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Difference between revisions of "Category:Companies"
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Landonodnal (talk | contribs) (Undo revision 12570 by Landonodnal (talk)) Tag: Undo |
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| Line 45: | Line 45: | ||
|Clinical, RC/UI, Subjective Measurement | |Clinical, RC/UI, Subjective Measurement | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]], [[EMG]] |
| | | | ||
|- | |- | ||
| Line 57: | Line 57: | ||
|Clinical, Subjective Measurement | |Clinical, Subjective Measurement | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
| − | |[[ | + | |[[MEG]], [[fNIRS]] |
| | | | ||
|- | |- | ||
| Line 153: | Line 153: | ||
|Clinical | |Clinical | ||
|[E] Bidirectional Afferent Closed-Loop BCI | |[E] Bidirectional Afferent Closed-Loop BCI | ||
| − | |[[Electrocardiography|ECG]] | + | |[[Electrocardiography |
| + | |ECG]] | ||
|[[Microstimulation]] | |[[Microstimulation]] | ||
|- | |- | ||
| Line 177: | Line 178: | ||
|Clinical, RC/UI, Subjective Measurement | |Clinical, RC/UI, Subjective Measurement | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
| − | |[[EEG]], [[Electrocardiography|ECG/EKG]] | + | |[[EEG]], [[Electrocardiography |
| + | |ECG/EKG]] | ||
| | | | ||
|- | |- | ||
| Line 201: | Line 203: | ||
|Clinical, RC/UI | |Clinical, RC/UI | ||
|[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | ||
| − | |[[EEG]], [[Electrocardiography|ECG/EKG]] | + | |[[EEG]], [[Electrocardiography |
| + | |ECG/EKG]] | ||
| | | | ||
|- | |- | ||
| Line 300: | Line 303: | ||
|[[RNS]] | |[[RNS]] | ||
|- | |- | ||
| − | |[[G.tec medical engineering GmbH|G.tec]] | + | |[[G.tec medical engineering GmbH |
| + | |G.tec]] | ||
|True | |True | ||
|False | |False | ||
| Line 333: | Line 337: | ||
|Clinical, RC/UI, Subjective Measurement | |Clinical, RC/UI, Subjective Measurement | ||
|[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | ||
| − | |[[EEG]], [[Electrocardiography|ECG]] | + | |[[EEG]], [[Electrocardiography |
| + | |ECG]] | ||
| | | | ||
|- | |- | ||
| Line 357: | Line 362: | ||
|Clinical | |Clinical | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | ||
| − | |[[EEG]], [[Electromyography|EMG]], [[MRI]],[[MEG]] | + | |[[EEG]], [[Electromyography |
| + | |EMG]], [[MRI]],[[MEG]] | ||
|[[TMS]] | |[[TMS]] | ||
|- | |- | ||
| Line 381: | Line 387: | ||
|RC/UI, Subjective Measurement, Motor-Sensory Augmentation | |RC/UI, Subjective Measurement, Motor-Sensory Augmentation | ||
|[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | ||
| − | |[[EEG]], [[Electrocardiography|ECG]], [[Electromyography|EMG]] | + | |[[EEG]], [[Electrocardiography |
| + | |ECG]], [[Electromyography | ||
| + | |EMG]] | ||
|[[EMS]] | |[[EMS]] | ||
|- | |- | ||
| Line 564: | Line 572: | ||
| | | | ||
|- | |- | ||
| − | |[[Cognionics / CGX Systems|Cognionics]] | + | |[[Cognionics / CGX Systems |
| + | |Cognionics]] | ||
|True | |True | ||
|False | |False | ||
| Line 600: | Line 609: | ||
| | | | ||
|- | |- | ||
| − | |[[Compumedics Limited|Compumedics]] | + | |[[Compumedics Limited |
| + | |Compumedics]] | ||
|True | |True | ||
|False | |False | ||
| Line 645: | Line 655: | ||
|Clinical | |Clinical | ||
|[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | ||
| − | |[[EEG]], [[Electrocardiography|ECG]], [[Electromyography|EMG]], [[fMRI]], [[fNIRS]] | + | |[[EEG]], [[Electrocardiography |
| + | |ECG]], [[Electromyography | ||
| + | |EMG]], [[fMRI]], [[fNIRS]] | ||
|[[TMS]] | |[[TMS]] | ||
|- | |- | ||
| Line 696: | Line 708: | ||
|[[TFS]] | |[[TFS]] | ||
|- | |- | ||
