NLINKN1 Chip+PRIME.StudySYNCRStentrode+$75M.SeriesDPRECNLayer 7+FDA.BrkthruPARAMArgo+$20M.SeriesBBLKRKNeuroport+200.ImplantsEMTIVMN8+$45M.SeriesBKRNLFlux+Non-invasiveNRBLEHalo+Consumer.BCINEURONeuroPace+RNS.SystemCOGNICognixion+ALS.TrialFUND.YTD2026$2.8B.SectorTRIALSActive50+.ClinTrialsIMPLNTSHumans~100.Intracrtnl
Terminal/Device DB/Blindsight Visual Prosthesis
intracorticalbreakthroughinvestigational

Blindsight Visual Prosthesis

Implant Type
intracortical
Electrodes
1,024
Channels
1,024
FDA Status
breakthrough
Clinical Stage
Pre-clinical; first human implant expected 2026
Status
investigational
About

Blindsight is Neuralink's visual cortex prosthesis designed to restore vision in individuals with bilateral blindness, including those blind from birth, as long as the visual cortex is intact. The device bypasses the eyes entirely — an external camera captures images and sends data wirelessly to a brain implant in the visual cortex, which stimulates neurons to create visual percepts. Initial resolution is expected to be low (comparable to early Atari graphics) but could improve with technology advancement. The device received FDA Breakthrough Device Designation in September 2024. Preclinical testing in non-human primates has been ongoing for over three years.

Target Conditions
bilateral blindnessretinitis pigmentosaoptic nerve damageglaucomacongenital blindness
Milestones
2024-09FDA Breakthrough Device Designation granted
2025-04Musk announces first human implant expected within 6-12 months
2026-01First human visual prosthesis implant planned
FDA Regulatory Pathway
Breakthrough Device Designation

FDA Breakthrough Device Designation provides more interactive communication with FDA during development and a priority review pathway. The device is still under investigation and not yet approved for commercial sale.

FDA Device Regulatory Guidance ↗
Other intracortical Devices