When Innovation Comes to Life

On this page, you’ll find detailed tables comparing the different implementations of 3D Organon, including their modules, features, and tools. These tables are designed to help you understand the capabilities and differences of each license, making it easier to select the most suitable option for your needs.

The comparisons cover aspects such as platform compatibility (desktop/laptop PC, mobile, tablet, standalone VR, PC VR), features list, modules, licensing capabilities, performance, and additional functionalities like camera passthrough for VR and more.

By examining these detailed comparisons, educators, practitioners, students, and institutions can make informed decisions to best meet their specific teaching and learning needs and enhance their educational programs.

For the best experience, we recommend viewing this page on a larger screen such as a laptop, PC, or tablet.

Quicklinks

VR Support
Modules Comparison for VR
Overall Features for VR
Anatomy Features for VR
XR Imaging Features for VR
Ultrasound Features for VR
Quiz Features for VR
Medverse Features for VR
PC/Mobile/Tablet support
Modules Comparison for PC/Mobile/Tablet
Overall Features for PC/Mobile/Tablet
Anatomy Features for PC/Mobile/Tablet
XR Imaging Features for PC
Quiz Features for PC/Mobile/Tablet
Medverse Features for PC/Mobile/Tablet

Device Implementation

PC
For Windows PCs and Apple Macs, 3D Organon leverages higher processing power and memory for superb content. The UI uses mouse and keyboard for precise navigation, and larger screens enable detailed visualization and multi-window functionality, enhancing the educational experience.
Mobile
Balances performance and visual quality on handheld devices. The touch interface offers intuitive navigation, and responsive design ensures usability across screen sizes. Efficient resource management maintains performance and conserves battery life for an engaging on-the-go experience.
Tablet
The tablet version uses the larger screen for more detailed views and complex interfaces, similar to desktop. Responsive design and intuitive controls enhance usability and educational value.
Standalone VR
Optimized for smooth performance on standalone VR hardware, the app uses controllers or hand tracking for intuitive 360-degree navigation. It supports camera passthrough and manages battery life for extended, immersive educational experiences.
PC VR
Leverages high-end PC hardware for detailed 3D models and superb XR medical imaging. Supports advanced controllers and tracking for precise, immersive interaction while maintaining high frame rates for a smooth VR experience.

3D Organon adapts to various platforms by optimizing performance and user experience.

Modules Comparison for VR

Anatomy
XR Imaging
Quiz
Medverse
Ultrasound
License Type*
The Anatomy module revolutionizes medical learning with immersive 3D models, enabling detailed, interactive exploration and enhanced comprehension of human anatomy.
XR Imaging revolutionizes medical imaging education with immersive, colorful 3D reconstructions from DICOM files, enhancing comprehension through interactive, precise visualizations.
The Quiz module enhances learning with interactive, immersive, hands-on quizzes that test knowledge and offer immediate feedback, improving retention and comprehension effectively.
Medverse revolutionizes medical education with an immersive 3D environment for learning anatomy and ultrasound simulations. It features detailed models, real-time manipulation, and fosters global collaborative learning.
The Ultrasound simulator offers hands-on learning with virtual probes on 3D models, providing realistic ultrasound practice via VR, enhancing diagnostic skills and spatial awareness efficiently.
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Non-commercial

*A Non-commercial License is strictly for personal use and cannot be used for any business or commercial purposes, ensuring it is ideal for hobbyists or individual learners. A Commercial License, allows for business use, including educational activities, making it suitable for institutions, educators, and organizations that require the software for professional or instructional purposes.

Overall Features for VR

High quality graphics
Built in multilanguage
Visualization in immersive VR environment
Vizualization in standard 3D environment
Environment colors
Environment scenes
Medverse network Join
Medverse network Create
Visual package update
Language package updates
Option to select between High quality (default) or Standard quality (for older devices) graphic output.
16 languages multilingual support, enabling users worldwide to learn in their preferred language for enhanced accessibility.
Visualizing educational software on PC, tablet, and mobile devices offers convenient, interactive learning with easy access to resources and the ability to study anytime, anywhere
Visualizing educational software in a VR environment offers immersive, interactive experiences that enhance engagement, understanding, and retention of complex concepts.
The multiple Environments selector function allows users to choose from different 3D environments, each with distinct background colors. This feature enhances the visualization experience by providing various settings that can improve contrast and visibility of anatomical structures. Users can select environments that best suit their preferences or specific learning contexts, making it easier to focus on and distinguish between different anatomical details.
The multiple Environment Scenes selector allows users to choose different 3D environments, changing the background color and overall scene. The feature expands this by transforming the entire virtual room setup, including objects and furniture. This immersive function contextualizes anatomical models in various settings, like a clinical room or a lecture hall, enhancing learning and presentations with realistic scenarios and interactive environments.
Join any Medverse live session.
Enables instructors create remote delivery sessions on a Medverse.
The Visual Package Update automatically updates the system each time the app launches. It retrieves update files that enhance models and app functions, ensuring users have access to the latest anatomical information and features. This ensures that the app remains current and optimally functional, providing users with improved accuracy and usability over time.
The Language Package Updates automatically updates language files for anatomical terms and the user interface whenever the app is launched. It retrieves update files that ensure translations are current and accurate, enhancing user experience by providing localized content in multiple languages. This feature ensures that users can navigate and learn from the app effectively in their preferred language, promoting accessibility and usability across diverse global audiences.
Standalone VR
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WebXR
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Anatomy Features for VR

