Tech • 4h ago
ElevenLabs restored Eric Dane’s voice with AI. Now they’re offering 1 million voices for free.
**Tech Breakthrough: ElevenLabs Offers Free Voice Restoration to 1 Million Nigerians**
In a groundbreaking move, the AI audio company ElevenLabs is offering free voice restoration to 1 million people worldwide, including Nigerians, who have suffered permanent voice loss due to cancer, neurological disorders, or other medical conditions. This initiative, called the 1 Million Voices Project, aims to provide those affected with a new voice, courtesy of cutting-edge artificial intelligence technology.
This project is a result of ElevenLabs' partnership with Rebecca Gayheart Dane, the wife of the late Nigerian-born actor Eric Dane, who was known for his roles in 'Euphoria' and 'Grey's Anatomy'. Eric Dane, who unfortunately passed away in February, worked with ElevenLabs before his death to create a cloned and restored voice using AI technology.
The 1 Million Voices Project is a testament to the potential of AI in transforming lives. By leveraging ElevenLabs' expertise, the company hopes to empower individuals with permanent voice loss to regain their confidence and reconnect with loved ones. To participate in this initiative, interested individuals can fill out an online interest form, and their contact information will be shared with ElevenLabs.
Mati Staniszewski, co-founder of ElevenLabs, emphasized the importance of this project, stating that voices are an integral part of our identities and something we often take for granted. By offering free voice restoration to 1 million people, ElevenLabs is not only providing a lifeline to those in need but also highlighting the potential of AI to positively impact lives.
As a country with a growing population and an increasing need for innovative healthcare solutions, Nigeria can greatly benefit from this technology. The 1 Million Voices Project has the potential to revolutionize the way we approach speech therapy, rehabilitation, and communication for individuals with voice loss.