Robots are starting to speak and to take orders by voice. That creates a new trust surface: proving a robot's voice is disclosed as synthetic, and making sure a voice command really came from an authorized human. We work with robotics teams on exactly that.
As robots gain natural voices and voice control, the audio channel becomes something you need to be able to trust and to prove. These are the questions buyers, regulators and safety teams are starting to ask.
A robot's generated voice should be clearly distinguishable from a real human one. Transparency rules for synthetic audio (such as the EU AI Act) are moving from guidance to obligation.
A robot that acts on spoken commands can be driven by a cloned or replayed voice. Confirming a command came from a live, authorized speaker protects the people and the machine.
When something goes wrong, teams need a record they can stand behind: was the voice genuine, synthetic, or tampered with. A defensible answer matters for safety and for liability.
ORAVYS analyzes voice and audio for authenticity. We are not a robotics company. We partner with the teams who build the robots, fit our voice-trust analysis to your platform, and keep the heavy lifting off your device.
A short scoping call to map your voice flows, your hardware and where trust needs to live.
Voice-trust analysis exposed through a clean API, so it slots into your stack without exposing internals.
Built with synthetic-audio transparency and EU AI Act obligations in mind, with auditability by default.
If you ship a robot that speaks or listens, we would like to talk.
Tell us what you are building. We read every message and reply ourselves, usually within a couple of business days.
ORAVYS is a voice and audio authenticity platform. This page is an invitation to talk, not a product claim. We do not share details of our methods publicly.