THE ACOUSTIC AI LAYER

We separate the voice from the noise.

AI-powered speech separation for industrial noise in real-time!

Explore products Discuss a pilot Watch our film

COMMANDHuman ↔ Human SENSEHuman → Machine ONE CORELocal Acoustic AI

Hear how well our AI Speech Core isolates voices.

Three before-and-after VoxFocus audio examples
Example	Situation	Speech in noiseNoisy recording	Separated voiceVoxFocus processed	Original voiceClean reference
Example Constr. Drill
Example 2 Factory Floor
Example 3 Aircraft Engine

Three listening examples are being prepared. Playback will be available here when the recordings are added.

SENSE · Industrial application concept

4 years of research & development AI at the core Speech separation on edge devices Awards & innovation programmes

THE PROBLEM STARTS AT THE MICROPHONE

Clear communication.
Even when it gets loud.

Machines, tools and changing noise mask speech. People have to repeat instructions. Voice systems receive a signal that is difficult to understand.

VoxFocus develops the acoustic layer between the real world and the receiver. Our AI Audio Core separates relevant speech from background noise before it reaches the ear or digital speech processing.

THE PRODUCT FAMILY

One core. Two industrial paths.

Shared technology.
A clear role for each application.

Concept of earmuff hearing protection with an exciter and external VoxFocus hub

IN DEVELOPMENT

HUMAN ↔ HUMAN

COMMAND

Wear protection. Understand speech.

An intelligent communication layer for earmuff hearing protection: an external hub processes audio locally. A VoxFocus Command transmits the processed speech to the earmuff shells non-invasively.

For manufacturing, maintenance and noisy workplaces
A modular concept combining a hub and specified hearing protection
Direct industrial pilots leading to validated configurations

Architecture & product status

Microphones capture the input signal. The hub provides computing power, power supply and signal processing. It couples the audio output into the earmuff shell.

The current architecture is a prototype concept. Compatibility, attenuation, warning-signal awareness and everyday usability are assessed for each combination. Universal retrofit compatibility is not assumed.

Explore how it works Request a COMMAND pilot

Concept of a worker communicating with a robot and machinery in a factory

INTEGRATION DEVELOPMENT

HUMAN → MACHINE

SENSE

The acoustic frontend for industrial AI.

SENSE prepares speech for existing speech recognition, HMI systems and robotics. Acoustic separation addresses the point where input quality determines the effectiveness of downstream processing.

For machine builders, robotics companies and system integrators
Integration before speech recognition and intent processing
Module and software integration as planned product paths

Integration & system boundaries

The signal path runs from microphones through the AI Audio Core to existing speech recognition, followed by command interpretation.

SENSE does not replace machine control. Confirmation, authorisation and safety-related control logic remain in the downstream system. Interfaces and functionality are defined with design partners.

Explore how it works Discuss SENSE integration

FUTURE PERSPECTIVE / HUMAN ↔ ENVIRONMENT

AIR

A future application of the technology core to assistive listening and everyday communication. Current development and market entry focus on COMMAND and SENSE.

Future application

Product images are concept visualisations. They do not depict approved production products.