| − | |[[CYROZENLABZ|Cyrozenlabz]] | + | |[[CYROZENLABZ |
| + | |Cyrozenlabz]] | ||
|True | |True | ||
|False | |False | ||
| Line 753: | Line 766: | ||
|Clinical | |Clinical | ||
|[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | ||
| − | |[[EEG]], [[Electromyography|EMG]], [[Electrocardiography|ECG]] | + | |[[EEG]], [[Electromyography |
| + | |EMG]], [[Electrocardiography | ||
| + | |ECG]] | ||
|[[TMS]] | |[[TMS]] | ||
|- | |- | ||
| Line 813: | Line 828: | ||
|Clinical | |Clinical | ||
|[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | ||
| − | |[[EEG]], [[Electromyography|EMG]], [[FNIRS|NIRS]] | + | |[[EEG]], [[Electromyography |
| + | |EMG]], [[FNIRS | ||
| + | |NIRS]] | ||
|[[tDCS]], [[TMS]] | |[[tDCS]], [[TMS]] | ||
|- | |- | ||
| − | |[[ElMindA|elminda]] | + | |[[ElMindA |
| + | |elminda]] | ||
|True | |True | ||
|False | |False | ||
| Line 828: | Line 846: | ||
| | | | ||
|- | |- | ||
| − | |[[Emka|emka TECHNOLOGIES]] | + | |[[Emka |
| + | |emka TECHNOLOGIES]] | ||
|True | |True | ||
|True | |True | ||
| Line 864: | Line 883: | ||
| | | | ||
|- | |- | ||
| − | |[[Ensodata|EnsoData]] | + | |[[Ensodata |
| + | |EnsoData]] | ||
|False | |False | ||
|False | |False | ||
| Line 960: | Line 980: | ||
|[[tACS]], [[tDCS]] | |[[tACS]], [[tDCS]] | ||
|- | |- | ||
| − | |[[Functional Neuromodulation.|Functional Neuromodulation]] | + | |[[Functional Neuromodulation. |
| + | |Functional Neuromodulation]] | ||
|False | |False | ||
|True | |True | ||
| Line 1,056: | Line 1,077: | ||
|[[VNS]] | |[[VNS]] | ||
|- | |- | ||
| − | |[[HUMM Tech|humm]] | + | |[[HUMM Tech |
| + | |humm]] | ||
|True | |True | ||
|False | |False | ||
| Line 1,080: | Line 1,102: | ||
| | | | ||
|- | |- | ||
| − | |[[IcoMetrix|icometrix]] | + | |[[IcoMetrix |
| + | |icometrix]] | ||
|False | |False | ||
|False | |False | ||
| Line 1,140: | Line 1,163: | ||
| | | | ||
|- | |- | ||
| − | |[[In-sight|In-sight Neuromarketing]] | + | |[[In-sight |
| + | |In-sight Neuromarketing]] | ||
|False | |False | ||
|False | |False | ||
| Line 1,188: | Line 1,212: | ||
| | | | ||
|- | |- | ||
| − | |[[Innoria Kft.|Innoria]] | + | |[[Innoria Kft. |
| + | |Innoria]] | ||
|False | |False | ||
|False | |False | ||
| Line 1,257: | Line 1,282: | ||
|Clinical | |Clinical | ||
|[D] Closed-Loop Afferent BCI | |[D] Closed-Loop Afferent BCI | ||
| − | |[[Electromyography|EMG]] | + | |[[Electromyography |
| + | |EMG]] | ||
|[[EMS]] | |[[EMS]] | ||
|- | |- | ||
| Line 1,473: | Line 1,499: | ||
|Clinical | |Clinical | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
| − | |[[ | + | |[[EEG]], [[EMG]], [[iEEG]] |
|[[DBS]], [[Microstimulation]] | |[[DBS]], [[Microstimulation]] | ||
|- | |- | ||
| Line 1,666: | Line 1,692: | ||
|[B] Open-Loop Afferent BCI | |[B] Open-Loop Afferent BCI | ||
| | | | ||
| − | |[[ | + | |[[PNS]], [[SCS]] |
|- | |- | ||
|[[Naox Technologies]] | |[[Naox Technologies]] | ||
| Line 1,785: | Line 1,811: | ||
|ClinicalI, Subjective Measurement, Motor-Sensory Augmentation | |ClinicalI, Subjective Measurement, Motor-Sensory Augmentation | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
| − | |[[ | + | |[[Optogenetics]], [[iEEG]] |
|[[Optogenetics]] | |[[Optogenetics]] | ||
|- | |- | ||
| Line 1,822: | Line 1,848: | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
|[[iEEG]] | |[[iEEG]] | ||
| − | |[[ | + | |[[VNS]], [[tACS]], [[tRNS]] |
|- | |- | ||
|[[Neuro Management LLC]] | |[[Neuro Management LLC]] | ||
| Line 1,836: | Line 1,862: | ||
| | | | ||
|- | |- | ||
| − | |[[Neuro.plus|NeuroPlus]] | + | |[[Neuro.plus |
| + | |NeuroPlus]] | ||
|True | |True | ||
|False | |False | ||
