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    HEARING (Hearing Enhancement through ARtificially Intelligent NeurotechnoloGy)

    ARPA-H's HEARING program funds research to develop minimally invasive, brain-driven AI hearing systems that restore natural hearing by interfacing directly with the auditory cortex.

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    Funder: Advanced Research Projects Agency for Health

    Due Dates: June 29, 2026 (Solution Summary) | August 14, 2026 (Full Proposal)

    Funding Amounts: No budget ceiling; budgets must be realistic and commensurate with project scope.

    Summary: Supports development of minimally invasive, brain-driven hearing systems using AI and neurotechnology to address hearing loss as a neurological condition.

    Key Information: Submission of a Solution Summary by June 29, 2026 is required to be eligible for full proposal submission.


    Description

    The HEARING program, led by the Advanced Research Projects Agency for Health (ARPA-H), seeks to transform hearing loss treatment by developing the first minimally invasive, brain-driven hearing system that works in partnership with the auditory cortex. The goal is to create technology capable of real-time, user-intent–driven sound processing—adjusting sound based on what the listener wants to hear, reducing background noise, and reconstructing missing auditory information. The program targets the neurological basis of hearing loss, with a focus on improving outcomes for older adults, veterans, and individuals in high-noise environments. ARPA-H encourages multidisciplinary collaborations across neuroscience, engineering, otology, microelectronics, machine learning, and clinical audiology.


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