Medivis

Surgical Intelligence

[Medivis @medivis_ai]

@GabrielleB38436 The optical tracking sensor has 0.07 mm error as verified by a calibrated CMM

[Medivis @medivis_ai]

Seeing is knowing.

[Medivis @medivis_ai]

@Vikingr_Zaddy You’re able to make a smaller incision with confidence when you can actually see what you’re doing.

[Medivis @medivis_ai]

@Celbeat2 💯

[Medivis @medivis_ai]

@GabrielleB38436 Submillimeter precise, FDA cleared. The patient is pinned in place and there’s a rigid reference frame not included in the field of view.

[Medivis @medivis_ai]

@vkhosla 💯

[Medivis @medivis_ai]

@EricTopol @NatureMedicine 🎯

[Medivis @medivis_ai]

We're proud to announce a significant step forward in neurosurgical care. Dr. @RandyDAmico_MD has performed the first catheter placement navigated with Medivis' Cranial Navigation platform. It's a first that matters — intracerebral hemorrhage is one of the most time-sensitive and high-stakes conditions in neurosurgery, and precision is everything.

Post-op imaging confirmed accurate IRRAflow placement within the target hematoma, facilitating efficient clot evacuation.

Medivis' AR-guided platform delivers immersive, real-time anatomical visualization directly to the bedside and OR — giving surgeons the precision and confidence to navigate complex anatomy with clarity.

Dr. D'Amico's work exemplifies what's possible at the intersection of cutting-edge technology and surgical expertise.

Precision. Confidence. Better outcomes.

This is what the future of neurosurgery looks like. Congratulations to Dr. D’Amico and the entire team!

[Medivis @medivis_ai]

Change the lens through which you see the world.

[Medivis @medivis_ai]

Delivering precision AI and AR to the operating room requires uncompromising performance.

Tune in to see how Medivis leverages immersive visualization and agentic AI for real-time surgical guidance - powered by @nvidia - and hear from Dr. Edward Andrews at @UPMC on how this technology is transforming neurosurgery and driving better patient outcomes.

Grateful to be featured and to contribute to advancing the future of AI-powered surgical care!

[NVIDIA Workstation @NVIDIAworkstatn]

Step inside the operating room of the future. 🏥

At GTC 2026, learn how @medivis_ai and @UPMC are redefining neurosurgery with XR + AI—powered by NVIDIA NeMo Agent Toolkit and Cosmos.

📅 Wednesday, March 18 | 3:00 p.m. – 3:40 p.m.

🔗: https://t.co/TuKpmcOZMO

[Medivis @medivis_ai]

@faizancheema 🙏🏼

[Medivis @medivis_ai]

Use our technology to see what matters. Here we see the contextual overlay of multimodal imaging fusion for an arteriovenous malformation.

[Medivis @medivis_ai]

One platform. Any approach. Total flexibility.

Built for routine open and MIS spine procedures, Medivis Spine Navigation functions as a conventional navigation system at baseline, while offering a best-in-class AR experience across a growing array of smart glasses.

Implant- and instrument-agnostic by design, SpineLink™ and universal adaptors allow surgeons to navigate across systems—without being locked into a single vendor or workflow.

Choose traditional navigation views, situated anatomy-aligned overlays for direct spatial context, or detached, floating 3D views above the field for rapid orientation and execution. Switch perspectives seamlessly with a tap or voice command.

Modern navigation, your terms.

[Medivis @medivis_ai]

Introducing Maia, the Medivis AI Agent—an intelligent assistant at the frontier of clinical AI and translational research.

Powered by advances in vision-language models and context engineering, Maia supports workflows across medical imaging, surgical planning, and intra-operative navigation by seeing what you see, understanding software and user intent end-to-end, executing automatic and interactive segmentations, guiding instrument calibration and registration, and dynamically controlling visualization and interaction via natural-language voice and text.

We’re actively collaborating with forward-thinking institutions, technology partners, and investigative researchers—reach out to gain early access and help shape this next evolution in care.

[Medivis @medivis_ai]

Learn more: https://t.co/pe3UWLlW80

[Medivis @medivis_ai]

We’re thrilled to announce that Medivis has received FDA 510(k) clearance for our Cranial Navigation platform, becoming the first company in the world with an AR system cleared for intraoperative guidance in neurosurgery.

This milestone brings real-time, AR-guided visualization directly into the operative field, supporting precision, focus, and confidence across a wide range of cranial procedures. Its portable design also enables image-guided navigation in settings like the ICU, bringing precision care to places where it hasn’t been possible before.

Following our Spine Navigation clearance earlier this year, this achievement marks another major leap forward in making surgical intelligence a reality across specialties and care settings.

We couldn’t be prouder of our team and partners who made this possible!

[Medivis @medivis_ai]

Give surgeons multimodal spatial perception and the entire workflow compresses into clarity.

[Medivis @medivis_ai]

Ideas never sleep.

[Medivis @medivis_ai]

Real-time feature detection and surface digitization to fuse data in seconds.

[Medivis @medivis_ai]

See what matters with powerful Al inference that automatically segments critical brain structures and pathology at the point of care.