| Line 1,869: | Line 1,896: | ||
|Clinical | |Clinical | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]], [[EMG]], [[NIRS]] |
|[[TMS]], [[tDCS]] | |[[TMS]], [[tDCS]] | ||
|- | |- | ||
| Line 1,918: | Line 1,945: | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | ||
|[[EEG]] | |[[EEG]] | ||
| − | |[[ | + | |[[tACS]], [[tDCS]], [[tRNS]] |
|- | |- | ||
|[[NeuroEM]] | |[[NeuroEM]] | ||
| Line 1,944: | Line 1,971: | ||
|[[EBS]] | |[[EBS]] | ||
|- | |- | ||
| − | |[[Neurofus|NeuroFUS]] | + | |[[Neurofus |
| + | |NeuroFUS]] | ||
|True | |True | ||
|False | |False | ||
| Line 2,038: | Line 2,066: | ||
|[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | ||
|[[EEG]], [[EMG]], [[NIRS]], [[TCD]] | |[[EEG]], [[EMG]], [[NIRS]], [[TCD]] | ||
| − | |[[ | + | |[[TENS]], [[TMS]], [[tDCS]] |
|- | |- | ||
|[[Neuroloom]] | |[[Neuroloom]] | ||
| Line 2,109: | Line 2,137: | ||
|Subjective Measurement | |Subjective Measurement | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]], [[EMG]] |
| | | | ||
|- | |- | ||
| Line 2,133: | Line 2,161: | ||
|Clinical | |Clinical | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | ||
| − | |[[EEG]], [[ | + | |[[EEG]], [[MEG]], [[MRI]] |
|[[TMS]] | |[[TMS]] | ||
|- | |- | ||
| Line 2,337: | Line 2,365: | ||
|RC/UI | |RC/UI | ||
|[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]], [[EMG]] |
| | | | ||
|- | |- | ||
| Line 2,349: | Line 2,377: | ||
|Clinical | |Clinical | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]], [[EMG]] |
|[[TMS]] | |[[TMS]] | ||
|- | |- | ||
| Line 2,361: | Line 2,389: | ||
|Clinical, Subjective Measurement | |Clinical, Subjective Measurement | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
| − | |[[EEG]], [[EMG]], [[ | + | |[[EEG]], [[EMG]], [[MRI]], [[fNIRS]] |
|[[EBS]] | |[[EBS]] | ||
|- | |- | ||
| Line 2,601: | Line 2,629: | ||
|Clinical | |Clinical | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]], [[EMG]] |
| | | | ||
|- | |- | ||
| Line 2,625: | Line 2,653: | ||
|Clinical, RC/UI, Subjective Measurement | |Clinical, RC/UI, Subjective Measurement | ||
|[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | ||
| − | |[[ | + | |[[EEG]], [[fMRI]], [[fNIRS]] |
|[[TMS]] | |[[TMS]] | ||
|- | |- | ||
| Line 2,745: | Line 2,773: | ||
|Clinical, Subjective Measurement | |Clinical, Subjective Measurement | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]], [[EMG]] |
|[[tDCS]] | |[[tDCS]] | ||
|- | |- | ||
| Line 2,937: | Line 2,965: | ||
|Clinical, Subjective Measurement | |Clinical, Subjective Measurement | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]], [[EMG]], [[fNIRS]] |
| | | | ||
|- | |- | ||
| Line 3,021: | Line 3,049: | ||
|RC/UI, Subjective Measurement | |RC/UI, Subjective Measurement | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]], [[EMG]], [[fNIRS]] |
| | | | ||
|- | |- | ||
| Line 3,057: | Line 3,085: | ||
|ClinicalI, RC/UI, Subjective Measurement, Motor-Sensory Augmentation | |ClinicalI, RC/UI, Subjective Measurement, Motor-Sensory Augmentation | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI, [D] Closed-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI, [D] Closed-Loop Afferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]], [[EMG]], [[iEEG]] |
| − | |[[ | + | |[[PNS]], [[SCS]], [[TENS]], [[tES]] |
|- | |- | ||
|[[Saluda Medical]] | |[[Saluda Medical]] | ||
| Line 3,141: | Line 3,169: | ||
|Clinical | |Clinical | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]] |
| | | | ||
|- | |- | ||
| Line 3,238: | Line 3,266: | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
|[[EEG]], [[fMRI]], [[fNIRS]] | |[[EEG]], [[fMRI]], [[fNIRS]] | ||
