We share the mechanics of our web-based audio engine that computes BPM and tracks transient beats to sync audio streams.

We show how compiling Rust DSP algorithms to WebAssembly and loading them in an AudioWorkletProcessor delivers high-fidelity live pitch correction and delay.

Explore how we apply mathematical probability models to synthesize infinite, non-repetitive musical structures in browser using Tone.js.

We explain our backend queue system running PyTorch Demucs to cleanly isolate vocals, drums, bass, and instruments from a single mixed audio track.

Learn how we convert live audio signals into interactive WebGL 3D frequency landscapes using FFT inside native web browsers.

Discover how we compiled C++ digital signal processing libraries to WebAssembly to power zero-latency guitar effect processors inside the browser.

We designed a deep learning spectral matching and LUFS normalization engine to automatically master user tracks for industry standard distribution.

We introduce our Web API implementation that hooks the web browser directly to physical MIDI hardware synths with zero driver installs.

Build a real-time spatial acoustics engine inside the browser that scales based on user head orientation and distance in VR space.