Osso VR

by Osso VR  · Based in United States → — The leading immersive procedural-skills training platform in healthcare.
nursing Orthopedics Surgery

Enterprise
Regulatory Status Disclosed

Overview

Osso VR is a leading virtual reality (VR) platform designed for healthcare training and assessment, primarily focused on surgical and nurse procedural skills. It aims to accelerate the development of confident, independent healthcare professionals by providing immersive, clinically accurate simulations.

The platform encompasses the Osso VR Series, which offers realistic procedural skills scenarios with multi-modal learning options, including individual and collaborative modes. Learners receive immediate, performance-based feedback rooted in national safety and competency benchmarks. Complementing the VR experience is the Osso Loop™ learning platform, a web-based system that guides users through digital prebriefings and structured debriefing assessments, providing comprehensive dashboards for both learners and supervisors.

Developed in collaboration with surgeons, nurses, and healthcare system administrators, Osso VR’s scenarios are designed to empower systems to deliver high-quality care. The platform supports self-guided scenarios, independent skill competence assessment, and collaboration with educators or peers. Its proprietary 6 Domains of Excellence™ methodology helps hospitals align training with critical quality and accreditation standards.

Osso VR’s efficacy is clinically validated by peer-reviewed research, demonstrating significant improvements in procedural step accuracy, reduction in errors, and faster procedural completion times. The platform is utilized by hospitals to scale new-nurse onboarding programs and enhance surgical training, ultimately aiming to reduce procedural time, improve workflow accuracy, and enhance knowledge retention.

Beyond core training, Osso VR offers Osso Enterprise for custom-developed VR modules tailored for healthcare companies and Osso Academy for early-career healthcare professional VR training.

Reviewed by Pouyan Golshani, MD — Interventional Radiologist

Key Features

  • Clinically accurate VR procedural skills scenarios
  • Multi-modal individual and collaborative learning
  • Immediate performance-based feedback
  • Osso Loopu2122 web-based learning platform
  • Digital prebriefings and structured debriefing assessments
  • Comprehensive learner and supervisor dashboards
  • 6 Domains of Excellenceu2122 methodology
  • Custom-developed VR modules (Osso Enterprise)
  • Validated by peer-reviewed research
  • Scalable training programs for health systems

Use Cases

  • New nurse onboarding and skill development
  • Surgical procedural skills training
  • Competency assessment for healthcare professionals
  • Scaling healthcare training programs across health systems
  • Reducing procedural errors and improving accuracy
  • Enhancing knowledge retention and workflow efficiency

What Physicians Need to Know

CME Credit Availability
Osso VR's programs do not currently offer CNE/CME credits.
Case-Based Learning
Offers scenario-based training that mirrors end-to-end clinical workflows for both surgical and nursing procedures, including high-frequency, critical areas like IV insertion, central line dressing changes, and various orthopedic procedures.
Simulation Features
Provides clinically accurate, hyper-realistic VR simulations with cinematic visual fidelity. Features include controller-free Hand Control leveraging Meta's hand-tracking APIs for enhanced dexterity, haptic feedback to simulate tissue density, and support for Apple Vision Pro's spatial computing.
Knowledge Assessment
Includes immediate performance-based feedback, real-time analytics via Osso Loopu2122 and Osso Analytics, and comprehensive dashboards for learners and supervisors. It objectively measures procedural step accuracy, errors, completion time, and offers multimodal assessment with Practice, Test, and Collaborative Training modes. A new 'Illustrative View' aids in visualizing performance and anatomical understanding.
Specialty Board Prep
Osso Academy modules are aligned to support the Accreditation Council for Graduate Medical Education (ACGME) Milestone and Case Minimum requirements, directly aiding in residency and fellowship training foundational for board preparation.
Evidence-Based Content Updates
Content is clinically validated through peer-reviewed studies and rooted in national safety and competency benchmarks. Osso VR partners with EBSCO to integrate Dynamic Health's evidence-based skills and procedures libraries, ensuring alignment with current industry gold standards.
Interactive Anatomy/Imaging
Leverages award-winning custom art and the world's largest medical illustration team to create clinically accurate 3D anatomical models. The 'Illustrative View' feature enhances visualization of performance and anatomical understanding.
Peer Learning Features
Supports multi-modal learning, allowing learners to collaborate with educators or peers. A 'Collaborative Training Mode' enables multiple users to join the same simulation for team-based learning, group instruction, or peer-to-peer practice in a shared virtual environment.
Progress Tracking
The Osso Loopu2122 learning platform and Osso Analytics provide comprehensive learner and supervisor dashboards that translate VR performance into measurable progress. It tracks the number of runs, performance relative to self, and peer averages, offering clear, actionable insights.
Physician Tip

