Minimally Invasive Intracortical Neural Interface Development

The contract seeks the design and development of wireless, minimally invasive neural interfaces capable of bidirectional communication with the auditory cortex, with a primary focus on achieving in vivo safety and long-term functional stability. The technology must enable reliable signal transmission and reception between the device and neural tissue, supporting both decoding of auditory signals and delivery of controlled stimulation, all while minimizing tissue damage and immune response. Emphasis is placed on clinical translatability, with validation required through rigorous preclinical testing to ensure enduring performance and biocompatibility over extended implantation periods. The solicitation is issued as a subcontract under the Advanced Research Projects Agency for Health, part of the Department of Health and Human Services, targeting innovation in neurotechnology for potential therapeutic or assistive applications related to hearing and auditory processing. The NAICS code 334510 indicates the work falls within medical equipment and supplies manufacturing, and the response deadline is August 14, 2026. Performance is anticipated to occur in Washington, with no set-aside provisions specified, inviting qualified entities to submit proposals for this high-impact neuroengineering initiative.