Augmented precision. Minimal invasiveness. Faster recovery.
Custom-built MR/AR software for next-gen surgery.
Built for a Leading Eastern European Surgery Institute
A renowned Traumatology and Orthopedics institute has developed together with our partner a Mixed Reality (MR) solution that transforms surgical workflows and minimizes recovery time. Later, this same platform was successfully adapted for cardio surgery, demonstrating its scalability across medical domains.
AR + AI = Surgical Innovation
AR-Guided Surgery
- Real-time 3D bone models are visualized inside the patient via HoloLens
- Surgeons perform with millimeter-level precision and minimal invasiveness
AI-Powered Bone Reconstruction
- Reconstructs accurate 3D models using only 2 X-rays
- Trained on a curated bone sample database
- Eliminates the need for full-body scans
Secure, Scalable Infrastructure
- Multi-user backend enables collaboration across surgery teams
- Secure API architecture ensures compliance and data protection
Technology Stack
- Unity (Microsoft HoloLens) – Interactive AR surgery guidance
- React Native – Cross-platform companion app
- PHP Backend – Scalable multi-user infrastructure and APIs
- 3D Modeling – Custom anatomical reconstructions
Adapted for Cardio Surgery
Following the success in trauma operations, the platform was extended to cardiovascular procedures—proving the adaptability of our HealthTech architecture to multiple surgical fields.
Outcomes
- Empowered surgeons with real-time spatial insights
- Reduced surgical invasiveness and improved accuracy
- Reusable architecture across surgical specialties
- Decreased recovery times and complication rates
Why This Matters in HealthTech Software Development
This project exemplifies how HealthTech software development can bridge hardware, AI, and AR to achieve real-world clinical impact. From improved surgical outcomes to scalable cross-specialty applications, it’s a model for building transformative medical software.
Build Your Own Surgical Assistant
We’re experts in developing custom MR/AR solutions for healthcare. Whether you’re creating tools for orthopedics, cardiology, or neurosurgery – we’re ready to help.