Development preview · Checkout runs in sandbox mode: test card only, no real charge. Working devices are not included yet.

[ ] PURPOSE-BUILT AUDIO TOOLS

Small tools.
Big possibilities.

A different way into your sound. We build audio-rate devices that open up new workflows in Ableton.

Explore the devices Step into the signal lab
M4L+VST3ONE PURCHASE. BOTH FORMATS.
LOOK A LITTLE CLOSER / 001
ENVELOPE / DETAIL VIEW48,000 SAMPLES / SEC
0306090120 ms
Audio rate Control rate
120 ms
Same envelope. Different update intervals.ILLUSTRATIVE
Sample-by-sample DSP Built around real workflows See it. Hear it. Understand it. Support from the people who build it
01 / THE DEVICES

A new connection in your session.

Browse devices
IN DEVELOPMENTM4L+VST3

Follower + Listener

Let one track shape another. Turn the energy of your source into a finely shaped envelope, with pre / post timing and a three-band EQ.

Audio-rate modulationPre / post shapingEQ3
One purchase. Both formats.Price to be announced sandbox test price
Buy · sandbox test

Development preview. Sandbox checkout only: test card, no real charge, no working device yet.

Explore the device
THE SWEG RELEASE STANDARD

Proof before purchase.

Good product pages should answer the technical questions before you have to ask. These four items will accompany every release—not live as fine print after checkout.

01

Compatibility, named

Exact OS, host, Max, and sample-rate combinations—tested and listed.

PUBLISHED BEFORE SALES OPEN
02

Performance, measured

CPU and introduced latency reported with the test conditions attached.

PUBLISHED BEFORE SALES OPEN
03

Sound, inspectable

Level-matched examples, methodology, and raw captures where a claim needs proof.

PUBLISHED BEFORE SALES OPEN
04

Updates, traceable

Version history, known issues, installation help, and a clear update path.

PUBLISHED BEFORE SALES OPEN
Development preview · Claims are not final until verifiedInspect the current signal study
02 / THE SIGNAL LAB

The detail between
the control points.

A fast envelope can change between control updates. Explore a sample-by-sample signal alongside a slower, held control signal—and see what the update interval changes.

Audio-rate envelope Held control signal
SYNTHETIC EXAMPLE · 120 ms
0.000.250.500.751.000306090120 ms
Audio update interval20.83 µs
Control update interval10.00 ms
RMS difference · normalized0.3114

Illustration, not a product benchmark. The control trace uses zero-order hold with no interpolation. Real tools vary in update rate, smoothing, latency, and internal DSP.

03 / IN PRACTICE

Ideas you can put to work.

[SWEG] IN SESSION
Hear the idea.
See the workflow.
YOUTUBE WALKTHROUGHSCOMING SOON

Less guessing. More making.

Focused walkthroughs, real sessions, and the reasoning behind each device. Our first videos are in the works.

Explore the signal lab while you wait
04 / TWO BROTHERS. ONE WORKBENCH.

Independent by design.
Hands-on by default.

We’re Jared and Aaron. SWEG starts with the parts of a session that make us think, “there has to be another way.” We’re here to turn those ideas into useful devices—and help you get the most out of them.

Jared SutherlandDevice development & DSP
Aaron SutherlandTesting, demos & community

The download is just the beginning.

Clear installation guides, practical examples, and a direct place to ask questions. Good support is part of the device.

Visit support