Diagram
Body Systems
Topographic Anatomy
Regional Anatomy
Microscopic
Body Actions
Anatomical Terminology
Anatomy Definitions
Cadaver Images
Clinical Correlations
Search Box
Bone mapping
Organ mapping
Nervous system mapping
Lock
Outline
Views
Augmented reality function
Mixed reality camera passthrough
Multiselect
Objects breadcrumb
Tumor / Growth
Spurs / Osteophytes
Pain
Slicing
Drawing
3D Drawing
Screenshot
Explode
Note Taking
Record video
Record 360o video
Web Browser
Custom Scene save
Unique breadcrumb diagram feature, which generates detailed, visual pathways of body systems. This function meticulously outlines every part of each system, providing users with an in-depth understanding of anatomical connections and hierarchies. This immersive tool aids in both learning and teaching by visually breaking down complex anatomical structures into manageable and comprehensible segments.
A dynamic body system view, allowing users to toggle entire body systems on or off. This function enables a focused study of individual systems by hiding others, providing a clear and unobstructed view. It enhances learning by simplifying complex anatomical structures, making it easier to understand the spatial relationships and interactions within the human body.
The topographic anatomy layout, presenting body regions in an organized, map-like format. This function simplifies the selection of desired models. The intuitive layout enhances navigation and learning by providing a clear, visual representation of anatomical regions, making it easier to isolate and study particular parts of the body.
The regional anatomy layout organizes the body into distinct regions, inspired by traditional anatomy atlases. This function hosts collections of popular anatomical models, enabling users to explore specific areas in detail. By grouping related structures together, it enhances the learning experience, making it easy to access and study complex anatomy in a structured and intuitive manner.
Features a unique function that presents microscopic anatomy models in a full-thickness digital histology layout. This immersive feature allows users to explore detailed, 3D representations of tissues at the microscopic level. By providing a comprehensive view of cellular structures and their spatial relationships, it enhances understanding of histology and integrates seamlessly with macroscopic anatomy studies. This function offers an unparalleled depth of detail, facilitating advanced learning and research in microscopic anatomy.
It showcases body actions comprehensively, detailing all motions of muscles and their muscle fiber bundles in separate views. Additionally, it includes actions of other organs, offering a holistic understanding of physiological processes.
Supports simultaneous display of up to two different languages.
It features detailed anatomical definitions for each selected structure, providing comprehensive information and enhancing understanding of anatomical specifics.
Image collection of dissected cadavers organized per body region
Common clinical correlations organized per body system. Aids comprehension of pathologic anatomy.
Enhanced search functionality provides detailed results ranging from organs to individual anatomical structures, facilitating precise exploration and learning.
The Bone Mapping function provides a detailed view of bones, highlighting borders, parts, landmarks, muscle origins, and insertions. This feature offers comprehensive anatomical insights for enhanced understanding and study of skeletal structures.
The Organ Mapping function allows users to explore organs in detail, showcasing parts, landmarks, impressions, and segments. This feature offers a comprehensive view of organ anatomy, facilitating deeper understanding and study of their structure and function within the body.
The Nervous System Mapping function provides a detailed exploration of the brain, showcasing lobes, gyri, sulci, functional areas, and landmarks. This feature offers a comprehensive view of neuroanatomy, facilitating deeper understanding and study of the brain's structure and functional regions.
The Lock mode tool allows users to selectively lock specific body systems or anatomical structures. Once locked, interactions within the app are restricted to those interrelated with the chosen systems. This feature is particularly useful for focused study or detailed exploration of interconnected anatomical components. It enables users to isolate and examine complex relationships and functions within the body, enhancing learning, teaching, and professional analysis in medical and educational settings.
The Outline tool adds a distinct contour around the skin, aiding in the identification and visualization of anatomical structures. This feature enhances clarity by outlining the body's external boundaries, facilitating easier navigation and understanding of internal anatomical relationships and structures. It serves as a valuable tool for both educational purposes and clinical applications, providing a clear visual reference for studying anatomy and explaining medical conditions.
The Views tool provides button-based navigation of anatomical planes and views, enabling users to quickly switch between different perspectives of the body. This feature allows for immediate access to frontal, lateral, dorsal, and other views, facilitating comprehensive exploration of anatomical structures from various angles. It enhances the learning experience by providing a streamlined way to study and understand the spatial relationships and orientations of organs and systems within the body.
The augmented reality (AR) functions on mobile and tablet devices enhance learning by overlaying detailed anatomical models onto the real-world environment. This allows users to interact with and explore anatomical structures in 3D, making complex concepts more tangible and engaging.
Mixed reality camera passthrough integrates real-world views with overlaid digital content in supported standalone VR devices, enabling simultaneous interaction with physical surroundings and virtual elements for immersive experiences.
Enable selection of multiple structures with options for manipulations such as isolation, fading, and more, enhancing interactive exploration capabilities in the app.
The objects breadcrumb function acts as a navigational aid that reveals detailed relationships when a selected anatomical structure is chosen. This feature allows users to trace hierarchical connections and dependencies within the anatomical model. By selecting a specific structure, users can explore its associated parts, substructures, or related anatomical elements in a detailed and organized manner. This enhances the understanding of anatomical relationships and facilitates comprehensive study and exploration of complex anatomical systems within the app.
This function enables users to simulate tumor placement on 3D models. This feature allows for visualization of tumor growth, aiding in educational purposes for students and patient education. Users can observe how tumors affect surrounding tissues and organs, enhancing understanding of pathological processes and treatment impacts. This interactive tool provides a valuable resource for both learning and explaining complex medical conditions.
The Spurs function allows users to simulate osteophyte placement on 3D models. Designed for educational purposes, this feature helps students and patients understand the formation and impact of bone spurs, particularly in the context of osteoarthritis.
The Pain feature allows users to simulate the placement of pain effects on 3D models. This function is designed for educational purposes, helping students and patients visualize and understand the sources and pathways of pain within the body. By illustrating how pain manifests in various anatomical structures, this feature enhances comprehension of medical conditions and pain management strategies. It serves as a valuable tool for teaching and patient education, making complex concepts more accessible and relatable.
The Slicing tool allows users to section 3D models across any anatomical plane. This feature provides a detailed view of internal structures, enhancing understanding of the relationships between them. It also aids comprehension of anatomical structures as seen in CT and MRI imaging modalities, making it easier to correlate 3D models with actual medical images. This tool is invaluable for both educational and clinical purposes, offering an interactive way to explore and study anatomy in greater depth.
The Drawing tool allows users to draw with color brushes directly onto 3D models. This feature serves as an excellent demonstration tool for teaching, enabling educators to highlight and explain anatomical intricacies, physiological processes, and pathological conditions. By visually marking specific areas on the models, instructors can provide clear, interactive explanations that enhance understanding and engagement in both students and patients.
The 3D Drawing tool allows users to draw with color brushes directly onto 3D models. This tool is an exceptional resource for teaching, enabling educators to highlight and explain anatomical intricacies, physiological processes, and pathological conditions in a virtual reality environment. By visually marking specific areas on the models in a 3D space, instructors can provide clear, interactive explanations that enhance understanding and engagement for both students and patients. This immersive feature makes complex concepts more accessible and facilitates more effective learning and communication.
The Snapshot tool allows users to capture and save images of the 3D models directly to their local device. This feature is ideal for creating visual aids for study, presentations, or patient education. By taking snapshots of specific anatomical views or customized scenes, users can easily reference and share detailed anatomical information, enhancing their learning and teaching experience.
The Explode tool allows users to spread anatomical structures apart from each other, providing a clearer view of their spatial relationships and individual components. This feature is particularly useful for studying complex regions where structures overlap or are closely packed together. By separating these elements, users can gain a better understanding of the anatomy and its organization, making it an excellent tool for both education and detailed anatomical analysis.
The Note tool enables users to create personal notes linked to specific anatomical structures. These notes appear as pop-up annotation labels in 3D Organon that are easily identifiable by the user. This feature facilitates detailed study and personalized learning by allowing users to annotate important information, clinical findings, or study notes directly on the 3D models. It enhances comprehension and retention by providing context-specific information right within the app, making it a valuable tool for students, educators, and healthcare professionals alike.
The screen recording feature allows users to capture videos while using the app. This functionality enables educators and professionals to record demonstrations, tutorials, or presentations of anatomical structures and functions in real-time. These recordings can be shared with peers and students for learning purposes, facilitating remote education, collaboration, and review of complex anatomical concepts. It serves as a powerful tool for enhancing teaching methods and fostering interactive learning experiences
The 360-Degree VR recording feature allows users to capture immersive videos while interacting with anatomical models in a virtual environment. This functionality enables educators and professionals to record comprehensive demonstrations and presentations from all angles within the VR space. These recordings provide a fully immersive experience, allowing viewers to explore anatomical structures in 360 degrees. They can be shared with peers and students for learning purposes, enhancing remote education, collaborative learning, and in-depth study of anatomical complexities. This feature leverages VR technology to deliver a dynamic and engaging approach to anatomical education and professional training.
The Web browser tool allows users to access a web browser directly within the software interface, whether on their device or in virtual reality. This feature is invaluable for accessing additional resources, such as online educational materials, research articles, or cloud-based files, while simultaneously using the app. It facilitates seamless integration of external information into the learning or professional workflow, enhancing productivity and expanding the scope of information available for study or presentation purposes.
The function of Scene save allows users to save personalized configurations of anatomical models, viewpoints, and annotations for future reference or sharing. Scenes can be organized into user defined folders, facilitating efficient study, teaching, or presentation by preserving specific setups tailored to individual needs or educational purposes. This organizational capability enhances usability and workflow management within the app.
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XR Imaging Features for VR

