Proprio Paradigm
Contact sales
Overview
Proprio Paradigm is an FDA-cleared surgical navigation platform that utilizes advanced sensors, computer vision, and AI to generate real-time 3D models of anatomy during surgery.
- What it does: The system captures multi-modal surgical views and integrates data from preoperative scans (e.g., CT, MRI) to provide continuous 3D visualization and on-demand, radiation-free measurements of anatomical alignment. It tracks anatomy at a segmental level and adapts to changes in the surgical field without requiring repeated imaging.
- Who it is for: Paradigm is designed for surgeons, particularly in spine surgery, and is intended for use in operating room settings.
- How it fits a clinical or practice workflow: The platform integrates into existing surgical workflows, aiming to streamline procedures by reducing the need for intraoperative 3D imaging or mobile CT for guidance. It provides real-time guidance and allows surgeons to track alignment changes and validate progress during a case.
- Notable capabilities: Key features include continuous 3D visualization, radiation-free intraoperative measurements, and automated data capture. The system’s AI foundation model collects structured, standardized data from each case, which can support longitudinal learning, objective case documentation, and training initiatives.
Reviewed by Pouyan Golshani, MD — Interventional Radiologist
Key Features
- Real-time 3D visualization and measurement
- Radiation-free imaging
- Segmental registration that adapts to changes
- On-demand measurements of spinal alignment, disc height, and segmental angles
- Continuous and passive data capture for every case
- AI foundation model powered by surgeon contributions
- Implant agnostic platform
- Workflow optimization and reduced imaging needs
- Enterprise applications for training, quality, and institutional learning
- Surgical data network for longitudinal learning
Use Cases
- Improving precision in spine and orthopedic surgeries
- Streamlining surgical workflows and reducing interruptions
- Enabling real-time assessment of spinal alignment and surgical progress
- Supporting objective case documentation and quality initiatives
- Facilitating surgeon training and long-term institutional learning
- Reducing radiation exposure for patients and surgical staff
What Physicians Need to Know
Evidence Base
Proprio Paradigm leverages an AI foundation model built from contributions by hundreds of surgeons across dozens of surgical specialties. It integrates data from multimodal sensors, system logs, and AI endpoints to create a structured, time-aligned record of surgical procedures. The platform also incorporates pre-operative imaging scans such as X-rays, MRIs, and CT scans to provide a baseline for surgical guidance. The system utilizes light-field imaging, computer vision, and AI to generate continuous, real-time 3D visualizations of anatomy.
Clinical Validation Studies
Proprio Paradigm has received multiple 510(k) clearances from the FDA, including for real-time, radiation-free intraoperative measurements and for its 'Picasso' feature, which expands surgeon-controlled registration workflows for spinal alignment. Early adopters like Duke Health and UW Medicine are integrating Paradigm into spinal surgeries and data science initiatives. A cadaveric study demonstrated that Proprio's Volumetric Intelligence (VI) provides superior accuracy in measuring spinal alignment during spinal corrective maneuvers compared to traditional manual methods, with less error than surgeons' manual measurements. The platform has been used in over 50 successful surgeries, with surgical teams placing hundreds of implants with positive results across various challenging spinal procedures. These surgeries showed an average 10x reduction in radiation-based imaging.
Alert Fatigue Management
The Proprio Paradigm system is designed to streamline surgical navigation and optimize workflow, which can reduce unnecessary steps and decrease reliance on imaging-dependent workflows. Its rapid registration process, completing in seconds, replaces typical 15-30 minute setups, potentially reducing procedural time by as much as 30 minutes. This focus on efficiency and integration into existing OR environments suggests an approach that aims to minimize disruptions and extraneous alerts, thereby potentially mitigating alert fatigue.
Override Rate Data
Specific override rate data for Proprio Paradigm is not explicitly detailed in the provided information. However, the system is designed to provide real-time, data-driven precision and continuous 3D guidance, aiming to transform surgical decision-making from 'educated guesswork to data-driven certainty.' The goal is to improve outcomes and reduce the likelihood of revision surgeries, implying a high level of confidence in the system's guidance.
Drug Interaction Checking
Proprio Paradigm is a surgical guidance platform focused on intraoperative visualization, measurement, and data capture for surgical procedures, particularly in spine surgery. It does not appear to include features for drug interaction checking, which is a distinct function typically found in pharmacy or medication management clinical decision support tools.
Differential Diagnosis Support
Proprio Paradigm is a surgical guidance platform that provides real-time 3D visualization and measurements during surgery. Its primary function is to enhance surgical performance and precision by offering objective data and guidance for anatomical alignment and instrument placement. The system is not described as providing differential diagnosis support, which is a diagnostic aid for identifying potential conditions based on symptoms and patient data.
Guideline Update Frequency
Proprio's AI foundation model is designed for continuous and unprecedented learning, with hundreds of surgeons contributing their expertise. The platform continuously captures rich surgical data (up to 250GB per hour), which fuels ongoing innovation, surgical education, and the development of next-generation AI tools. This continuous data capture and learning model suggests an iterative and frequent update process for its underlying intelligence and guidance capabilities.
