality system.

The breakthrough could change how surgeons operate and learn. The system allows doctors anywhere in the world to virtually join procedures in real-time, seeing exactly what the operating surgeon sees through the headset's display.

How did it work?

Dr. Rosenberg used a custom platform called ScopeXR that he co-developed specifically for eye surgery. The system works by connecting to existing surgical microscopes and streaming live video directly into the Vision Pro headset.

During surgery, the surgeon can see:

• The operative field in stereoscopic 3D
• Real-time surgical guidance overlays
• Patient diagnostic data from before the operation
• Remote colleagues who join virtually

The platform connects to surgical equipment through standard HDMI, USB, or wireless protocols. This means hospitals don't need to replace existing microscopes to use the system.

"What we accomplished in that operating room is something that has never been done before anywhere in the world," said Dr. Rosenberg. "This isn't just about a new device, it's about reimagining what the operating room of the future looks like."

Why does it matter?

The technology addresses a major challenge in surgery: access to expertise. When complications arise or trainees need guidance, the best specialists aren't always available in person.

ScopeXR changes this dynamic. Expert surgeons can now virtually scrub in from anywhere, seeing the same view as the operating surgeon and communicating through secure audio.

"We are now able to bring the world's best surgeon into any operating room, at any hour, from anywhere on the planet," Dr. Rosenberg explained. "From residents performing their first cases to surgeons facing unexpected complications, this technology democratizes access to expertise and that will save vision."

The system also transforms medical education. Students and residents can observe procedures remotely with unprecedented clarity, reducing crowding in operating rooms while improving learning opportunities.

The context

This development comes as mixed reality technology finally matures enough for medical applications. Apple's Vision Pro, launched in 2024, provides the high-resolution displays and low-latency processing needed for surgical precision.

SightMD, one of the largest eye care practices in the United States, performed the procedures at their facility in New York. The practice serves patients across five states and employs over 100 doctors.

The success of these initial procedures positions mixed reality as a serious tool for surgical specialties beyond ophthalmology. As the technology proves itself in operating rooms, other medical fields are likely to develop similar applications.

The timing is significant. Healthcare faces ongoing challenges with specialist shortages and uneven access to expert care. Remote surgical guidance could help address these disparities, particularly for complex procedures that require specialized skills.