DICOM LIbrary
Cororization
Cororization Presets
Custom Cororization Presets
Rendering, -Options
Rendering, -Detail level
Tissue filtering
Presets customizer
Slicing, -Sliders
Slicing, -Free hand
Cutoff box
Views
The Library file storage allows users to upload patient CT and MRI DICOM datasets for visualization within the app. This feature enables the integration of real patient data into the anatomical models, providing a personalized and detailed view of the patient's anatomy. The uploaded files are anonymized and stored locally on the user's device, ensuring privacy and quick access. This tool is invaluable for medical professionals and students, facilitating detailed analysis, visualization of own diagnosis, and educational purposes by allowing the examination of specific patient cases in a 3D interactive environment.
The Colorized Segmentation function enhances the visualization of imported patient CT and MRI DICOM datasets. This feature allows users to create detailed 3D representations of complex patient anatomy and pathology by segmenting tissues based on Hounsfield Units (HU) values. Different tissues are colorized accordingly, providing a clear and intuitive understanding of various anatomical structures and abnormalities. This advanced visualization aids in accurately identifying and studying different tissues, understanding of own diagnostic capabilities and educational outcomes by offering a vivid and comprehensive view of the patient's unique anatomy.
Multiple presets are available for quick use, and users can create custom presets for specific tissues and organs. This feature enables specialized visualization, taking the understanding of complex anatomies to the next level by providing clear, color-coded distinctions between different anatomical structures and abnormalities.
Users can create their own custom presets for specific tissues and organs, enabling specialized and detailed visualization of complex anatomies.
The Rendering options allows users to select among rendering options that affect the opacity, shading, color schemes, and lighting of 3D models generated from patient CT and MRI DICOM datasets. This customization enables users to highlight specific anatomical structures or pathologies, enhancing the clarity and detail of the visualizations to suit their needs for understanding own diagnosis or education.
This feature includes the ability to finely tune the level of detail presented, allowing users to adjust and optimize the visual complexity of anatomical structures and pathologies. This precision customization ensures that users can achieve the desired level of detail necessary for understanding own diagnosis, comprehensive study, and effective educational presentations.
In addition to the rendering options, we included a Tissue Filtering feature that utilizes Hounsfield Unit (HU) characteristics. This advanced tool enables users to selectively hide or filter out specific tissue types based on their HU values. By applying HU filtering, users can focus on specific anatomical tissues or pathologies of interest while suppressing irrelevant structures, enhancing clarity and focusing the analysis on critical diagnostic or educational objectives. This capability supports a more detailed and nuanced exploration of patient CT and MRI DICOM datasets, catering to diverse clinical and educational needs.
The Presets function allows users to save personalized configurations for coloring and rendering, tailored for specific anatomical analyses. For instance, users can create presets optimized for visualizing liver diseases, highlighting anomalies like tumors or cirrhosis. Similarly, presets for colon pathologies can emphasize conditions such as polyps or inflammation, aiding in detailed examination. For pancreatic diseases, customized presets can focus on visualizing abnormalities like cysts or tumors with enhanced clarity and detail. These presets ensure consistent and effective visualization across different DICOM files, facilitating comprehensive study and understanding own diagnosis of complex anatomical conditions.
The Slicing Sliders function allows users to accurately and interactively slice through rendered 3D DICOM models at any anatomical plane using adjustable sliders. This feature enables precise exploration of anatomical structures by dynamically adjusting the position and orientation of the slicing planes. Users can navigate through different layers of tissues and organs in real-time, enhancing the ability to examine specific regions of interest, visualize complex anatomical relationships, and analyze pathologies from multiple perspectives. This interactive tool supports detailed study, understanding of own diagnosis, and educational presentations by providing a flexible and intuitive method for exploring 3D anatomical data.
The freehand Slicing feature utilizes VR controllers to enable users to accurately slice through rendered 3D DICOM models at any anatomical plane. This interactive function allows for precise exploration of anatomical structures by directly manipulating slicing movements with VR controllers. Users can navigate through different layers of tissues and organs in real-time, facilitating detailed examination of specific regions of interest, visualizing complex anatomical relationships, and analyzing pathologies from various perspectives. This intuitive tool enhances the experience of studying, diagnosing, and presenting 3D anatomical data within a virtual reality environment.
The Cutoff box function allows users to interactively cut through rendered 3D DICOM models using an adjustable box. Users can precisely control where the model is cut by adjusting the size and position of the box. They can choose to include or exclude parts of the model, aiding in focused visualization of specific areas such as closed spaces and cavities. This feature supports detailed examination, understanding of own diagnostic accuracy, and enhances understanding of complex anatomical structures and relationships.
The Views tool provides button-based navigation of anatomical planes and views, enabling users to quickly switch between different perspectives of the body. This feature allows for immediate access to frontal, lateral, dorsal, and other views, facilitating comprehensive exploration of anatomical structures from various angles. It enhances the learning experience by providing a streamlined way to study and understand the spatial relationships and orientations of organs and systems within the body.
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Ultrasound Features for VR

