Three orthogonal layers. Exact reconstruction.
The mathematics of Hodge theory applied to audio.
Real decomposition running in WebAssembly — powered by strong bisimulation-driven bitrate allocation and topological noise cancellation.
The split is mathematically unique — every sound decomposes into exactly one set of these three layers, and they sum back to the original exactly.
The melodic tendency — where the sound wants to go. Pitch and structure, stripped of hits and noise.
The rotational energy. Drum hits, string plucks, percussive transients — isolated cleanly.
The invariant core that's neither tone nor attack — a topological fingerprint unique to every recording.
f = ∇φ + δψ + h · ⟨∇φ, δψ⟩ = 0 · Δh = 0 · decomposition is unique
Prophet-6 synthesizer, 48 kHz. Same file-size class as MP3 — 60% higher fidelity. Runs on S23+ (Snapdragon 8 Gen 2) and Apple M1–M3 with ARM NEON SIMD.
Beta opens after arXiv publication. Founding Supporters get lifetime API access and attribution in the paper.