Studies demonstrate how artificial intelligence, personalized planning and navigation technologies are advancing patient-specific joint replacement
Advita Ortho Showcases New AI-Driven Research Advancing Personalized Joint Replacement
Machine learning knee classification featured in podium presentation; radiomics research expands shoulder insights
Advita Ortho Announces First GPS-Guided Shoulder Case with Central Screw Baseplate
Milestone marks first clinical use of navigation to support central screw placement in shoulder arthroplasty
Advita Ortho Introduces a New Era in Clinical Exchange with AI-Powered Chime™ Platform
Advita Ortho announced a major update to Chime™, its clinical exchange application designed to help orthopedic surgeons connect, collaborate and share clinical insight.
Advita Ortho Awarded U.S. Patent For AI-Enabled Surgical Planning Technology
Patented framework prioritizes key clinical factors to support more consistent, personalized joint replacement planning.
Advita Ortho Strengthens Its AI One™ Surgical Intelligence Platform with 100,000 GPS Cases
Advita Ortho’s GPS surgical navigation platform has supported more than 100,000 joint replacement procedures worldwide building one of the largest datasets in surgical navigation.
Advita Ortho Expands Navigation Platform with Next-Generation GPS Shoulder System
Advita’s next-gen GPS system elevates shoulder navigation to improve accuracy, reduce complications, and streamline surgical workflows.
First Large-Scale CT Radiomic Analysis of Shoulder Anatomy Paves the Way for Personalized Pre-Operative Planning
Next-Generation Shoulder Planning App Launches with Advanced Surgical Features
A major update that introduces innovative features to enhance surgical precision and streamline the planning process for shoulder replacement surgeries.
GPS Innovation Rooted at the Forefront of DeepTech in Grenoble, Driving Global Impact
This year, we are proudly celebrating 15 years of GPS, a transformative navigation technology that has redefined orthopedic surgery by putting real-time, data-driven insights directly into the surgeon’s hands.








