IRVINE, CA — November 28, 2024 — EON Reality, a global leader in Augmented and Virtual Reality-based knowledge and skills transfer for industry and education, today announced the launch of its groundbreaking Exploratory/Analytical Simulator, the second specialized learning environment within its comprehensive Knowledge Simulator platform.

 This innovative simulator transforms how learners understand complex systems and relationships through an immersive, discovery-based approach. Using a sophisticated three-phase methodology—Discovery, Investigation, and Understanding—the system enables unprecedented depth of comprehension for complex systems and relationships by combining high-fidelity 3D models with AI-driven Knowledge Portals.

 «The Exploratory/Analytical Simulator represents a fundamental shift in how we teach complex systems,» said Dan Lejerskar, Founder of EON Reality. «By creating an environment where learners can actively explore 3D models enhanced by dynamic AI-generated content, we’re enabling deeper understanding of sophisticated concepts across multiple disciplines.»

Revolutionary Three-Phase Learning Approach

Discovery Phase:

• Learners explore high-fidelity 3D models through intuitive controls, including rotation, zoom, transparency adjustment, and component explosion for multi-mesh models.
• The system enhances exploration by automatically generating Knowledge Portals containing relevant images, videos, and explanations based on the components being examined.
• Interactive observation tools enable precise component highlighting and isolation, allowing learners to focus on specific elements while maintaining context of the whole system.
• AI-powered floating annotations automatically identify and explain key components as learners navigate the 3D model, providing instant context and relevance.
• Knowledge Portals dynamically generate supplementary content from trusted sources, offering deeper insights into observed components and their relationships.

Investigation Phase:

• Learners are prompted by the Avatar to examine complex relationships through strategically placed Knowledge Portals that display relevant diagrams, videos, and explanations triggered by their exploration patterns.
• The system automatically generates comprehensive educational content through Knowledge Portals, including graphs, charts, and visual aids that explain relationships between components.
• While exploring 3D models, learners receive AI-curated content through floating annotations that explain cause-and-effect relationships between components.
• Real-time Knowledge Portal generation provides supplementary simulations and visualizations that complement the 3D model exploration.
• Interactive reference materials are automatically compiled and presented based in the AI Report on the learner’s focus area and exploration patterns.

Understanding Phase:

• Knowledge Portals automatically generate concept maps and relationship diagrams based on the learner’s exploration patterns and areas of focus.
• The system creates comprehensive study materials with AI-generated explanations and relevant external references.
• Floating annotations help learners connect their observations of the 3D model with theoretical principles and real-world applications.
• Assessment Knowledge Portals generate quizzes and challenges based on the specific components and relationships explored.
• Interactive summary AI Report compile key insights, combining model screenshots, annotations, and explanations into coherent learning narratives.

Applications and Impact

Science Education:

Solar System Mechanics:

• Students examine detailed 3D models of planetary bodies with precise control over viewing angles and distances.
• New Knowledge Portals (different from Lecture phase) automatically generate astronomical data, orbital diagrams, and scientific explanations for observed phenomena.
• Floating annotations highlight key features of celestial bodies as students explore the model.
• AI-curated content  in AI Report provides real-time explanations of gravitational relationships and orbital mechanics.

Cellular Biology:

• Learners interact with detailed 3D cell model, using transparency and explosion views to examine internal structures.
• New Knowledge Portals (different from Lecture phase) dynamically generate microscopy images and videos showing real cellular processes in action.
• Floating annotations identify organelles and cellular components as students navigate the model.
• The system provides instant access to detailed explanations of cellular processes through contextual Knowledge Portals.

Chemical Reactions:

• Students examine precise 3D molecular models with full rotation and zoom capabilities.
• Knowledge Portals automatically generate reaction diagrams and mechanisms based on the molecules being studied.
• Floating annotations explain atomic arrangements and chemical bonds.
• AI-generated or selected content provides dynamic visualizations videos of reaction processes and energy transfers.