| − | |[[ | + | |[[TENS]], [[TMS]], [[VNS]], [[tDCS]], [[tES]], [[tSDCS]] |
|- | |- | ||
|[[Spark]] | |[[Spark]] | ||
| Line 3,310: | Line 3,338: | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | ||
|[[EEG]], [[MEG]], [[NIRS]], [[iEEG]] | |[[EEG]], [[MEG]], [[NIRS]], [[iEEG]] | ||
| − | |[[ | + | |[[TMS]], [[tES]] |
|- | |- | ||
|[[Stimwave Technologies]] | |[[Stimwave Technologies]] | ||
| Line 3,322: | Line 3,350: | ||
|[B] Open-Loop Afferent BCI | |[B] Open-Loop Afferent BCI | ||
| | | | ||
| − | |[[ | + | |[[PNS]], [[SCS]] |
|- | |- | ||
|[[Stroke Rehab]] | |[[Stroke Rehab]] | ||
| Line 3,465: | Line 3,493: | ||
|Clinical, Subjective Measurement | |Clinical, Subjective Measurement | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]], [[EMG]], [[NIRS]] |
| | | | ||
|- | |- | ||
| Line 3,478: | Line 3,506: | ||
|[B] Open-Loop Afferent BCI | |[B] Open-Loop Afferent BCI | ||
| | | | ||
| − | |[[ | + | |[[PNS]], [[TENS]], [[VNS]] |
|- | |- | ||
|[[ThynkWare]] | |[[ThynkWare]] | ||
| Line 3,537: | Line 3,565: | ||
|Subjective Measurement, Motor-Sensory Augmentation | |Subjective Measurement, Motor-Sensory Augmentation | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
| − | |[[EEG]], [[ | + | |[[EEG]], [[EMG]], [[MEG]], [[PET]], [[iEEG]] |
| | | | ||
|- | |- | ||
| Line 3,549: | Line 3,577: | ||
|ClinicalI, Subjective Measurement, Motor-Sensory Augmentation | |ClinicalI, Subjective Measurement, Motor-Sensory Augmentation | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
| − | |[[EEG]], [[ | + | |[[EEG]], [[EMG]], [[Optogenetics]], [[fMRI]], [[iEEG]] |
| − | |[[ | + | |[[Microstimulation]], [[Optogenetics]] |
|- | |- | ||
|[[TuSion]] | |[[TuSion]] | ||
| Line 3,645: | Line 3,673: | ||
|Clinical | |Clinical | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
| − | |[[ | + | |[[ECG]], [[MRI]] |
| | | | ||
|- | |- | ||
| Line 3,706: | Line 3,734: | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
|[[EEG]], [[EMG]] | |[[EEG]], [[EMG]] | ||
| − | |[[ | + | |[[TMS]], [[tDCS]] |
|- | |- | ||
|[[Yneuro]] | |[[Yneuro]] | ||
| Line 4,041: | Line 4,069: | ||
|Clinical | |Clinical | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
| − | |[[ | + | |[[EEG]], [[MEG]], [[MRI]], [[PET]] |
| | | | ||
|- | |- | ||
| Line 4,246: | Line 4,274: | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | ||
|[[EEG]], [[EMG]], [[fMRI]], [[fNIRS]] | |[[EEG]], [[EMG]], [[fMRI]], [[fNIRS]] | ||
| − | |[[TMS]], [[ | + | |[[TMS]], [[tES]], [[tFUS]] |
|- | |- | ||
|[[BrainCapture]] | |[[BrainCapture]] | ||
| Line 4,377: | Line 4,405: | ||
|RC/UI, Subjective Measurement, Motor-Sensory Augmentation | |RC/UI, Subjective Measurement, Motor-Sensory Augmentation | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]], [[EMG]] |
|[[TMS]], [[tACS]], [[tDCS]] | |[[TMS]], [[tACS]], [[tDCS]] | ||
|- | |- | ||
| Line 4,510: | Line 4,538: | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
|[[EEG]] | |[[EEG]] | ||
| − | |[[ | + | |[[CES]], [[TENS]], [[TMS]], [[tACS]], [[tDCS]], [[tES]], [[tRNS]] |
|- | |- | ||
|[[Cerebra]] | |[[Cerebra]] | ||
| Line 4,594: | Line 4,622: | ||
|[B] Open-Loop Afferent BCI | |[B] Open-Loop Afferent BCI | ||
| | | | ||
| − | |[[DBS]], [[ | + | |[[DBS]], [[PNS]], [[SCS]], [[VNS]] |
|- | |- | ||
|[[Clinical Science Systems]] | |[[Clinical Science Systems]] | ||
| Line 4,701: | Line 4,729: | ||
|RC/UI, Subjective Measurement | |RC/UI, Subjective Measurement | ||
|[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]], [[EMG]], [[iEEG]] |
| | | | ||
|- | |- | ||
| Line 4,821: | Line 4,849: | ||