Immersive Ultrasound
Bedside setup
Simulation window
Stencil 3D model window
Gender selection
Tactile hand feedback
Probe selector
Depth
Noise opacity
Attenuation
Selection on stencil model
Save probe positions
Snapshots
Drawing on snapshots
The Ultrasound simulator allows users to simulate ultrasound examinations using normal anatomy models within a VR headset. This feature eliminates the need for a physical mannequin, as the simulation runs entirely within the app and VR environment. Users can interact with the virtual anatomy models, adjusting probe positions and settings to practice ultrasound techniques realistically. This simulation is particularly beneficial for anatomical sciences education and developing basic clinical and imaging skills. It provides a safe and immersive learning environment where users can refine their ultrasound proficiency without requiring physical resources, enhancing educational effectiveness and practical training.
The bedside setup for the 3D model in the ultrasound simulator module nvolves positioning a detailed anatomical model on a virtual examination bed within the VR environment. Users interact with the model using a virtual ultrasound probe, viewing live simulated ultrasound images through the VR headset. This setup allows for realistic, hands-on practice, where users can manipulate the model, adjust scanning planes, and receive immediate feedback, enhancing their diagnostic skills in an immersive, interactive setting.
Users operate a virtual ultrasound probe to scan the model. The actual area of visualization for the ultrasound image appears in a floating simulation window within the VR environment, typically positioned above or beside the examination bed. This allows users to see both the model and the real-time ultrasound images simultaneously, enhancing the immersive and interactive learning experience.
This window is placed next to the simulation window, allowing users to see the stencil outlines and anatomical structures simultaneously. The setup facilitates detailed study and precise manipulation of anatomical features, making the learning experience more effective and immersive.
Selection between female and male models.
The VR controllers provide tactile feedback when using the virtual ultrasound probe. When the probe contacts the virtual skin, the controller vibrates, simulating the sensation of real skin contact. This vibration alerts users to adjust the probe’s trajectory, enhancing realistic practice and improving technique.
In the ultrasound simulator, users have access to three distinct probe options tailored for various diagnostic purposes. The curved probe is adept at abdominal and pelvic imaging, offering a broader field of view that facilitates visualization of deeper anatomical structures. For vascular and musculoskeletal examinations, the linear probe providies detailed images of superficial tissues and vessels. Lastly, the cardiac probe specializes in echocardiography, enabling users to observe and assess the intricate dynamics of the heart. These probe options not only enhance specific diagnostic skills but also cater to diverse medical imaging requirements, ensuring comprehensive training and practice opportunities within a virtual environment.
The Depth tool allows users to adjust how deeply the virtual ultrasound probe visualizes within the anatomical model. This feature helps simulate different imaging depths, enhancing training in interpreting anatomical structures at various levels
It enables users to adjust the level of noise or artifact appearance in the simulated ultrasound images. This feature allows for realistic simulation of common challenges encountered in ultrasound imaging, such as adjusting noise levels to mimic real-world scenarios. By manipulating the Noise Opacity tool, users can practice identifying and interpreting ultrasound images with varying degrees of clarity, preparing them for diverse diagnostic situations effectively.
It allows users to adjust the attenuation or weakening of ultrasound waves as they pass through different tissues in the virtual anatomical model. This setting simulates how ultrasound signals behave in real clinical settings, helping users understand how tissue characteristics affect image quality. By adjusting the Attenuation tool, users can explore and learn to interpret ultrasound images under various conditions, enhancing their diagnostic skills and familiarity with ultrasound physics in a simulated environment.
On this feature, users can select specific anatomical structures directly on the stencil overlay. This functionality allows for precise identification and study of anatomical details within the virtual environment. By selecting structures on the stencil model, users can focus on individual organs, muscles, or other anatomical elements, facilitating detailed examination and learning. This interactive tool enhances educational experiences by providing hands-on exploration of anatomical structures in a clear and accessible manner.
It enables users to store and revisit specific probe placements in ultrasound windows. This functionality allows users to save time by preserving preferred scanning setups for future reference and practice. By saving probe positions, users can streamline their learning process, maintaining consistency and facilitating efficient review of ultrasound images. This feature enhances educational efficiency by supporting focused study and skill development within the virtual environment.
The Snapshot tool allows users to capture and save images of ultrasound scans for documentation and review purposes. This feature enables users to record key moments during simulations, preserving valuable findings or educational insights.
Users can draw on snapshot images using color brushes to highlight important notes or annotate specific details. This functionality enhances the educational experience by facilitating detailed analysis, comparison, and discussion of ultrasound images within the virtual environment.
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Quiz Features for VR

USMLE-style questions
15 Body systems
Show answer opions
Dissection based answering
Quiz Review mode
The Quiz module features over 550 USMLE-style questions designed to test medical knowledge comprehensively. Each question is presented with a clinical vignette that sets the context, followed by a lead-in that directs the focus of the question. Users are provided with 4-5 answer options to choose from, requiring them to apply their understanding of anatomy, physiology, and clinical reasoning to select the correct response. This interactive format mimics the structure of standardized medical exams, helping users prepare effectively by practicing with realistic scenarios and diverse question types. The Quiz module enhances learning through active engagement, reinforcing key concepts and preparing users for clinical decision-making in a virtual educational setting.
A customizable experience is offered, with questions spanning 15 body systems. Users can tailor their quizzes by selecting specific body systems of interest, determining the total number of questions, and setting an assessment time limit. This flexibility allows for targeted practice and assessment based on individual learning needs and preferences. By choosing relevant body systems and adjusting quiz parameters, users can efficiently reinforce their knowledge across a wide range of anatomical topics. The customizable Quiz feature enhances learning outcomes by providing a structured approach to review and assessment within a virtual educational environment.
Users have the option to hide answer choices, allowing them to focus solely on the 3D model to identify the correct answer through virtual dissection. This feature enhances learning by encouraging users to interact directly with anatomical structures, testing their ability to visualize and recognize specific features without distraction. By immersing themselves in virtual dissection tasks, users can deepen their understanding and retention of anatomical knowledge in a practical and engaging way within the app's interactive environment.
Users can engage in a virtual dissection to identify the correct answer without selecting from answer options. This unique feature allows users to interact directly with the 3D model, exploring anatomical structures and applying their knowledge to solve quiz questions. By focusing on virtual dissection tasks, users can enhance their ability to visualize and understand anatomical details in-depth, fostering a hands-on learning experience that promotes active engagement and effective retention of medical knowledge.
After completing a Quiz, users can enter Quiz Review mode to see their score and review each question. They can check which options they chose and whether they were correct or incorrect. The app provides detailed explanations for each answer choice, helping users understand the reasoning behind correct and incorrect selections. This feature enhances learning by allowing users to reflect on their performance, learn from mistakes, and strengthen their understanding of anatomical concepts effectively.
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Medverse Features for VR

