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Spatial Auditory Perception
Sound-Tracing Core
Physics-based spatial auditory perception engine that traces how sound propagates through 3D environments in real time.
EXARION
Products, IP & Applications
Explore what Exarion builds, how its perception IP creates value, and where Sound-Tracing can be deployed across Physical AI systems.
What We Build
Core Portfolio
Perception engines, developer interfaces, and acceleration IP for systems that need real-time environmental understanding.
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Developer Platform
Sound-Tracing SDK
Developer-facing SDK and plugins for web, Unity, Unreal, and future audio middleware workflows.
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On-Device Acceleration
EXAWAVE / Sound-Tracing HW IP
Hardware acceleration IP designed to move real-time sound propagation into embedded devices, XR systems, mobile APs, and edge platforms.
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Real-Time Vision Enhancement
Real-Time AI HW IP
Denoising and dehazing AI hardware IP for improving image and video quality in low-visibility environments such as fog, dust, haze, and noise.
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Partner Integration
Custom IP Licensing
Partner-specific customization and integration for semiconductor, device, automotive, robotics, and industrial platforms.
Where It Creates Value
From simulation to embedded perception
Sound-Tracing extends spatial audio beyond playback correction into prediction, product-embedded processing, AI training data generation, and auditory perception for Physical AI.
Predict before installation
Spatial Acoustics Digital Twin
Simulate real spaces virtually to predict how sound changes with source position, materials, structure, and listener movement before installation.
Embed into products
On-Device Real-Time Engine
Run physics-based spatial audio processing in real time on mobile, HMD, robotics, automotive, and embedded devices.
Generate synthetic acoustic data
AI Training Data Generation
Create diverse acoustic scenarios that are costly, time-consuming, or difficult to capture through real-world measurement alone.
Enable auditory perception
Physical AI Auditory Infrastructure
Help machines understand how sound propagates through physical spaces as Physical AI expands into robotics, mobility, AR, and smart devices.
Applicable Domains
Built for Physical AI ecosystems
The same perception IP layer can support immersive devices, machines, vehicles, digital environments, and edge AI systems.
XR / AR Glasses
Robotics
Automotive
Digital Twins
Smart Devices
Hearables / Voice AI
Evaluate the technology
See Sound-Tracing in action
Experience live acoustic propagation or start a technical evaluation with Exarion.