|Clinical | |Clinical | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]] |
| | | | ||
|- | |- | ||
| Line 4,845: | Line 4,873: | ||
|Clinical, RC/UI, Subjective Measurement | |Clinical, RC/UI, Subjective Measurement | ||
|[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]], [[EMG]] |
| | | | ||
|- | |- | ||
| Line 4,941: | Line 4,969: | ||
|Clinical, Subjective Measurement | |Clinical, Subjective Measurement | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]], [[EMG]], [[MRI]], [[fNIRS]] |
| − | |[[ | + | |[[PNS]], [[TMS]], [[VNS]], [[tACS]], [[tDCS]], [[tES]] |
|- | |- | ||
|[[Brain Scientific]] | |[[Brain Scientific]] | ||
| Line 4,990: | Line 5,018: | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
|[[EEG]] | |[[EEG]] | ||
| − | |[[ | + | |[[tACS]], [[tDCS]] |
|- | |- | ||
|[[NeuroClear]] | |[[NeuroClear]] | ||
| Line 5,040: | Line 5,068: | ||
|[[Microstimulation]], [[Optogenetics]], [[PNS]] | |[[Microstimulation]], [[Optogenetics]], [[PNS]] | ||
|- | |- | ||
| − | |[[NeuroOptimal|NeurOptimal]] | + | |[[NeuroOptimal |
| + | |NeurOptimal]] | ||
|True | |True | ||
|False | |False | ||
| Line 5,145: | Line 5,174: | ||
|RC/UI, Subjective Measurement, Motor-Sensory Augmentation | |RC/UI, Subjective Measurement, Motor-Sensory Augmentation | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
| − | |[[ | + | |[[Optogenetics]], [[iEEG]] |
|[[Microstimulation]], [[Optogenetics]] | |[[Microstimulation]], [[Optogenetics]] | ||
|- | |- | ||
| Line 5,157: | Line 5,186: | ||
|Clinical, RC/UI, Subjective Measurement, Motor-Sensory Augmentation | |Clinical, RC/UI, Subjective Measurement, Motor-Sensory Augmentation | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | ||
| − | |[[EEG]], [[ | + | |[[EEG]], [[EMG]], [[fNIRS]], [[iEEG]] |
| − | |[[ | + | |[[CES]], [[TMS]], [[tDCS]], [[tES]] |
|- | |- | ||
|[[Scignals]] | |[[Scignals]] | ||
| Line 5,169: | Line 5,198: | ||
|Clinical, RC/UI | |Clinical, RC/UI | ||
|[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]], [[EMG]] |
| | | | ||
|- | |- | ||
| Line 5,337: | Line 5,366: | ||
|Clinical | |Clinical | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
| − | |[[Electrocardiography|ECG]], [[iEEG]] | + | |[[Electrocardiography |
| + | |ECG]], [[iEEG]] | ||
|[[DBS]] | |[[DBS]] | ||
|- | |- | ||
| Line 5,385: | Line 5,415: | ||
|Clinical | |Clinical | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
| − | |[[ | + | |[[EEG]], [[Electrocardiography, [[MRI]] |
| + | |ECG]], [[EMG]] | ||
| | | | ||
|- | |- | ||
| Line 5,397: | Line 5,428: | ||
|Clinical | |Clinical | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
| − | |[[ | + | |[[EEG]], [[EMG]], [[MRI]], [[fMRI]] |
|[[TMS]], [[TPS]], [[tDCS]] | |[[TMS]], [[TPS]], [[tDCS]] | ||
|- | |- | ||
| Line 5,421: | Line 5,452: | ||
|Clinical, RC/UI, Subjective Measurement | |Clinical, RC/UI, Subjective Measurement | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]], [[EMG]] |
| | | | ||
|- | |- | ||
| Line 5,448: | Line 5,479: | ||
|[[TMS]] | |[[TMS]] | ||
|- | |- | ||
| − | |[[C&P International]] | + | |[[C&P International]] |
|False | |False | ||
|False | |False | ||
| Line 5,457: | Line 5,488: | ||
|RC/UI, Subjective Measurement | |RC/UI, Subjective Measurement | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
| − | |[[EEG]], [[ | + | |[[EEG]], [[MEG]], [[fMRI]], [[fNIRS]] |
| − | |[[TMS]], [[ | + | |[[TMS]], [[tACS]], [[tDCS]] |
|- | |- | ||
|[[Brain Products Asia]] | |[[Brain Products Asia]] | ||
| Line 5,517: | Line 5,548: | ||
|Clinical | |Clinical | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
| − | |[[ | + | |[[BIS]], [[EIT]] |
| | | | ||
|- | |- | ||