Medverse network Join
Medverse network Create
Lock room access
Avatar
Chat box
Toolkit integrations
Talk to room with permission
Admin premissions
Hand on demontration
Medverse XR
Medverse 3D
Join any Medverse live session.
Enables instructors create remote delivery sessions on a Medverse.
Room access is protected by a password to ensure that only authorized clients can enter.
Choose your presentation name and avatar model.
We feature an integrated chat box that allows clients to communicate with each other and the instructor in real-time. This facilitates seamless interaction, enabling users to ask questions, share insights, and collaborate effectively during sessions.
The Medverse seamlessly integrates multiple tools from the anatomy module, allowing users to utilize them within a multiuser Medverse environment. This feature enhances collaborative learning and interaction, enabling users to explore anatomical content together, share tools, and work in a synchronized virtual space.
Users are able to speak to the entire room once they have been granted permission by an admin. This ensures that communication is organized and controlled, allowing designated speakers to share their insights, lead discussions, or present information without interruptions. The admin can manage permissions dynamically, facilitating a structured and efficient flow of conversation within the collaborative environment.
The Medverse function empowers the admin with the ability to manage communication within the virtual room. The admin can speak to the entire room at any time, providing guidance, instructions, or leading discussions. Additionally, the admin has control over granting speaking permissions to other users, ensuring that communication remains organized and efficient. The Admin grants permissions for others to manipulate 3D models in the room. This control allows the admin to facilitate structured interactions, maintain order, and ensure that important information is communicated effectively to all participants.
The Medverse function includes a hands-on permission feature that allows the admin to control who can manipulate 3D models within the virtual environment. The admin can grant or restrict permissions to users, enabling them to interact with, modify, and explore the 3D models. This ensures that the admin maintains oversight of the session, allowing for structured and coordinated interactions with the models. By managing these permissions, the admin can facilitate focused and effective collaborative activities, ensuring that users engage with the 3D models appropriately and as intended.
The Medverse function enables seamless connectivity and collaboration among users across various devices. Users on VR devices, both standalone VR and PC VR, can connect and collaborate within the same virtual space. This platform focused compatibility ensures that everyone, regardless of their hardware, can participate fully in interactive sessions, enhancing the overall collaborative experience.
The Medverse function enables seamless connectivity and collaboration among users across various devices. Whether using a PC, mobile, or tablet, users can join the same virtual room and work together in real-time. This platform focused compatibility ensures that everyone, regardless of their hardware, can participate fully in interactive sessions, enhancing the overall collaborative experience.
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CONTACT US

Modules Comparison for PC/Mobile/Tablet

Anatomy
XR Imaging
Quiz
Medverse
Ultrasound
License Type*
The Anatomy module revolutionizes medical learning with immersive 3D models, enabling detailed, interactive exploration and enhanced comprehension of human anatomy.
XR Imaging revolutionizes medical imaging education with immersive, colorful 3D reconstructions from DICOM files, enhancing comprehension through interactive, precise visualizations.
The Quiz module enhances learning with interactive, immersive, hands-on quizzes that test knowledge and offer immediate feedback, improving retention and comprehension effectively.
Medverse revolutionizes medical education with an immersive 3D environment for learning anatomy and ultrasound simulations. It features detailed models, real-time manipulation, and fosters global collaborative learning.
The Ultrasound simulator offers hands-on learning with virtual probes on 3D models, providing realistic ultrasound practice via VR, enhancing diagnostic skills and spatial awareness efficiently.
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*A Non-commercial License is strictly for personal use and cannot be used for any business or commercial purposes, ensuring it is ideal for hobbyists or individual learners. A Commercial License, allows for business use, including educational activities, making it suitable for institutions, educators, and organizations that require the software for professional or instructional purposes.

Overall Features for PC/Mobile/Tablet

High quality graphics
Built in multilanguage
Visualization in immersive VR environment
Vizualization in standard 3D environment
Environment colors
Environment scenes
Medverse network Join
Medverse network Create
Visual package update
Language package updates
Option to select between High quality (default) or Standard quality (for older devices) graphic output.
16 languages multilingual support, enabling users worldwide to learn in their preferred language for enhanced accessibility.
The multiple Environments selector function allows users to choose from different 3D environments, each with distinct background colors. This feature enhances the visualization experience by providing various settings that can improve contrast and visibility of anatomical structures. Users can select environments that best suit their preferences or specific learning contexts, making it easier to focus on and distinguish between different anatomical details.
The multiple Environment Scenes selector allows users to choose different 3D environments, changing the background color and overall scene. The feature expands this by transforming the entire virtual room setup, including objects and furniture. This immersive function contextualizes anatomical models in various settings, like a clinical room or a lecture hall, enhancing learning and presentations with realistic scenarios and interactive environments.
Join any Medverse live session.
Enables instructors create remote delivery sessions on a Medverse.
The Visual Package Update automatically updates the system each time the app launches. It retrieves update files that enhance models and app functions, ensuring users have access to the latest anatomical information and features. This ensures that the app remains current and optimally functional, providing users with improved accuracy and usability over time.
The Language Package Updates automatically updates language files for anatomical terms and the user interface whenever the app is launched. It retrieves update files that ensure translations are current and accurate, enhancing user experience by providing localized content in multiple languages. This feature ensures that users can navigate and learn from the app effectively in their preferred language, promoting accessibility and usability across diverse global audiences.
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Anatomy Features for PC/Mobile/Tablet