Physicians can leverage Osso VR for repeatable, risk-free practice of complex procedures, gaining exposure to rare cases, and objectively assessing their technical skills. The platform's detailed analytics help identify areas for improvement and track progress. Collaborative training modes facilitate team-based learning and knowledge sharing. For educators, Osso VR can be integrated into existing curricula to meet ACGME requirements and provide standardized, accessible training, ultimately improving procedural efficacy, accuracy, and patient outcomes.

Osso VR's web-based Osso Loopu2122 learning platform integrates with select existing Learning Management Systems (LMS) and supports deployment through fleet management tools. It partners with EBSCO Information Services' Clinical Decisions to incorporate Dynamic Health's evidence-based content. The Osso Health app is available on Apple Vision Pro, and its Hand Control feature utilizes Meta's hand-tracking APIs. Osso Academy modules are designed for integration with existing academic curricula, aligning with ACGME standards.

Details

Category Medical Education & Training, Surgical AI
Pricing Enterprise — Enterprise custom pricing
Free Trial No
DeploymentVR headsets, web platform
Mobile App1
API Available No
Data Export Yes
LanguagesEnglish
TrainingUnknown
Target SizeHospitals and health systems
Compliance
BAA AvailableUnknown AI-estimated
HIPAA CompliantUnknown AI-estimated
FDA Status Not applicable AI-estimated
Integrations
EHR Not specified
Specialties Nursing, Orthopedics, Surgery

Social Proof

Customers100,000+
Notable
Mass General BrighamHCA HealthcareUCLA HealthMayo ClinicStrykerJohnson & JohnsonMedtronic

Support & Reliability

Training ProvidedUnknown

What the Web Says

Osso VR is a virtual reality surgical training platform designed for institutional use, offering immersive procedure simulations with AI-driven performance assessment. It aims to revolutionize surgical training by providing a realistic, hands-on environment for surgeons, sales teams, and hospital staff of all skill levels. The platform has garnered positive attention for its innovative approach to medical education and has been adopted by numerous medical device companies and teaching hospitals worldwide.

Overall: Positive

Strengths

  • Easy learning experience in surgical training.
  • Multiple features for proper assessment.
  • Procedural breadth across multiple specialties (orthopedics, spine, cardiovascular, general surgery, endovascular, thoracic, OB/GYN).
  • AI-driven performance assessment and objective skill scoring.
  • Scalability and accessibility for remote training.
  • Strong evidence of effectiveness with multiple peer-reviewed studies showing significant improvement in surgical performance.

Limitations

  • Lack of peer-reviewed validation in publicly accessible literature for some claims, such as the 230% improvement in surgical accuracy.
  • Enterprise-only pricing with no published per-seat or per-procedure costs, making budget planning opaque.
  • Requires dedicated VR headsets and IT infrastructure, which can be a barrier for smaller practices or individual clinicians.
  • Absence of mentions in clinical discussion forums like Reddit as of May 2026.
  • Some alternatives offer haptic feedback, which Osso VR's controller-only input lacks, potentially providing a less realistic tactile experience.
  • Initial setup can be overwhelming due to the number of features.