| Line 5,553: | Line 5,584: | ||
|Subjective Measurement | |Subjective Measurement | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
| − | |[[ | + | |[[EEG]], [[MEG]], [[NIRS]], [[PET]], [[fMRI]] |
|[[tACS]] | |[[tACS]] | ||
|- | |- | ||
| Line 5,566: | Line 5,597: | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
|[[EEG]], [[MRI]], [[NIRS]], [[iEEG]] | |[[EEG]], [[MRI]], [[NIRS]], [[iEEG]] | ||
| − | |[[ | + | |[[Microstimulation]], [[TMS]] |
|- | |- | ||
|[[Shenzhen Hanix United]] | |[[Shenzhen Hanix United]] | ||
| Line 5,577: | Line 5,608: | ||
|Clinical, RC/UI, Subjective Measurement | |Clinical, RC/UI, Subjective Measurement | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
| − | |[[EEG]], [[fNIRS]] | + | |[[EEG]], [[Electromyography, [[fNIRS]] |
| + | |EMG]] | ||
|[[TMS]], [[tDCS]] | |[[TMS]], [[tDCS]] | ||
|- | |- | ||
| Line 5,604: | Line 5,636: | ||
|[[TMS]] | |[[TMS]] | ||
|- | |- | ||
| − | |[[NeuroScience & TMS Treatment Centers]] | + | |[[NeuroScience & TMS Treatment Centers]] |
|False | |False | ||
|False | |False | ||
| Line 5,625: | Line 5,657: | ||
|Clinical, RC/UI, Subjective Measurement | |Clinical, RC/UI, Subjective Measurement | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
| − | |[[EEG]], [[MEG]], [[ | + | |[[EEG]], [[MEG]], [[NIRS]], [[fMRI]] |
| − | |[[TMS]], [[ | + | |[[TMS]], [[tACS]], [[tDCS]] |
|- | |- | ||
|[[Upside Down Labs]] | |[[Upside Down Labs]] | ||
| Line 5,662: | Line 5,694: | ||
|[B] Open-Loop Afferent BCI | |[B] Open-Loop Afferent BCI | ||
| | | | ||
| − | |[[ | + | |[[ECT]], [[TMS]] |
|- | |- | ||
|[[Syneika]] | |[[Syneika]] | ||
| Line 5,865: | Line 5,897: | ||
|Subjective Measurement | |Subjective Measurement | ||
|[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | ||
| − | |[[EEG]], [[Electromyography|EMG]] | + | |[[EEG]], [[Electromyography |
| + | |EMG]] | ||
| | | | ||
|- | |- | ||
| Line 5,925: | Line 5,958: | ||
|Clinical | |Clinical | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
| − | |[[ | + | |[[EMG]], [[iEEG]] |
|[[Microstimulation]] | |[[Microstimulation]] | ||
|- | |- | ||
| Line 5,973: | Line 6,006: | ||
|RC/UI, Subjective Measurement | |RC/UI, Subjective Measurement | ||
|[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]], [[EMG]], [[NIRS]] |
| | | | ||
|- | |- | ||
| Line 5,995: | Line 6,028: | ||
|IN | |IN | ||
|2022 | |2022 | ||
| − | |Clinical, | + | |Clinical, Subjective Measurement |
| − | Subjective Measurement | ||
|[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | ||
|[[EEG]] | |[[EEG]] | ||
| Line 6,032: | Line 6,064: | ||
|US | |US | ||
|1999 | |1999 | ||
| − | |Clinical, | + | |Clinical, Subjective Measurement |
| − | Subjective Measurement | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
| − | |[[ | + | |[[CT]], [[MRI]], [[PET]] |
| | | | ||
|- | |- | ||
| Line 6,050: | Line 6,081: | ||
|[[LiFU]] | |[[LiFU]] | ||
|- | |- | ||
| − | |[[Anew Era TMS & Psychiatry]] | + | |[[Anew Era TMS & Psychiatry]] |
|False | |False | ||
|False | |False | ||
| Line 6,108: | Line 6,139: | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
|[[EEG]], [[EMG]] | |[[EEG]], [[EMG]] | ||
| − | |[[ | + | |[[PNS]], [[TMS]] |
|- | |- | ||
|[[NeuroGrow]] | |[[NeuroGrow]] | ||
| Line 6,146: | Line 6,177: | ||
| | | | ||
|- | |- | ||
| − | |[[MAG & More]] | + | |[[MAG & More]] |
|True | |True | ||
|False | |False | ||
| Line 6,153: | Line 6,184: | ||
|DE | |DE | ||
|2002 | |2002 | ||
| − | |Clinical, | + | |Clinical, Subjective Measurement |
| − | Subjective Measurement | ||
|[B] Open-Loop Afferent BCI, [E] Bidirectional Afferent Closed-Loop BCI | |[B] Open-Loop Afferent BCI, [E] Bidirectional Afferent Closed-Loop BCI | ||