Diagram
Body Systems
Topographic Anatomy
Regional Anatomy
Microscopic
Body Actions
Anatomical Terminology
Anatomy Definitions
Cadaver Images
Clinical Correlations
Search Box
Bone mapping
Organ mapping
Nervous system mapping
Lock
Outline
Views
Augmented reality function
Mixed reality camera passthrough
Multiselect
Objects breadcrumb
Tumor / Growth
Spurs / Osteophytes
Pain
Slicing
Drawing
3D Drawing
Screenshot
Explode
Note Taking
Record video
Record 360o video
Web Browser
Custom Scene save
Unique breadcrumb diagram feature, which generates detailed, visual pathways of body systems. This function meticulously outlines every part of each system, providing users with an in-depth understanding of anatomical connections and hierarchies. This immersive tool aids in both learning and teaching by visually breaking down complex anatomical structures into manageable and comprehensible segments.
A dynamic body system view, allowing users to toggle entire body systems on or off. This function enables a focused study of individual systems by hiding others, providing a clear and unobstructed view. It enhances learning by simplifying complex anatomical structures, making it easier to understand the spatial relationships and interactions within the human body.
The topographic anatomy layout, presenting body regions in an organized, map-like format. This function simplifies the selection of desired models. The intuitive layout enhances navigation and learning by providing a clear, visual representation of anatomical regions, making it easier to isolate and study particular parts of the body.
The regional anatomy layout organizes the body into distinct regions, inspired by traditional anatomy atlases. This function hosts collections of popular anatomical models, enabling users to explore specific areas in detail. By grouping related structures together, it enhances the learning experience, making it easy to access and study complex anatomy in a structured and intuitive manner.
Features a unique function that presents microscopic anatomy models in a full-thickness digital histology layout. This immersive feature allows users to explore detailed, 3D representations of tissues at the microscopic level. By providing a comprehensive view of cellular structures and their spatial relationships, it enhances understanding of histology and integrates seamlessly with macroscopic anatomy studies. This function offers an unparalleled depth of detail, facilitating advanced learning and research in microscopic anatomy.
It showcases body actions comprehensively, detailing all motions of muscles and their muscle fiber bundles in separate views. Additionally, it includes actions of other organs, offering a holistic understanding of physiological processes.
Supports simultaneous display of up to two different languages.
It features detailed anatomical definitions for each selected structure, providing comprehensive information and enhancing understanding of anatomical specifics.
Image collection of dissected cadavers organized per body region
Common clinical correlations organized per body system. Aids comprehension of pathologic anatomy.
Enhanced search functionality provides detailed results ranging from organs to individual anatomical structures, facilitating precise exploration and learning.
The Bone Mapping function provides a detailed view of bones, highlighting borders, parts, landmarks, muscle origins, and insertions. This feature offers comprehensive anatomical insights for enhanced understanding and study of skeletal structures.
The Organ Mapping function allows users to explore organs in detail, showcasing parts, landmarks, impressions, and segments. This feature offers a comprehensive view of organ anatomy, facilitating deeper understanding and study of their structure and function within the body.
The Nervous System Mapping function provides a detailed exploration of the brain, showcasing lobes, gyri, sulci, functional areas, and landmarks. This feature offers a comprehensive view of neuroanatomy, facilitating deeper understanding and study of the brain's structure and functional regions.
The Lock mode tool allows users to selectively lock specific body systems or anatomical structures. Once locked, interactions within the app are restricted to those interrelated with the chosen systems. This feature is particularly useful for focused study or detailed exploration of interconnected anatomical components. It enables users to isolate and examine complex relationships and functions within the body, enhancing learning, teaching, and professional analysis in medical and educational settings.
The Outline tool adds a distinct contour around the skin, aiding in the identification and visualization of anatomical structures. This feature enhances clarity by outlining the body's external boundaries, facilitating easier navigation and understanding of internal anatomical relationships and structures. It serves as a valuable tool for both educational purposes and clinical applications, providing a clear visual reference for studying anatomy and explaining medical conditions.
The Views tool provides button-based navigation of anatomical planes and views, enabling users to quickly switch between different perspectives of the body. This feature allows for immediate access to frontal, lateral, dorsal, and other views, facilitating comprehensive exploration of anatomical structures from various angles. It enhances the learning experience by providing a streamlined way to study and understand the spatial relationships and orientations of organs and systems within the body.
The augmented reality (AR) functions on mobile and tablet devices enhance learning by overlaying detailed anatomical models onto the real-world environment. This allows users to interact with and explore anatomical structures in 3D, making complex concepts more tangible and engaging.
Mixed reality camera passthrough integrates real-world views with overlaid digital content in supported standalone VR devices, enabling simultaneous interaction with physical surroundings and virtual elements for immersive experiences.
Enable selection of multiple structures with options for manipulations such as isolation, fading, and more, enhancing interactive exploration capabilities in the app.
The objects breadcrumb function acts as a navigational aid that reveals detailed relationships when a selected anatomical structure is chosen. This feature allows users to trace hierarchical connections and dependencies within the anatomical model. By selecting a specific structure, users can explore its associated parts, substructures, or related anatomical elements in a detailed and organized manner. This enhances the understanding of anatomical relationships and facilitates comprehensive study and exploration of complex anatomical systems within the app.
This function enables users to simulate tumor placement on 3D models. This feature allows for visualization of tumor growth, aiding in educational purposes for students and patient education. Users can observe how tumors affect surrounding tissues and organs, enhancing understanding of pathological processes and treatment impacts. This interactive tool provides a valuable resource for both learning and explaining complex medical conditions.
The Spurs function allows users to simulate osteophyte placement on 3D models. Designed for educational purposes, this feature helps students and patients understand the formation and impact of bone spurs, particularly in the context of osteoarthritis.
The Pain feature allows users to simulate the placement of pain effects on 3D models. This function is designed for educational purposes, helping students and patients visualize and understand the sources and pathways of pain within the body. By illustrating how pain manifests in various anatomical structures, this feature enhances comprehension of medical conditions and pain management strategies. It serves as a valuable tool for teaching and patient education, making complex concepts more accessible and relatable.
The Slicing tool allows users to section 3D models across any anatomical plane. This feature provides a detailed view of internal structures, enhancing understanding of the relationships between them. It also aids comprehension of anatomical structures as seen in CT and MRI imaging modalities, making it easier to correlate 3D models with actual medical images. This tool is invaluable for both educational and clinical purposes, offering an interactive way to explore and study anatomy in greater depth.
The Drawing tool allows users to draw with color brushes directly onto 3D models. This feature serves as an excellent demonstration tool for teaching, enabling educators to highlight and explain anatomical intricacies, physiological processes, and pathological conditions. By visually marking specific areas on the models, instructors can provide clear, interactive explanations that enhance understanding and engagement in both students and patients.
The 3D Drawing tool allows users to draw with color brushes directly onto 3D models. This tool is an exceptional resource for teaching, enabling educators to highlight and explain anatomical intricacies, physiological processes, and pathological conditions in a virtual reality environment. By visually marking specific areas on the models in a 3D space, instructors can provide clear, interactive explanations that enhance understanding and engagement for both students and patients. This immersive feature makes complex concepts more accessible and facilitates more effective learning and communication.
The Snapshot tool allows users to capture and save images of the 3D models directly to their local device. This feature is ideal for creating visual aids for study, presentations, or patient education. By taking snapshots of specific anatomical views or customized scenes, users can easily reference and share detailed anatomical information, enhancing their learning and teaching experience.
The Explode tool allows users to spread anatomical structures apart from each other, providing a clearer view of their spatial relationships and individual components. This feature is particularly useful for studying complex regions where structures overlap or are closely packed together. By separating these elements, users can gain a better understanding of the anatomy and its organization, making it an excellent tool for both education and detailed anatomical analysis.
The Note tool enables users to create personal notes linked to specific anatomical structures. These notes appear as pop-up annotation labels in 3D Organon that are easily identifiable by the user. This feature facilitates detailed study and personalized learning by allowing users to annotate important information, clinical findings, or study notes directly on the 3D models. It enhances comprehension and retention by providing context-specific information right within the app, making it a valuable tool for students, educators, and healthcare professionals alike.
The screen recording feature allows users to capture videos while using the app. This functionality enables educators and professionals to record demonstrations, tutorials, or presentations of anatomical structures and functions in real-time. These recordings can be shared with peers and students for learning purposes, facilitating remote education, collaboration, and review of complex anatomical concepts. It serves as a powerful tool for enhancing teaching methods and fostering interactive learning experiences
The 360-Degree VR recording feature allows users to capture immersive videos while interacting with anatomical models in a virtual environment. This functionality enables educators and professionals to record comprehensive demonstrations and presentations from all angles within the VR space. These recordings provide a fully immersive experience, allowing viewers to explore anatomical structures in 360 degrees. They can be shared with peers and students for learning purposes, enhancing remote education, collaborative learning, and in-depth study of anatomical complexities. This feature leverages VR technology to deliver a dynamic and engaging approach to anatomical education and professional training.
The Web browser tool allows users to access a web browser directly within the software interface, whether on their device or in virtual reality. This feature is invaluable for accessing additional resources, such as online educational materials, research articles, or cloud-based files, while simultaneously using the app. It facilitates seamless integration of external information into the learning or professional workflow, enhancing productivity and expanding the scope of information available for study or presentation purposes.
The function of Scene save allows users to save personalized configurations of anatomical models, viewpoints, and annotations for future reference or sharing. Scenes can be organized into user defined folders, facilitating efficient study, teaching, or presentation by preserving specific setups tailored to individual needs or educational purposes. This organizational capability enhances usability and workflow management within the app.
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XR Imaging Features for PC

