LEMÖ LABS / DSP LAB
Sound is also mutating.
A laboratory for experimenting with audio and sharing how sound works.
We explore software, processing, automation and artificial intelligence to discover new ways of working with sound.
THE LAB / 01
Explore before turning it into a product.
Lemö Labs DSP is a space for applied experimentation.
We investigate new ways of working with sound by combining existing technologies with emerging tools. We test processes, build prototypes and develop our own solutions when we find an idea worth pursuing.
The result does not have to be a product. It can be a processor, a tool, a workflow, an experiment or an explanation that helps people understand sound.
Understanding sound is part of the laboratory too.
Experimenting with new technologies and sharing what we know about audio are part of the same culture.
On @lemolabs.dsp we publish short videos about audio and music production. We start with practical questions: what a compressor does, what decibels mean or how a preamp affects the signal.
We use visual examples and everyday analogies to explain these processes accurately, in language any sound enthusiast can follow. Understanding what happens behind each control helps us listen more closely and make informed decisions.
Watch the reels on InstagramVideos in Spanish · @lemolabs.dsp
TOOLS
Building tools.
Software, processors and utilities born from our experimentation with new ways of transforming and working with sound.
WORKFLOWS
Designing processes.
New ways of connecting tools, automation and generative systems within real working processes.
GENERATIVE AUDIO
Exploring what just arrived.
Research and experimentation with artificial intelligence applied to voice, music, processing and sound creation.

LAB OUTPUT / 001
ANÖMALY CMA-01
Analog Mutation Circuit
Our first audio processor.
A processing system designed around a simple idea: using known behaviors as a starting point, not a limit.
Saturation, dynamics and spectral shaping within a custom architecture built to transform the character of the signal.