What are all We do

  • VR for Medical Training

    1. When used for medical training, virtual reality solutions help prepare surgeons, physicians, and nurses for high-stress situations (e.g., emergencies, complex surgeries) and provide them with concise feedback. After passing the VR training, the healthcare professionals report improved accuracy and confidence when dealing with high-risk conditions.

    2. The Virtual Reality (VR) training market generated $204 billion in 2019 and is expected to reach $601 billion in 2027 growing at a CAGR of 13.7%. Today, healthcare is one of the top VR technology adopters, using it for risk-free, realistic, and highly effective training of new medical experts.

  • How virtual reality is changing healthcare

    VR has the unique ability to address many of these challenges, especially when complex robotics or medical devices may be hard to ship or users are located in different locations. According to a 2021 report, healthcare and the medical device industry have tapped VR as a training tool the most since the beginning of the pandemic outside of entertainment and gaming.

  • Use Cases of VR for Medical Training

    1. Surgery simulationSimulation of an operating room environment. Helps surgeons gain practical skills and raise competence levels in safe environment.

    2. Crisis simulationSimulation of rare emergencies, accidents with multiple casualties, or disease outbreaks. Allows medical experts to develop automatic response behaviour to low-frequency situations.

    3. On boardingSimulation of typical work environment for starting-out medical professionals. Helps to faster adjust to real job specifics and eliminates skill deficiency in risk-free conditions.

    4. Use of medical equipmentSimulation of operating professional medical equipment. Minimizes training costs due to trainer-less guidance and lowers the learning curve.

  • VR Medical Training Solution Architecture

    The architecture of a VR solution for medical training usually comprises three main elements: a client VR application, which loads necessary data from the database web server, and a web administration panel for managing the two.

  • The key modules of the Client VR application are:

    VR visualization module defines the logics of the VR world-building by defining physics (usually with the help of NVidea Flex) and storing AI data for non-controllable VR characters. Patient AI is critical for onboarding and crisis simulations, as it helps to recreate real communication. Instructor AI is vital for guiding a surgery or assisting in medical equipment use training.

  • Replay and training analytics module

    Automatically records the simulation and assesses a trainee’s performance based on numerous metrics. It’s possible to create a database for storing multiple recordings for future replay or only make the last simulation available for a replay.

  • Scenario editing module

    Optional load of additional data that can be useful for a trainee during the simulation (for instance MRI or CT 3D models, equipment operation tips or steps, etc)

  • Scenario simulation system

    Allows a user to interact with the scenario and its content.

  • Supplementary data load

    Allows editing existing scenarios, stored in the database.


1. VR Surgery Simulator

Deo Verse VR surgical simulator is an advanced medical training tool that leverages virtual reality technology to provide realistic and immersive training experiences for surgeons and medical professionals. In this cutting-edge simulation environment, users can practice and refine their surgical skills, from basic procedures to complex surgeries, in a risk-free and controlled setting. DEO VR surgical simulators offer highly detailed, three-dimensional representations of human anatomy, enabling users to perform surgeries virtually while receiving real-time feedback on their techniques and decision-making. These simulations not only enhance surgical proficiency but also improve patient safety by allowing practitioners to hone their skills before operating on real patients. Ultimately, VR surgical simulators are revolutionizing medical education and contributing to better patient outcomes through more skilled and confident surgeons.

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2. VR Surgery Simulator

Deo Verse VR surgical simulator stands at the forefront of medical training technology, leveraging the immersive capabilities of virtual reality to offer healthcare professionals, especially surgeons, a dynamic and realistic platform for honing their skills. Within this cutting-edge virtual realm, users can practice and perfect a wide range of surgical procedures, from fundamental tasks to intricate operations, all within a controlled and risk-free environment. DEO VR surgical simulator presents intricate, three-dimensional renderings of human anatomy, allowing users to virtually perform surgeries while receiving instantaneous feedback on their techniques and decision-making abilities. These simulations not only elevate surgical expertise but also enhance patient safety by enabling medical practitioners to refine their proficiencies before undertaking actual surgeries. Ultimately, VR surgical simulators are revolutionizing medical training, ensuring that surgeons are better prepared and more self-assured when they step into the operating room, resulting in improved patient outcomes.