DICOM LIbrary
Cororization
Cororization Presets
Custom Cororization Presets
Rendering, -Options
Rendering, -Detail level
Tissue filtering
Presets customizer
Slicing, -Sliders
Slicing, -Free hand
Cutoff box
Views
The Library file storage allows users to upload patient CT and MRI DICOM datasets for visualization within the app. This feature enables the integration of real patient data into the anatomical models, providing a personalized and detailed view of the patient's anatomy. The uploaded files are anonymized and stored locally on the user's device, ensuring privacy and quick access. This tool is invaluable for medical professionals and students, facilitating detailed analysis, visualization of own diagnosis, and educational purposes by allowing the examination of specific patient cases in a 3D interactive environment.
The Colorized Segmentation function enhances the visualization of imported patient CT and MRI DICOM datasets. This feature allows users to create detailed 3D representations of complex patient anatomy and pathology by segmenting tissues based on Hounsfield Units (HU) values. Different tissues are colorized accordingly, providing a clear and intuitive understanding of various anatomical structures and abnormalities. This advanced visualization aids in accurately identifying and studying different tissues, understanding of own diagnostic capabilities and educational outcomes by offering a vivid and comprehensive view of the patient's unique anatomy.
Multiple presets are available for quick use, and users can create custom presets for specific tissues and organs. This feature enables specialized visualization, taking the understanding of complex anatomies to the next level by providing clear, color-coded distinctions between different anatomical structures and abnormalities.
Users can create their own custom presets for specific tissues and organs, enabling specialized and detailed visualization of complex anatomies.
The Rendering options allows users to select among rendering options that affect the opacity, shading, color schemes, and lighting of 3D models generated from patient CT and MRI DICOM datasets. This customization enables users to highlight specific anatomical structures or pathologies, enhancing the clarity and detail of the visualizations to suit their needs for understanding own diagnosis or education.
This feature includes the ability to finely tune the level of detail presented, allowing users to adjust and optimize the visual complexity of anatomical structures and pathologies. This precision customization ensures that users can achieve the desired level of detail necessary for understanding own diagnosis, comprehensive study, and effective educational presentations.
In addition to the rendering options, we included a Tissue Filtering feature that utilizes Hounsfield Unit (HU) characteristics. This advanced tool enables users to selectively hide or filter out specific tissue types based on their HU values. By applying HU filtering, users can focus on specific anatomical tissues or pathologies of interest while suppressing irrelevant structures, enhancing clarity and focusing the analysis on critical diagnostic or educational objectives. This capability supports a more detailed and nuanced exploration of patient CT and MRI DICOM datasets, catering to diverse clinical and educational needs.
The Presets function allows users to save personalized configurations for coloring and rendering, tailored for specific anatomical analyses. For instance, users can create presets optimized for visualizing liver diseases, highlighting anomalies like tumors or cirrhosis. Similarly, presets for colon pathologies can emphasize conditions such as polyps or inflammation, aiding in detailed examination. For pancreatic diseases, customized presets can focus on visualizing abnormalities like cysts or tumors with enhanced clarity and detail. These presets ensure consistent and effective visualization across different DICOM files, facilitating comprehensive study and understanding own diagnosis of complex anatomical conditions.
The Slicing Sliders function allows users to accurately and interactively slice through rendered 3D DICOM models at any anatomical plane using adjustable sliders. This feature enables precise exploration of anatomical structures by dynamically adjusting the position and orientation of the slicing planes. Users can navigate through different layers of tissues and organs in real-time, enhancing the ability to examine specific regions of interest, visualize complex anatomical relationships, and analyze pathologies from multiple perspectives. This interactive tool supports detailed study, understanding of own diagnosis, and educational presentations by providing a flexible and intuitive method for exploring 3D anatomical data.
The freehand Slicing feature utilizes VR controllers to enable users to accurately slice through rendered 3D DICOM models at any anatomical plane. This interactive function allows for precise exploration of anatomical structures by directly manipulating slicing movements with VR controllers. Users can navigate through different layers of tissues and organs in real-time, facilitating detailed examination of specific regions of interest, visualizing complex anatomical relationships, and analyzing pathologies from various perspectives. This intuitive tool enhances the experience of studying, diagnosing, and presenting 3D anatomical data within a virtual reality environment.
The Cutoff box function allows users to interactively cut through rendered 3D DICOM models using an adjustable box. Users can precisely control where the model is cut by adjusting the size and position of the box. They can choose to include or exclude parts of the model, aiding in focused visualization of specific areas such as closed spaces and cavities. This feature supports detailed examination, understanding of own diagnostic accuracy, and enhances understanding of complex anatomical structures and relationships.
The Views tool provides button-based navigation of anatomical planes and views, enabling users to quickly switch between different perspectives of the body. This feature allows for immediate access to frontal, lateral, dorsal, and other views, facilitating comprehensive exploration of anatomical structures from various angles. It enhances the learning experience by providing a streamlined way to study and understand the spatial relationships and orientations of organs and systems within the body.
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Quiz Features for PC/Mobile/Tablet