Based on reviews from: G2, MedAI Verdict, Reddit, Medium, Osso VR Press Releases, Kicksaw, The Guardian, Pear Healthcare Playbook, SourceForge, YouTube, SaaSHub

Last updated: 2026-08-14

Ratings & Reviews

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Press & Coverage

Osso VR Newsroom
Osso VR Introduces New Nursing Procedural Skills Training Platform, Opens Early Access for Healthcare Systems
Osso VR announced early access to Osso Nurse Training, a new virtual reality nursing solution designed to optimize the onboarding of new graduate nurses through immersive practice and measurable performance analytics.
2025-10
Osso VR Newsroom
Bergen New Bridge Medical Center Launches Osso Nurse Training Virtual Reality Program to Support Nurse Onboarding
Bergen New Bridge Medical Center, New Jersey's largest hospital, has adopted Osso VR's Nurse Training virtual reality program to enhance nurse onboarding and expand hands-on procedural practice.
2026-06
Osso VR Newsroom
Osso VR Partners with EBSCO to Align VR Nurse Training with Dynamic Health's Evidence-Based Skills and Procedures Libraries
Osso VR has partnered with EBSCO to integrate Dynamic Health's evidence-based content into its VR nurse training, aiming to accelerate scenario development and ensure alignment with current industry standards.
2025-11
Healio
Osso VR Launches Immersive Reality Medical Training App for Apple Vision Pro
Osso VR launched the Osso Health medical training app for Apple Vision Pro, an immersive reality headset, simulating surgical environments for procedures like carpal tunnel release and total knee replacement.
2024-04
Osso VR Newsroom
New Study Shows Virtual Reality Training Outperforms Traditional Methods in Orthopedic Surgical Education
A study published in Advances in Medical Education and Practice demonstrated that Osso VR's platform improved orthopedic trauma training, with VR-trained participants showing higher procedural proficiency and faster completion times.
2023-11
Osso VR Newsroom
Osso VR Enters Pharmaceutical Market with New Commercial and Clinical XR Solutions
Osso VR is expanding into the pharmaceutical market, offering custom extended reality (XR) solutions for marketing, training, and patient education strategies related to breakthrough products and treatments.
2024-10
Osso VR Blog
Research Continues to Support the Benefits of Osso VR for Surgical Training
A study in the Journal of Surgical Education validated Osso VR's platform for improving surgical performance in orthopedic procedures, with VR-trained residents completing procedures faster and with higher assessment scores.
2022-09
PR Newswire
Osso VR Raises $66 Million to Broaden Access to Surgical Education for Healthcare Professionals
Osso VR secured $66 million in Series C funding, led by Oak HC/FT, to expand access to surgical education for healthcare professionals and invest in talent to develop high-fidelity surgical training experiences.
2022-03

Videos

Product demos, reviews, and walkthroughs for Osso VR.

View all on YouTube

Frequently Asked Questions

Osso VR provides an immersive, hands-on virtual reality platform for procedural skills training, allowing surgeons and medical professionals to practice complex procedures in a risk-free environment. It is designed to supplement traditional training methods, offering repeatable practice, objective performance assessment, and the ability to train collaboratively from anywhere.
Osso VR's 'Osso Academy' curriculum is specifically aligned with Accreditation Council for Graduate Medical Education (ACGME) milestones and case minimum guidelines, particularly for orthopedic training. The platform is clinically validated through multiple peer-reviewed studies demonstrating its effectiveness in improving surgical performance.
Key alternatives to Osso VR include FundamentalVR, which emphasizes haptics and objective performance measurement, and Virti, a broader immersive learning platform for various healthcare scenarios. Other competitors offering high-fidelity simulations and VR training include Surgical Science, Vantari VR, and platforms like Mursion for soft skills training.
Osso VR operates on a Software-as-a-Service (SaaS) model, typically involving per-seat subscriptions and enterprise contracts for institutions. While specific pricing figures are not publicly disclosed, the initial costs for high-quality VR hardware and software can be substantial, making it primarily geared towards hospitals, academic medical centers, and medical device companies.
While Osso VR offers realistic visual and procedural training, limitations include the initial high cost of the technology and the fact that haptic feedback may not perfectly replicate the nuanced tactile sensations of real surgery. It is intended to supplement, not entirely replace, hands-on training with cadavers or live patients, as over-reliance could limit exposure to actual patient interactions and human behavior.

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Suggest an Edit → | Last Verified: 2026-05-08 | First Added: 2026-05-08
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