Graph-Compiled Runtime · TouchDesigner (VOPs)

voro

Voro is a graph-compiled runtime for typed data streams. VOPs is a preview with TouchDesigner as the first host, adding a new audio runtime for TouchDesigner. CUDA tensor pipelines + more coming soon.

Wire instruments, effects, composition, and MIDI into one graph. Audio, control, note, chord, spectrum, and timeline types all flow through the same substrate.

Start a first patch → How the engine works

• 55Operators
• 5Groups
• 1Engine
• 48kHzRealtime

BEGIN

Voro Audio Preview six stream types · one engine

You patch VOPs like any other TouchDesigner family — operators, wires, parameters. The network compiles into one engine plan running at 48 kHz on its own audio worker, independent of the frame loop, and audio, spectrum, note, chord, control, and timeline streams all move through the same typed ring substrate.

Get Beta Access

Voro is in active development and ready to test now. Drop your email to request beta access and we'll get you set up.

Company

Request access →

First Patch four working shapes — pick one and wire it

01

MIDI to Instrument

Play once, voice it twice. The controller comes in as a typed note stream and fans out to layered VORO instruments — swap a voice without re-wiring the keyboard.

MIDI Capture → MIDI Note → Synth → Deep Beast

open recipe →

02

File to Stems to FX

Split a file into stems and treat each lane differently — reverb on the melodic material, a filter on the rhythm — then sum the lanes back into one mix.

File Player → Stem Split → Reverb → Filter → Mix

open recipe →

03

Compose to Synth

Drive an instrument from musical structure instead of a keyboard: timeline and scale shape a chord progression, the progression and the clock feed a pattern, the pattern plays the synth. Change the scale, the whole patch follows.

Timeline → Scale → Chord → Pattern → Synth

open recipe →

04

One Clock, Many Voices

The same timeline and scale drive an arrangement, a pattern, and a groove into three different instruments — pads, keys, drums. Everything stays in key and on the beat, because they all read the same clock.

Timeline → Scale → Comp → Pattern → Groove → Drift → Halo → Drum

open recipe →

Under the Hood how one engine feels like many operators

Engine Model

How one engine feels like 55 operators: the network compiles to a single plan on its own audio-rate clock.

Typed Rings

Audio, spectrum, and control share one ring substrate. Types are contracts between operators, not conversions.

Transport

Tempo, bars, and beats as a shared transport every operator can follow - patterns, grooves, and voices stay locked.

Custom DSP (Faust)

Write a Faust .dsp, run faust2voro, drop the DLL in plugins/custom - your own operator in the VORO family.

Install

One installer, one package tox. What goes where, and what the Refresh pulse rescans.

Current Scope

What this preview is - and is not. The honest map of the audio package as it ships today.

Engine Model

How one engine feels like 55 operators: the network compiles to a single plan on its own audio-rate clock.

Typed Rings

Audio, spectrum, and control share one ring substrate. Types are contracts between operators, not conversions.

Transport

Tempo, bars, and beats as a shared transport every operator can follow - patterns, grooves, and voices stay locked.

Custom DSP (Faust)

Write a Faust .dsp, run faust2voro, drop the DLL in plugins/custom - your own operator in the VORO family.

Install

One installer, one package tox. What goes where, and what the Refresh pulse rescans.

Current Scope

What this preview is - and is not. The honest map of the audio package as it ships today.

voro audio preview for Windows and macOS (Apple Silicon). 55 operators backed by a 62-entry engine catalog, one compiled plan, 48 kHz. Tensor and CUDA stream workflows are on the roadmap and not part of this audio package.