| | | | ||
| Line 6,250: | Line 6,280: | ||
|CH | |CH | ||
|2021 | |2021 | ||
| − | |Clinical, | + | |Clinical, Subjective Measurement |
| − | Subjective Measurement | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
|[[EEG]] | |[[EEG]] | ||
| Line 6,388: | Line 6,417: | ||
|[[PNS]] | |[[PNS]] | ||
|- | |- | ||
| − | |[[Alpha One|Alpha.One]] | + | |[[Alpha One |
| + | |Alpha.One]] | ||
|False | |False | ||
|False | |False | ||
| Line 6,554: | Line 6,584: | ||
|[B] Open-Loop Afferent BCI | |[B] Open-Loop Afferent BCI | ||
| | | | ||
| − | |[[ | + | |[[tACS]], [[tDCS]] |
|- | |- | ||
|[[Parasym]] | |[[Parasym]] | ||
| Line 6,661: | Line 6,691: | ||
|RC/UI, Subjective Measurement, Motor-Sensory Augmentation | |RC/UI, Subjective Measurement, Motor-Sensory Augmentation | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]], [[EMG]], [[EOG]] |
|[[Optogenetics]] | |[[Optogenetics]] | ||
|- | |- | ||
| Line 6,806: | Line 6,836: | ||
|[B] Open-Loop Afferent BCI | |[B] Open-Loop Afferent BCI | ||
| | | | ||
| − | |[[ | + | |[[ONS]], [[Optogenetics]] |
|- | |- | ||
|[[Vivani]] | |[[Vivani]] | ||
| Line 6,818: | Line 6,848: | ||
|[B] Open-Loop Afferent BCI | |[B] Open-Loop Afferent BCI | ||
| | | | ||
| − | |[[ | + | |[[ONS]], [[PNS]] |
|- | |- | ||
|[[Neuvotion]] | |[[Neuvotion]] | ||
| Line 6,865: | Line 6,895: | ||
|Clinical | |Clinical | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]] |
| | | | ||
|- | |- | ||
| Line 6,901: | Line 6,931: | ||
|Clinical | |Clinical | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]], [[EMG]], [[NIRS]], [[fMRI]] |
|[[TMS]] | |[[TMS]] | ||
|- | |- | ||
| Line 6,913: | Line 6,943: | ||
|Clinical, Subjective Measurement, Motor-Sensory Augmentation, Wetwear Computing | |Clinical, Subjective Measurement, Motor-Sensory Augmentation, Wetwear Computing | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | ||
| − | |[[EEG]], [[ | + | |[[EEG]], [[EMG]], [[LFP]] |
| − | |[[ | + | |[[TMS]], [[tES]] |
|- | |- | ||
|[[Earable]] | |[[Earable]] | ||
| Line 6,925: | Line 6,955: | ||
|Subjective Measurement | |Subjective Measurement | ||
|[C] Closed-Loop Efferent BCI | |[C] Closed-Loop Efferent BCI | ||
| − | |[[EEG]], [[ | + | |[[EEG]], [[EMG]], [[EOG]] |
| | | | ||
|- | |- | ||
| Line 6,949: | Line 6,979: | ||
|RC/UI, Subjective Measurement | |RC/UI, Subjective Measurement | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
| − | |[[ | + | |[[ECG]], [[EEG]], [[EMG]], [[NIRS]] |
| | | | ||
|- | |- | ||
| Line 6,962: | Line 6,992: | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
|[[EEG]], [[EMG]], [[TCD]] | |[[EEG]], [[EMG]], [[TCD]] | ||
| − | |[[ | + | |[[TMS]], [[tDCS]] |
|- | |- | ||
|[[Gtmedi]] | |[[Gtmedi]] | ||
| Line 6,974: | Line 7,004: | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ||
|[[EEG]], [[EMG]] | |[[EEG]], [[EMG]] | ||
| − | |[[ | + | |[[TMS]], [[tDCS]] |
|- | |- | ||
|[[MAG4Health]] | |[[MAG4Health]] | ||
| Line 7,021: | Line 7,051: | ||
|Clinical | |Clinical | ||
|[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | |[A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | ||
| − | |[[ | + | |[[EEG]], [[EMG]], [[MEG]], [[iEEG]] |
| − | |[[ | + | |[[Microstimulation]], [[TPS]], [[tDCS]] |
|- | |- | ||
|[[NeuroXess]] | |[[NeuroXess]] | ||
| Line 7,153: | Line 7,183: | ||
|Clinical, Subjective Measurement | |Clinical, Subjective Measurement | ||
|[A] Open-Loop Efferent BCI | |[A] Open-Loop Efferent BCI | ||
| − | |[[ | + | |[[CT]], [[MRI]] |
| | | | ||
|} | |} | ||
Revision as of 23:18, 1 May 2023
Companies that develop BCI hardware or software.
