Freshmedica × Code & Quest
Augmented reality navigation for implant dentistry
Narvi is an AR-assisted surgical navigation system for dental implantology, designed to display navigational guidance directly within the surgical field of view — instead of asking the clinician to look away toward a separate screen.
Developed by Freshmedica and Code & Quest
From the conference floor
Smart Dentistry Day 2026 — thank you, Warsaw
Narvi’s first public outing went really well. Paweł Świerzy presented the system as part of the conference programme, and Paweł Watras joined him for the AR debate. We met a lot of engaged clinicians, researchers and industry people, made some genuinely interesting connections — and have since heard from professors and practitioners who want to take the conversation further.
We had a fantastic time at the conferences — thank you to everyone who came over to talk to us and try Narvi.
Training event
BioHorizons Camlog Training Event — Wimsheim, Germany — 6–9.09.2026
Paweł Świerzy presented Narvi at BioHorizons Camlog’s headquarters, at a training event for a group of implantology specialists with many years of experience — so they could get to know the system properly. Alongside the presentation there were hands-on sessions, with representatives of the company taking part.
Running a conference, show or study day?
We would be happy to bring Narvi along and demonstrate it. And if you simply want to see the system or talk about what it could mean for your practice, research or business, get in touch — we reply to every message.
What Narvi is
Guidance that stays where the clinician is looking
Instead of dividing attention between the patient and an external navigation screen, Narvi explores a more natural workflow: visual guidance aligned with the patient and visible through an augmented reality headset.
The system is being developed to support implant placement by combining augmented reality visualisation, surgical planning data, computer vision, AI-assisted calibration and tracking, real-time virtual guide alignment, and clinician-centred interface design.
The problem
Precision, cost, complexity — and where you have to look
Modern implant dentistry often asks clinicians to balance precision, cost, workflow complexity and visibility.
Traditional surgical guides can improve predictability, but they introduce additional planning, manufacturing and fitting steps. Dynamic navigation systems can provide real-time guidance, but often require the clinician to divide attention between the patient and an external screen.
What if surgical navigation could remain in the clinician’s natural line of sight?
The Narvi approach
A planned guide, placed into your field of view
The goal is a navigation workflow that feels less intrusive, easier to adopt, and better aligned with the way clinicians already work.
Narvi uses augmented reality to place a planned surgical guide into the clinician’s field of view. The system is being developed to support implant placement workflows by combining:
- Augmented reality visualisation
- Surgical planning data
- Computer vision
- AI-assisted calibration and tracking
- Real-time virtual guide alignment
- Clinician-centred interface design
- 01 Plan
- 02 Align
- 03 Display
- 04 Track
- 05 Guide
Why it matters
Designed around four principles
Guidance without gaze aversion
The clinician should not need to repeatedly look away from the patient to follow navigation data.
Clearer surgical view
The system is designed to avoid bulky physical guides or tool attachments obstructing the focal area.
Workflow simplicity
The long-term direction of Narvi is to reduce setup complexity and move toward a lighter, software-led AR navigation workflow.
Wider accessibility
By reducing reliance on physical guides and complex hardware, Narvi aims to support a more scalable, cost-conscious approach to advanced implant navigation.
See it working
Watch the demos
See Narvi in action through recent development videos and live test footage.
Live virtual guide demonstration
The dental virtual guide visible during a live test.
Initial alignment
How the system establishes and locks its alignment to the arch at the start of a case.
Tracking recovery after gaze aversion
How the system responds when the operator looks away from the surgical area and then returns gaze to the patient.
Tracking during patient movement
Tracking behaviour during varied patient movement, including partial occlusion of the jaw.
Virtual guide contrast changes
Live virtual guide contrast adjustment during the procedure view.
Where we are
Current development status
Narvi has progressed through several years of research and prototyping, including previous R&D funding, proof-of-concept development, international exhibition feedback and live development testing.
Current work focuses on simplifying the hardware architecture, improving AR alignment, reducing calibration burden, and preparing the system for further validation with clinical and research partners.
Prototype / research — not yet available for routine clinical use or commercial sale
Who is behind it
Built by clinicians and engineers
Narvi is being developed through a partnership between Freshmedica and Code & Quest.
Freshmedica
Freshmedica brings clinical expertise in implant dentistry, dental surgery, clinical workflows and real-world testing.
Code & Quest
Code & Quest leads the technical development: software engineering, augmented reality, computer vision, AI, electronics and project delivery.
Let’s talk
We are looking to speak with
We would welcome conversations with:
- Implant dentists and oral surgeons
- Clinic owners interested in future beta testing
- Dental technology distributors
- Universities and research partners
- AR, AI and medical-device collaborators
- Investors and commercial partners
- Conference, show and study-day organisers who would like a live demonstration
Get in touch
Register your interest
Tell us who you are and what kind of conversation would be useful.