Clinical Workflow Integration
Proprio Paradigm is designed for seamless integration into existing operating room (OR) environments. It aims to optimize workflow by reducing unnecessary steps, decreasing reliance on imaging-dependent workflows, and enabling on-demand measurements without interrupting the surgical process. The system supports radiation-free registration and tracking of anatomy and instruments, simplifying setup complexity compared to imaging-dependent approaches. It also provides real-time 3D visualization and guidance that adapts to changes in the patient's body positioning during the procedure.
Decision Audit Trail
The foundation of Paradigm is its AI model, which integrates data from multimodal sensors, system logs, and AI endpoints to build a structured, time-aligned record of what occurs during each procedure. This comprehensive data capture supports case documentation, performance analytics, research, and long-term performance analysis. Every case generates structured, standardized data continuously and passively, which can be used for workflow optimization, safety programs, clinical training, and institutional learning.
Physician Tip
Proprio Paradigm offers real-time, radiation-free 3D visualization and measurement, which can significantly enhance precision and reduce radiation exposure for both patients and staff during spine surgeries. The system's ability to provide continuous, on-demand alignment measurements and adapt to changes in the surgical field can improve decision-making and potentially lead to better patient outcomes and fewer revision surgeries. The streamlined workflow and rapid registration process can also contribute to increased OR efficiency and reduced procedural times. Leverage the structured intraoperative data for post-operative analysis, training, and research to further refine surgical techniques and improve long-term outcomes.
Proprio Paradigm is designed to integrate into existing OR environments and can import pre-operative imaging scans (X-rays, MRIs, CTs) to establish a baseline. The platform's AI model integrates data from its Prismu2122 sensor array and other system logs. Proprio has partnered with the Biedermann Group to integrate their advanced spinal implants with the Paradigm system, aiming to enhance surgical accuracy and efficiency. The system also supports API integration for partners and is collaborating with the Harms Study Group to link intraoperative data with their global outcomes registry for research. Proprio is expanding its global access through partnerships with distributors like LifeHealthcare in Australia and New Zealand.
Details
| Category | Clinical Decision Support & Reference, Radiology & Imaging AI, Surgical AI |
| Pricing | Contact sales — Contact Proprio for current plans, volume pricing, and enterprise terms. |
| Deployment | On-premise (surgical platform) |
| Compliance | |
| BAA Available | Unknown AI-estimated |
| HIPAA Compliant | Unknown AI-estimated |
| FDA Status |
Unknown AI-estimated Proprio Paradigm has received multiple 510(k) clearances from the U.S. Food and Drug Administration (FDA), including its initial clearance in April 2023. The platform's capabilities have expanded to include intraoperative measurements and trace-based optical registration for spinal alignment. |
| Integrations | |
| EHR | Not specified |
| Specialties | Neurosurgery, Orthopedics, Radiology |
Ratings & Reviews
No reviews yet. Be the first to review this tool!
Rate Proprio Paradigm
No press coverage or publications on file yet.
Know of some? Suggest an edit →
Videos
Product demos, reviews, and walkthroughs for Proprio Paradigm.
Loading videos...
Frequently Asked Questions
Proprio Paradigm is a clinical decision support system designed to assist physicians in [specific function, e.g., optimizing treatment plans, identifying at-risk patients]. It integrates by [describe integration method, e.g., connecting to EHR systems via API, providing a standalone web interface] and aims to provide actionable insights at the point of care to enhance diagnostic accuracy and therapeutic efficacy.
Proprio Paradigm's efficacy and safety are supported by [mention type of evidence, e.g., peer-reviewed studies, clinical trials, real-world data]. Compliance requirements typically involve [describe compliance, e.g., adherence to data input protocols, regular software updates, specific training for users] to ensure optimal performance and patient data security.
Proprio Paradigm differentiates itself from alternatives by [highlight unique features, e.g., its advanced AI algorithms, comprehensive data analytics, personalized patient insights]. Its unique advantages include [mention specific benefits, e.g., improved diagnostic speed, reduced medical errors, enhanced patient outcomes] compared to less sophisticated systems or purely manual decision-making processes.
The pricing structure for Proprio Paradigm typically involves [describe pricing model, e.g., a subscription-based model, per-user licensing, tiered pricing based on features or patient volume]. We offer various options to accommodate different practice sizes and specialties, including [mention specific tiers or models, e.g., enterprise solutions, small practice packages, specialized modules for cardiology or oncology].
While powerful, Proprio Paradigm has limitations, including [mention specific limitations, e.g., its reliance on high-quality data input, potential challenges with extremely rare diseases due to limited data, or variations in performance across highly diverse patient populations]. We continuously work to mitigate these by [describe mitigation efforts, e.g., ongoing algorithm refinement, expanding data sets, user feedback integration].
Suggest an Edit →
| Last Verified: 2026-09-03 | First Added: 2026-09-03