Hearing loss not only isolates but exposes individuals to risks of social and labor exclusion. Oticon Intent arrives as a disruptive technical solution: its intention sensors capture the user's movements and ambient noise to decide which sounds to prioritize. This AI hearing system not only improves hearing but restores a fundamental right: communication on equal terms.
Sensor architecture and adaptive processing 🎧
The technical core of Oticon Intent lies in a network of acoustic and gyroscopic sensors that analyze in real time the user's head orientation and visual focus. This hardware, combined with an artificial intelligence engine trained on thousands of sound scenarios, allows distinguishing between background noise and a relevant conversation. Adaptive processing adjusts the gain of directional microphones in milliseconds, prioritizing human voice without completely canceling the environmental context. This approach meets IEC 60118 accessibility standards, ensuring the technology does not discriminate in complex environments such as public transport or meetings.
Right to hear: more than a device, a protection 🛡️
The true innovation of Oticon Intent is its ability to anticipate the user's intention, eliminating the cognitive fatigue of manually adjusting volume or program. For people with hearing loss, this represents progress in their protection as a vulnerable group: they no longer depend on an interlocutor speaking louder or a quiet environment. Technology becomes a shield against hearing discrimination, aligning with regulations such as the General Law on the Rights of Persons with Disabilities and their digital inclusion.
Can Oticon Intent's artificial intelligence detect social or occupational risk environments to alert the user with hearing loss and prevent their exclusion?
(PS: checking status is like leveling the bed: if you don't do it right, the first layer (and rights) fail)