USMLE-style questions
15 Body systems
Show answer opions
Dissection based answering
Quiz Review mode
The Quiz module features over 550 USMLE-style questions designed to test medical knowledge comprehensively. Each question is presented with a clinical vignette that sets the context, followed by a lead-in that directs the focus of the question. Users are provided with 4-5 answer options to choose from, requiring them to apply their understanding of anatomy, physiology, and clinical reasoning to select the correct response. This interactive format mimics the structure of standardized medical exams, helping users prepare effectively by practicing with realistic scenarios and diverse question types. The Quiz module enhances learning through active engagement, reinforcing key concepts and preparing users for clinical decision-making in a virtual educational setting.
A customizable experience is offered, with questions spanning 15 body systems. Users can tailor their quizzes by selecting specific body systems of interest, determining the total number of questions, and setting an assessment time limit. This flexibility allows for targeted practice and assessment based on individual learning needs and preferences. By choosing relevant body systems and adjusting quiz parameters, users can efficiently reinforce their knowledge across a wide range of anatomical topics. The customizable Quiz feature enhances learning outcomes by providing a structured approach to review and assessment within a virtual educational environment.
Users have the option to hide answer choices, allowing them to focus solely on the 3D model to identify the correct answer through virtual dissection. This feature enhances learning by encouraging users to interact directly with anatomical structures, testing their ability to visualize and recognize specific features without distraction. By immersing themselves in virtual dissection tasks, users can deepen their understanding and retention of anatomical knowledge in a practical and engaging way within the app's interactive environment.
Users can engage in a virtual dissection to identify the correct answer without selecting from answer options. This unique feature allows users to interact directly with the 3D model, exploring anatomical structures and applying their knowledge to solve quiz questions. By focusing on virtual dissection tasks, users can enhance their ability to visualize and understand anatomical details in-depth, fostering a hands-on learning experience that promotes active engagement and effective retention of medical knowledge.
After completing a Quiz, users can enter Quiz Review mode to see their score and review each question. They can check which options they chose and whether they were correct or incorrect. The app provides detailed explanations for each answer choice, helping users understand the reasoning behind correct and incorrect selections. This feature enhances learning by allowing users to reflect on their performance, learn from mistakes, and strengthen their understanding of anatomical concepts effectively.
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Medverse Features for PC/Mobile/Tablet

Medverse network Join
Medverse network Create
Lock room access
Avatar
Chat box
Toolkit integrations
Talk to room with permission
Admin premissions
Hand on demontration
Medverse XR
Medverse 3D
Join any Medverse live session.
Enables instructors create remote delivery sessions on a Medverse.
Room access is protected by a password to ensure that only authorized clients can enter.
Choose your presentation name and avatar model.
We feature an integrated chat box that allows clients to communicate with each other and the instructor in real-time. This facilitates seamless interaction, enabling users to ask questions, share insights, and collaborate effectively during sessions.
The Medverse seamlessly integrates multiple tools from the anatomy module, allowing users to utilize them within a multiuser Medverse environment. This feature enhances collaborative learning and interaction, enabling users to explore anatomical content together, share tools, and work in a synchronized virtual space.
Users are able to speak to the entire room once they have been granted permission by an admin. This ensures that communication is organized and controlled, allowing designated speakers to share their insights, lead discussions, or present information without interruptions. The admin can manage permissions dynamically, facilitating a structured and efficient flow of conversation within the collaborative environment.
The Medverse function empowers the admin with the ability to manage communication within the virtual room. The admin can speak to the entire room at any time, providing guidance, instructions, or leading discussions. Additionally, the admin has control over granting speaking permissions to other users, ensuring that communication remains organized and efficient. The Admin grants permissions for others to manipulate 3D models in the room. This control allows the admin to facilitate structured interactions, maintain order, and ensure that important information is communicated effectively to all participants.
The Medverse function includes a hands-on permission feature that allows the admin to control who can manipulate 3D models within the virtual environment. The admin can grant or restrict permissions to users, enabling them to interact with, modify, and explore the 3D models. This ensures that the admin maintains oversight of the session, allowing for structured and coordinated interactions with the models. By managing these permissions, the admin can facilitate focused and effective collaborative activities, ensuring that users engage with the 3D models appropriately and as intended.
The Medverse function enables seamless connectivity and collaboration among users across various devices. Users on VR devices, both standalone VR and PC VR, can connect and collaborate within the same virtual space. This platform focused compatibility ensures that everyone, regardless of their hardware, can participate fully in interactive sessions, enhancing the overall collaborative experience.
The Medverse function enables seamless connectivity and collaboration among users across various devices. Whether using a PC, mobile, or tablet, users can join the same virtual room and work together in real-time. This platform focused compatibility ensures that everyone, regardless of their hardware, can participate fully in interactive sessions, enhancing the overall collaborative experience.
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