What We Do

AI Audio Pipelines and Real-Time DSP

Real-time digital signal processing (DSP) development, from simple EQs to complex processing chains. We also integrate AI and ML: stem separation, voice synthesis, transcription, and more. Trained in PyTorch, exported to ONNX, deployed on the user's device or in the cloud.

PyTorchONNX / LibTorchFastAPI · AWSC++ / JUCEAudinate DanteEmbedded

Why AI Audio Is Different

A model in a notebook isn't a product. The hard part is real time: deployable, protected and stable under load, on constrained hardware, or sample-locked across a network. That's the work Edge Audio Labs does.

What Edge Audio Labs Builds

Real-time DSP

Low-latency engines: effects, metering, mixing.

Model training

Built or reworked in PyTorch for the audio task.

On-device deployment

ONNX or LibTorch, running offline inside a plugin or app.

Cloud inference

Elastic rendering behind an API, when scale matters.

IP protection

Encrypted, device-bound models the engine can't be copied from.

Hardware, embedded and Dante

Firmware, control surfaces and AoIP, sample-locked across devices.


Stack

The Stack

Models
PythonPyTorch
Deploy
ONNXLibTorch
Real time
C++JUCE
Cloud & network
AWSFastAPIDante

Pricing

Your Idea,
Scoped and Priced

Share your idea, under NDA if you want it, and get a plan and a price built around your scope, stack, and schedule. Sounds good, doesn't it?

Joaquín Saavedra, CEO of Edge Audio Labs
Joaquín Saavedra
CEO & Co-Founder

At least 20 characters.

Thank you!
We've received your message and will be in touch shortly.

Let's build something great together.
Oops! Something went wrong while submitting the form.
Joaquín Saavedra, CEO of Edge Audio Labs
Joaquín Saavedra
CEO & Co-Founder
FAQ

Frequently Asked Questions

Can Edge Audio Labs run AI audio models on-device, with no subscription and no server?

Yes. Edge Audio Labs trains and re-engineers models in PyTorch, then exports them to ONNX or LibTorch to run offline inside a plugin or app, with nothing sent to a server. Pulse AB's on-device stem separation is built this way.

What is Dante (AoIP) and when does a product need it?

Dante, built by Audinate, sends audio over a standard network with sample-accurate sync. Products where multiple devices share audio in real time (live sound, distributed monitor mixing, multi-room systems) need it. Edge Audio Labs built Alltimix, an all-to-all Dante mesh where every unit shares its own instrument and mixes everyone else's.

Can Edge Audio Labs emulate my hardware or build the firmware for an embedded audio product?

Yes. Hardware emulation and machine learning features are part of what Edge Audio Labs builds, in C++ with JUCE and PyTorch, alongside the firmware and DSP that run on embedded boards, MIDI devices and control surfaces, designed around the hardware's own CPU and memory budget.

Click me!
  • ↑ d
  • ↑ r
  • ↑ f
  • ↑ t
  • ↑ g
  • ↑ h
  • ↑ U
  • ↑ J
  • ↑ I
  • ↑ K
  • ↑ O
  • ↑ L
  • d
  • R
  • F
  • T
  • G
  • H
  • U
  • J
  • I
  • K
  • O
  • L
  • M