Ecosystem Dynamics:

• Environmental science students explore detailed 3D ecosystem model with multiple viewing options.
• New Knowledge Portals (different from Lecture phase) generate real-world examples and data visualizations of ecosystem interactions.
• Floating annotations identify species relationships and environmental factors.
• Dynamic content generation in AI Report provides up-to-date environmental data and research findings.

Engineering:

Structural Analysis:

• Engineers examine detailed 3D building model with component explosion and transparency features.
• New Knowledge Portals (different from Lecture phase) automatically show relevant structural and load distribution diagrams.
• Floating annotations highlight key structural elements and their functions.
• AI-curated content in AI Report provides real-world examples and case studies of similar structures.

Fluid Dynamics:

• Students explore 3D models of fluid system with multiple viewing angles and transparency options.
• New Knowledge Portals (different from Lecture phase) generate scraped complementary flow visualization videos and pressure distribution diagrams.
• Floating annotations explain key principles and system components.
• Dynamic content in AI Report provides real-world application examples and experimental data.

Electrical Systems:

• Learners examine 3D model of electrical components with detailed zoom and explosion views.
• New Knowledge Portals (different from Lecture phase) automatically generate circuit diagrams and operational explanations.
• Floating annotations identify components and their functions.
• AI-generated content in AI Report provides real-time explanations of electrical principles.

Thermal Systems:

• Engineers explore detailed 3D models of thermal systems with transparency and component isolation.
• Knowledge Portals generate heat distribution diagrams and thermal flow visualizations.
• Floating annotations explain key system components and their roles.
• Dynamic content in AI Report provides relevant thermodynamic principles and applications.

Medical Education:

Anatomical Systems:

• Medical students examine highly detailed 3D anatomical models with precise control over transparency and layer visibility.
• Knowledge Portals automatically generate relevant medical imaging and procedural videos.
• Floating annotations provide instant identification of anatomical structures.
• AI-curated content in AI Report delivers clinical correlations and pathological variations.

Physiological Processes:

• Students explore 3D models of organ systems with multi-layer transparency options.
• Knowledge Portals display animation videos and visualization videos of physiological processes.
• Floating annotations explain functional relationships between components.
• Dynamic content in AI Report provides real-time access to latest medical research and findings.

Disease Progression:

• Medical professionals examine 3D models of pathological changes with detailed viewing controls.
• Knowledge Portals automatically generate clinical images and case study information.
• Floating annotations highlight key pathological features.
• AI-generated content in AI Report provides treatment protocols and research updates.

Drug Interactions:

• Pharmacology students explore 3D molecular models of drugs and receptors.
• Knowledge Portals generate pharmaceutical data and interaction diagrams.
• Floating annotations explain binding sites and molecular mechanisms.
• Dynamic content provides up-to-date drug information and research findings.

Technical Innovation

The simulator leverages cutting-edge technology to deliver an unparalleled learning experience:

• High-fidelity 3D model visualization with advanced viewing controls (rotation, zoom, transparency, explosion, highlighting)

• AI-powered Knowledge Portal generation providing contextual learning resources
• Intelligent floating annotation system for real-time component identification
• Dynamic content in AI Report curation pulling from extensive educational databases
• Comprehensive learning analytics and progress tracking along with Radio Graphs for assesment

Enterprise Integration

The simulator includes robust features for organizational implementation:

• Seamless integration with existing learning management systems
• Detailed user progress tracking and performance analytics
• Customizable learning pathways based on institutional requirements
• Scalable deployment options for various organizational sizes
• Comprehensive assessment and reporting tools

Availability

The Exploratory/Analytical Simulator is released in December as part of EON Reality’s Knowledge Simulator platform. Educational institutions and organizations can customize the simulator to their specific subject areas while maintaining the core exploratory learning methodology.

Listed to our lates episodes to learn more about Complex Simulator feature

About EON Reality

EON Reality, a world leader in AI-assisted Virtual Reality and Augmented Reality-based knowledge transfer, is dedicated to making knowledge available, transferable, and accessible globally. Our innovative AR/VR products with AI Autonomous Agent-driven Text to XR Conversion are transforming education and industry the way we teach, learn, and perform, making us a pivotal player in the future of learning and technology. For more information, please visit www.eonreality.com.