Voice Biometrics- BioVox
Reliable speaker identification that can be integrated into any environment.
Reliable speaker identification that can be integrated into any environment.
User authentication, no fixed passphrase needed.
Continuous client verification during all the conversation with the agent.
Searching for specific speakers in audio recordings.

Live speakers identification in phone interceptions.
Automatic authentication for command and control communications.
Speaker verification in forensic investigations.

Physical and remote presence control.
Alarm deactivation by voice.
Domotics, infotaintment systems in cars controlled by secure voice commands.

Voice biometrics in online games.
Continuous speaker verification in remote examinations.
Analysis of pronunciation in language learning applications.

Running as a standalone solution or as an anti-spoofing countermeasure.
Can work as an app in your phone or integrated in the PBX of your company for analyzing voice calls in the background.

Working together with BioVox as a front end in authentication applications, only real speakers reach the voice biometrics engine.

The AI powered engine can isolate speech from almost any type of heavy noise.
Noise removal in the radio channel for minimizing errors and improving response times.

Fewer errors due to heavy noise and less hearing fatigue on human agents.

Improved accuracy in voice commands issued to infotainment in cars.

Audio steganography is more than sending secret messages.
Embedding of the user ID retrieving a call recording, for keeping track of the source in case of leaking to media.
Detecting manipulations in sensitive call recordings.

Detecting cut & paste manipulations in recordings of meetings, trials or contracts completed by phone.

Embedding of the customer ID into the downloaded content from TV, movies and music streaming platforms.

Hiding information into phone calls or radio transmissions.

Robust to noise, can be customized from scratch.
Detection of brands and names in TV & radio broadcasts.

Voice commands issued to alarms and domotics.
Personal assistants at home driven by voice.
Infotaintment systems in cars controlled by voice commands.

Voice commands issued to AI controlled characters.
Access by voice of inventory, maps, avionics…
Communication with the race engineer in racing games.
Analysis of pronunciation and scoring in language learning applications.

c/ Marie Curie, 5-7; Edificio Beta, Oficina 2.6 – 28521 Rivas-Vaciamadrid (Madrid) – Spain
