Next.js 16.1.1 • C++20 • Python 3.14 • Mojo AI 🔥
Stop Guessing. See and Hear the Perfect Sound.
The world's first polyglot autonomous spatial audio platform. Turn your LiDAR device into an acoustic crystal ball to simulate, raytrace, and optimize room acoustics in milliseconds.
ENGINEERING SPECIFICATIONS
The Four-Engine Autonomous Stack
From 3D LiDAR point clouds to hardware-accelerated wavefield synthesis in less than 2 milliseconds.
LiDAR DEPTH ENGINE
3D Venue Capture & Digital Twins
Acquire 4.2M LiDAR point clouds in seconds to model volumetric boundary meshes with zero manual measurements.
C++20 AVX-512 FDTD
SIMD 3D Wave Equation Solver
Hardware-vectorized 7-point Laplacian stencil computing sound pressure fields and real-time Sabine/Eyring RT60 curves.
PYTHON 3.14 PYTORCH
Neural Room Impulse Response (RIR)
Synthesize 48kHz impulse responses, diffuse reverberation tails, and extract resonant room modes below 300Hz.
MOJO 24.5 🔥 MAX ENGINE
Tensor Raycaster (1.25M rays/sec)
Sub-millisecond ray-box boundary intersection tracing specular reflections with zero Python interpreter overhead.
WEBAUDIO CONVOLVER
Real-Time Balloon-Pop Simulator
Interactive audible acoustic tests: trigger balloon pops, 808 sub transients, voice STI pulses, and 1kHz test tones.
SPATIAL HOLOGRAPHY
Live AR Acoustic Guidance
Overlay wavefront dispersion heatmaps and holographic speaker placement coordinates onto physical rooms.
Ready to Master Your First Venue?
Explore preset concert halls, live clubs, outdoor arenas, and cathedrals in the Digital Twin Archive, or calibrate your own custom acoustic space.