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Gimbal

Elevator Pitch

Gimbal

Gimbal turns MIDI 2.0’s billions of steps into a drawable surface: sketch pitch, volume and modulation paths as pure math, no instrumental technique required

Product Description

Simply draw and morph paths to precisely describe any imaginably intricate pitch, volume and modulation.

Expressive notes — notes with fluid pitch, evolving volume and continuous modulation — have always demanded years of physical technique. Gimbal removes that barrier by replacing the keyboard with a purely mathematical, vector based note input: the musician simply draws a note’s path across pitch, volume and modulation grids, and Gimbal describes it precisely, at any resolution, as vector math rather than as a recorded gesture.

So anyone can articulate a complex note on the first try!

Gimbal is now moving from standalone prototype to a plug-in that runs inside a DAW, where musicians already work and where thousands of instruments are already installed. The current build runs on the iPad inside Logic Pro with the Pitch, Volume and Modulation grids in place. Two milestones are done: synchronizing Gimbal’s grids to the host timeline, and — the harder problem — getting Gimbal’s mathematical notes to drive the host’s own instruments rather than a handful of samples inside a prototype. As a plug-in Gimbal is unusual on three counts: it is a note input rather than an instrument or an effect, it carries its own timeline, and its notes are resolution-independent mathematical descriptions.

MIDI 2.0 is what makes the approach fully realizable. Upcoming support in DAWs for Per Not Controllers will soon let synth parameters map themselves onto Gimbal’s grids, so a player draws and tweaks without hunting through menus. And importantly: MIDI 2.0 raises controller resolution from 128 steps to over four billion, and Gimbal’s notes — being resolution independent vectors — can use that full range end to end, letting a musician shape a note to the limits of what the human ear can hear.

The ecosystem’s timing matters: processing power has now moved past sample playback to fully physically modeled instruments, which are themselves mathematical and can express that whole range smoothly. What has been missing is an easy to use controller able to drive them. Gimbal is built to be that front end — MIDI 2.0 is a vast new palette of expressivity, and Gimbal is its paintbrush.


How It’s Innovative

Gimbal is the first purely mathematical note input. We let anyone simply draw paths to precisely input and modify any imaginably intricate pitch, volume and modulation

Most Inspiring Use Cases

Gimbal’s pure mathematical note input, combined with pure mathematical audio modelled instruments, will allow digital musicians to fully explore MIDI 2.0’s billions of musical possibilities.

Expansion Plans

Next on the roadmap: integrating the prototype’s sticky-mesh system, which allows adjustable degrees of quantization within a drawn path, and the path editor, which keeps every note malleable after the fact — toward a workspace that’s even responsive enough for live jamming!

Launch Android version. Add features such as translating MIDI to Gimbal paths, multiple modulation grids.

Commercialization

Global distribution of our plugin through the App Store.