direct / reflected / diffracted paths
Spatial Auditory Perception
Sound-Tracing
Physics-based spatial auditory perception for XR, robotics, automotive, and digital twin environments.
EXARION TECHNOLOGY
Technology Platform for Physical AI Perception
Exarion provides complementary perception IP that helps AI systems understand sound, space, and visual conditions in real time.
Physics-Based Spatial SoundReal-Time Vision EnhancementOn-Device Acceleration IP
Perception IP Platform Overview
Exarion combines auditory, visual, and acceleration IP to support real-time perception for Physical AI systems.
degraded signal → enhanced perception
Denoising / Dehazing AI
Real-Time Vision Enhancement
Low-power AI for denoising, dehazing, and visibility enhancement in real time.
EXAWAVE / HW IP
On-Device Acceleration
Hardware IP and chip architecture for embedded, low-power, real-time processing.
Featured Technology
Sound-Tracing: Physics-Based Spatial Auditory Perception
Sound-Tracing computes how sound propagates through 3D space, including direct sound, reflection, diffraction, and occlusion. It enables machines and immersive systems to understand not only where sound is, but how sound behaves within a space.
Geometry-aware propagation
Real-time response to movement
Visible sound paths for analysis and verification
Interactive Demo
Experience Sound-Tracing in 3D
Move the sound source and listener to see how direct, reflected, occluded, and diffracted paths change in real time.
Drag points directly. Hold Shift to adjust height.
3D Sound-Tracing field
drag points / shift-drag height
directreflectiondiffractionocclusion
Full-Stack Sound-Tracing IP
From software SDKs to hardware acceleration IP and silicon-proven chips, Exarion controls the core technology layers required for real-time, on-device Sound-Tracing.
Software IP
Cross-platform SDKs and plugins that enable Sound-Tracing integration across web, Unity, Unreal, mobile, and immersive 3D environments.
Hardware IP
Dedicated propagation and AI acceleration IP designed to offload compute-intensive physics-based processing from general-purpose processors.
EXAWAVE Chip
A silicon-proven implementation of Exarion's Sound-Tracing architecture, demonstrating real-time performance and low-power on-device potential.
Full-stack IP from simulation software to silicon-proven acceleration.
Proof Points
34
IP Rights
Including granted U.S. patents and Korea-registered core patents.
SIGGRAPH Asia
Technical Paper
Academic validation of real-time sound propagation hardware.
EXAWAVE 100
Chip Architecture
Silicon-proven chip architecture for real-time Sound-Tracing.
Real-Time
Performance
Designed for low-power, on-device processing across XR, robotics, automotive, and edge AI systems.
Build Spatial and Visual Perception into Physical AI Systems
Exarion's IP can be integrated into XR devices, robotics platforms, automotive systems, and edge AI hardware.