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/Merge Ultrasound BCI
ultrasoundnoner&d

Merge Ultrasound BCI

Implant Type
ultrasound
Electrodes
0
Channels
0
FDA Status
none
Clinical Stage
Pre-clinical R&D; no human data published
Status
r&d
About

Merge Labs is developing an ultrasound-based brain-computer interface that avoids direct electrode implantation, instead using functional ultrasound imaging combined with engineered molecular reporters — specialized proteins that amplify neural activity signatures detectable by ultrasound from outside the skull. Resolution on the order of 100 microns with a field of view spanning from cortical surface to deep brain center. Co-founded by Mikhail Shapiro, Tyson Aflalo, Sumner Norman, Alex Blania, Sandro Herbig, and Sam Altman. A spinoff of Forest Neurotech, a nonprofit studying miniaturized ultrasound in a UK safety trial. Launched January 2026 with $252M in seed funding at $850M valuation, led by OpenAI.

Target Conditions
communicationmotor controlneurological disorderscognitive enhancement
Milestones
2023-01Forest Neurotech nonprofit formed (precursor)
2025-03Forest Neurotech UK safety trial begins at NHS (30 patients planned)
2026-01Merge Labs launched with $252M seed funding led by OpenAI at $850M valuation
FDA Regulatory Pathway
No FDA Regulatory Status

This device does not have a current FDA designation. It may be a research tool, preclinical device, or consumer product not subject to FDA medical device regulation.

FDA Device Regulatory Guidance ↗
Other ultrasound Devices