| Abbott | | |
| ABILITY Neurotech | | |
| Advanced Bionics | | |
| AIR-CAS* | | |
| Allen Institute | | |
| Axoft | | |
| Axogen | | |
| Axonics, Inc. | | |
| Axonova Medical (UPenn spin-out)* | | |
| Bioness Inc. | | |
| Blackrock Neurotech | | - 7 degree-of-freedom neuroprosthetic arm (Collinger, 2013)
- BCI study of neural constraints on learning in macaque motor cortex, 2014
- Bidirectional BCI with tactile feedback (Flesher, 2021)
- BrainGate pilot, first human results (2006)
- Case Western iBCI-controlled FES for reaching and grasping, 2017
- Handwriting BCI (Willett, 2021)
- Intracortical auditory-feedback speller in completely locked-in ALS, 2022
- Intracortical typing BCI (Pandarinath, 2017)
- Patterned ICMS for tactile edges and motion in human somatosensory cortex, 2025
- UC Davis intracortical speech neuroprosthesis in ALS, 2024
- Utah array failure analysis, Barrese 2013
- Zhejiang University: Chinese handwriting trajectory decoding from motor cortex, 2025
- Zhejiang University: first Chinese human Utah-array implant, robotic arm control, 2020
|
| BlueWind Medical | | |
| Boston Scientific Corporation | | |
| BrainGate Consortium | | |
| Bridge Neurotech | | |
| Brown University, N3 Lab | | |
| Caltech, Andersen Lab | | |
| Carnegie Mellon / University of Pittsburgh* | | |
| Carnegie Mellon University, Yu and Chase Groups | | |
| Case Western Reserve University, Cleveland FES Center of Excellence | | |
| CEA‑Clinatec | | |
| CEBSIT / Lingang Laboratory* | | |
| CereGate | | |
| CIBR (Fang Ying lab)* | | |
| CIBR (Gao Lei lab)* | | |
| CIBR / ICCAS* | | |
| Cochlear Corporation | | |
| Coherence Neuro | | |
| Columbia University, Shepard lab | | |
| Cornell University, Molnar lab | | |
| Cornell University, Xu group | | |
| CorTec | | |
| Cortigent | | |
| Duke Viventi Lab | | |
| EPFL | | |
| ETH Zurich / University of Zurich* | | |
| Francis Crick Institute collaboration* | | |
| Fudan University, Brain-Interface and Neural-Electronics Groups | | |
| Georgia Tech / Emory* | | |
| Harvard University, Lieber group | | |
| HHMI Janelia Research Campus, Neuropixels Program | | |
| IMEC | | |
| INBRAIN Neuroelectronics | | |
| Innervace (UPenn spin-out)* | | |
| Inspire Medical Systems, Inc. | | |
| Institut Dobelle AG* | | |
| Institute of Semiconductors, CAS* | | |
| ITIS / University of Ljubljana* | | |
| Johns Hopkins University Applied Physics Laboratory | | |
| Johns Hopkins University, Harris lab | | |
| LivaNova | | |
| MED-EL | | |
| Medtronic plc | | |
| Merge Labs | | |
| Mindtrix · 明视脑机 | | |
| MIT — Neural engineering & neurotechnology ecosystem | | |
| Motif Neurotech | | |
| Nalu Medical, Inc. | | |
| NCNST / CAS Institute of Neuroscience* | | |
| NeuCyber NeuroTech / Beinao-1 · 芯智达神经技术 / 北脑一号 | | |
| Neuracle · 博睿康 | | |
| Neural Signals research program* | | |
| Neuralink | | |
| NeuroNexus Technologies | | |
| NeuroPace, Inc. | | |
| Neuros Medical, Inc. | | |
| NeuroXess · 脑虎科技 | | |
| Nevro Corp. | | |
| Northwestern University, Rogers Research Group | | |
| NYU Buzsaki Lab | | |
| ONWARD Medical N.V. | | |
| Paradromics | | |
| PMT / Blackrock Microsystems* | | |
| Precision Neuroscience | | |
| Radboud University, Donders Institute | | |
| Rice University, Luan lab | | |
| Rice University, Robinson lab | | |
| Rice University, Xie lab | | |
| Rice University, Yang lab | | |
| Saluda Medical Pty Ltd | | |
| Science Corporation | | |
| Second Sight Medical Products (historical company brief) | | |
| SetPoint Medical | | |
| Shanghai Jiao Tong University (Liu Jingquan group)* | | |
| Shenfu Jianxing · 神复健行 | | |
| SIAT (Du Xuemin lab)* | | |
| SIAT (Du Zhanhong lab)* | | |
| SIAT (Lu Yi lab)* | | |
| SIAT (with Donghua University)* | | |
| SIMIT* | | |
| SIMIT / NeuroXess / Huashan Hospital* | | |
| SINANO, CAS* | | |
| SPR Therapeutics, Inc. | | |
| StairMed · 阶梯医疗 | | |
| Stanford University — Neural engineering & brain–computer interfaces ecosystem | | |
| Synchron | | |
| Technical University of Munich (TUM) University Hospital | | |
| Tianjin Rongyuan Intelligent Technology · 天津嵘元智能 | | |
| Tsinghua SIGS / SIAT* | | |
| Tsinghua University* | | |
| TU Delft* | | |
| UC Davis, Brandman and Stavisky Group | | |
| UC San Diego (Kuzum group)* | | |
| UC San Diego (with MGH)* | | |
| UC San Diego, Integrated Electronics and Biointerfaces Laboratory | | |
| UCSF / Lawrence Livermore* | | |
| UCSF / UC Berkeley* | | |
| UCSF Chang Lab | | |
| UMC Utrecht, Ramsey Group | | |
| University College London, Carandini lab | | |
| University of California, Berkeley | | |
| University of Chicago, Bensmaia Lab | | |
| University of Florida — Neural engineering & BCI ecosystem | | |
| University of Freiburg (IMTEK)* | | |
| University of Michigan — Neural engineering & BCI ecosystem | | |
| University of Pennsylvania — BCI & neurotechnology ecosystem | | |
| University of Pittsburgh, Rehab Neural Engineering Labs | | |
| University of Texas at Austin, Department of Biomedical Engineering | | |
| University of Tübingen, Birbaumer Group | | |
| University of Utah — Neural engineering & neurotechnology ecosystem | | |
| University of Wisconsin-Madison* | | |
| Washington University in St. Louis* | | |
| Wyss Center for Bio and Neuroengineering | | |
| Zhejiang Nurotron · 诺尔康 | | |
| Zhiran Medical · 智冉医疗 | | |
| Miscellaneous* | | |