50 AI/Ai-ADJACENT APPLICATIONS
Resources Available today
This directory features 50 AI applications currently available to orthopedic surgeons and healthcare professionals. The tools are organized across four key practice areas: Clinic Administration, Imaging & Planning, OR Guidance & Robotics, and Post-operative Care. Each application is labeled as True AI (machine learning/computer vision), AI-Adjacent (smart algorithms), or Emerging (experimental technologies). This resource helps orthopedic professionals discover, evaluate, and implement AI solutions that can improve patient care and streamline clinical workflows.
AI Classification
True AI: Core machine learning, computer vision, or predictive analytics
AI-Adjacent: Smart digital tools with rules-based algorithms or limited AI
Emerging: Experimental, mixed reality, or early-stage AI platforms
Clinic Admin & Documentation
AI tools for clinical workflows and documentation
AI
Nuance DAX Copilot
Ambient note-taking in Epic; reduces documentation time
AI
Abridge
Ambient AI turns conversations into draft notes
AI
Augmedix
Ambient clinical documentation and scribing
AI
Suki Assistant
Voice-enabled AI assistant for visit notes
AI
Nabla Copilot
Lightweight ambient note capture
AI
LeanTaaS iQueue
ML block management and case recommendations
AI
Qventus Perioperative
AI case length prediction and optimization
Imaging, Templating & Planning
Advanced imaging analysis, preoperative planning, and surgical templating solutions
AI
ImageBiopsy Lab
AI grading for MSK radiographs and knee OA
Adjacent
Materialise OrthoView
Digital templating for THA with auto-measure
AI
PeekMed
AI-assisted 3D planning for arthroplasty
AI
RSIP Vision
Computer-vision for planning and guidance
AI
Gleamer BoneView
FDA-cleared fracture detection on X-ray
AI
Nanox.AI HealthOST
Opportunistic osteoporosis risk from CT
AI
Radiobotics RBHip
Automated measurements and OA findings
Adjacent
HipXpert
THA templating with standardized landmarks
Adjacent
TraumaCad
Digital templating suite under Brainlab
Adjacent
mediCAD 3D
3D hip modules for alignment positioning
AI
Formus Labs
AI-automated 3D joint replacement plans
AI
Subtle Medical
AI denoising to speed MSK MRI
AI
Emovi KneeKG
AI-supported 3D knee motion analysis
OR Guidance, Navigation & Robotics
Advanced surgical guidance systems, robotics, and operating room intelligence platforms
Adjacent
Stryker Mako
CT-based planning with haptic guidance
Adjacent
Zimmer ROSA Hip
Imageless navigation for alignment
Adjacent
DePuy VELYS
Hip navigation in Digital Surgery ecosystem
Adjacent
Smith+Nephew RI.HIP
Imageless THA navigation with CORI
Adjacent
Brainlab Hip Nav
Navigation on Curve platform
Adjacent
Naviswiss Hip
Palm-sized imageless navigation
Adjacent
Intellijoint HIP
Mini-optical navigation tool
Adjacent
Pixee Medical
AR-based guidance with smart glasses
AI
OrthoGrid Hip AI
AI fluoroscopic correction for DAA THA
Emerging
HipInsight
FDA-cleared mixed-reality guidance
AI
ORTOMA
AI-assisted THA planning and guidance
Emerging
Proprio
Light-field imaging and AI guidance
Emerging
Proximie
OR connectivity and AI insights
Emerging
Theator
AI surgical video analytics
Emerging
Caresyntax
OR data platform with AI analytics
Post-op Monitoring, Rehabilitation & Outcomes
AI-powered recovery tracking, rehabilitation guidance, and outcome measurement tools
AI
Zimmer mymobility
Apple Watch pathways plus WalkAI
AI
Persona IQ
Implant-embedded sensors with AI
AI
Canary Medical
Analytics from smart-implant data
AI
Hinge Health
Digital MSK with computer vision
AI
Sword Health
AI-powered digital physical therapy
AI
Kaia Health
Smartphone CV Motion Coach for MSK
AI
OneStep
Smartphone gait analysis and tracking
AI
Force Therapeutics
Episode-of-care platform with RTM
AI
BioSensics LEGSys
Wearable gait assessment with AI
AI
GaitUp
Clinical-grade wearable gait analysis
AI
Swift Medical
AI wound imaging and monitoring
AI
Tissue Analytics
Computer-vision wound measurement
AI
eKare InSight
3D wound imaging with AI measurement
AI
PatientIQ
PROMs collection with predictive analytics
AI
RecoveryOne
Virtual PT platform for MSK recovery
AI Chat Models for Healthcare Professionals
Leading large language models for research, clinical decision support, and professional development
LLM
Claude AI
Advanced reasoning and analysis for medical literature review and clinical research
LLM
ChatGPT
Versatile AI assistant for medical education, patient communication drafting, and research support
LLM
Google Gemini
Google's multimodal AI for document analysis, image interpretation, and clinical workflow optimization
LLM
OpenEvidence
Healthcare-specific AI for evidence-based medicine and clinical question answering
This AI applications directory represents the current landscape of artificial intelligence integration in orthopedic surgery, providing healthcare professionals with actionable insights into technologies that are reshaping surgical practice today. Compiled by Dr. Cory Calendine, MD, a leading orthopedic surgeon specializing in hip and knee replacement surgery in Franklin, Tennessee. Dr. Calendine's practice focuses on advanced joint replacement techniques and patient education innovation, making him uniquely positioned to evaluate AI applications for their practical clinical value. As artificial intelligence continues to revolutionize healthcare delivery, orthopedic surgeons who stay informed about these emerging technologies will be better equipped to provide superior patient care, optimize surgical outcomes, and build more efficient practices. For orthopedic professionals seeking to integrate AI solutions into their clinical workflow, this comprehensive guide serves as an essential starting point for navigating the rapidly evolving intersection of artificial intelligence and orthopedic medicine.
