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Research

JCO develops core technologies that connect spatial intelligence, real-time computation, and interactive design to make build whole new experiences.

Ultra-Stable Spatial Positioning

Stably anchors virtual content within the physical world, maintaining consistent positioning and alignment for natural spatial interactions.

A hand holding a glowing virtual cube in a bright room

  • Precise Spatial Mapping

    Understands and maps physical environments to accurately position virtual content.

  • Ultra-Stable Tracking

    Maintains consistent spatial alignment as users move through the environment.

  • Persistent Spatial Anchoring

    Keeps virtual content anchored to its intended location for continuous, reliable interaction.

Real-Time VFX Processing

Delivers cinematic-quality visuals through optimized real-time rendering, lighting, and dynamic scene computation.

Side-by-side racing game scenes comparing 60 FPS and 30 FPS

  • Real-Time Rendering

    Generates high-quality visual effects dynamically as the environment and interactions change.

  • Dynamic Lighting & Shading

    Calculates lighting and shading in real time to create visually coherent virtual content.

  • Dynamic Shadows

    Generates dynamic shadows in real time, allowing virtual objects and characters to naturally respond to lighting conditions and spatial changes.

  • Environmental Interaction

    Enables virtual effects to respond dynamically to physical environments, creating more natural interactions between virtual content and the surrounding world.

Near-Zero Latency Performance

Minimizes response latency to enable immediate, natural interactions between users, virtual content, and the physical world.

Hands beneath a floating translucent liquid form on a lawn

  • Low-Latency Response

    Processes user input and spatial position in real time, with millisecond-level latency for immediate system feedback.

  • Real-Time Interaction

    Enables virtual content to respond immediately to movement, gestures, and environmental changes.

  • Synchronized Feedback

    Keeps visual, spatial, and interactive responses aligned for a seamless experience.

Shared Spatial Experience

Enables multiple users to experience and interact with the same virtual content within a shared physical space.

Two people facing each other with holographic figures in a courtyard

  • Multi-User Synchronization

    Synchronizes virtual content and interactions across multiple users in real time.

  • Shared Spatial Awareness

    Enables users to perceive and interact with the same virtual elements from different positions.

  • Real-Time Interaction

    Allows actions and events to be reflected across participants for a shared experience.