Here are what the columns in this table mean:
- Noninvasive Hardware - Produces noninvasive mind reading hardware, like an eeg cap.
- Invasive Hardware - Produces invasive mind reading technology, like electrodes in the brain.
- End-user Software - Develops end-user applications for bci hardware.
- Development Platform - Develops tools for building end-user applications for bci hardware.
- Country - Country of origin.
- Year founded - year the company was founded.
| Name | Noninvasive Hardware | Invasive Hardware | End-user Software | Development Platform | Country | Year Founded | Application Categories | BCI Categories | Neuroimaging Techniques | Neurostimulation Techniques | ||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Neuralink | False | True | True | False | US | 2016 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | iEEG | EBS | ||
| OpenBCI | True | False | True | False | US | 2014 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | ECG, EEG, EMG | |||
| Kernel | True | False | False | False | US | 2016 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | MEG, fNIRS | |||
| Openwater | True | False | False | False | US | 2016 | Clinical | [A] Open-Loop Efferent BCI | fNIRS | tFUS | ||
| Paradromics | False | True | False | False | US | 2015 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | iEEG | EBS | ||
| Synchron | False | True | False | False | US | 2016 | Clinical, RC/UI | [A] Open-Loop Efferent BCI | iEEG | |||
| EMOTIV | True | False | True | True | US | 2011 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| NextMind | True | False | False | True | FR | 2017 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Blackrock Microsystems | False | True | False | False | US | 2008 | Clinical | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | iEEG | EBS | ||
| Neurable | True | False | False | False | US | 2015 | RC/UI | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| BIOS Health | False | True | False | False | UK | 2015 | Clinical | [E] Bidirectional Afferent Closed-Loop BCI | [[Electrocardiography | ECG]] | Microstimulation | |
| Flow Neuroscience | True | False | True | False | SE | 2016 | Clinical | [B] Open-Loop Afferent BCI | tDCS | |||
| Bitbrain | True | False | True | True | ES | 2010 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG, [[Electrocardiography | ECG/EKG]] | ||
| Halo Neuroscience | True | False | True | False | US | 2013 | Motor-Sensory Augmentation | [B] Open-Loop Afferent BCI | tDCS | |||
| MindMaze | True | False | True | False | CH | 2012 | Clinical, RC/UI | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG, [[Electrocardiography | ECG/EKG]] | ||
| Neuroleap | False | False | False | False | IN | 2017 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Neuro Dive | True | False | True | False | RU | 2018 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Neurobotics | True | False | True | True | RU | 2004 | RC/UI | [A] Open-Loop Efferent BCI | EEG | |||
| Petal Technology | False | False | False | True | US | 2017 | Clinical, RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| IDUN Technologies | True | False | False | False | CH | 2017 | Clinical, RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI | EEG | |||
| Dreem | True | False | True | False | US | 2014 | Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Cortex Labs | False | False | True | False | AU | 2010 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| NeuroPace | False | True | True | False | US | 1997 | Clinical | [E] Bidirectional Afferent Closed-Loop BCI | iEEG | RNS | ||
| [[G.tec medical engineering GmbH | G.tec]] | True | False | True | True | AT | 1999 | Clinical, RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG, fNIRS | ||
| Actipulse Neuroscience | True | False | True | False | US | 2017 | Clinical | [B] Open-Loop Afferent BCI | TMS | |||
| Advanced Brain Monitoring | True | False | True | False | US | 1997 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG, [[Electrocardiography | ECG]] | ||
| Aleva Neurotherapeutics | False | True | False | False | CH | 2008 | Clinical | [B] Open-Loop Afferent BCI | DBS | |||
| ANT Neuro | True | False | True | False | NL | 1996 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | EEG, [[Electromyography | EMG]], MRI,MEG | TMS | |
| Axorus | False | True | False | False | FR | 2019 | Clinical | [E] Bidirectional Afferent Closed-Loop BCI | iEEG | Microstimulation | ||
| Backyard Brains | True | False | True | False | US | 2009 | RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG, [[Electrocardiography | ECG]], [[Electromyography | EMG]] | EMS |
| Bio-Signal Technologies | True | True | True | False | US | 2016 | Clinical, RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI, [E] Bidirectional Afferent Closed-Loop BCI | EEG | Microstimulation, Optogenetics | ||
| BioSemi | True | False | True | False | NL | 1998 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Brain Products GmbH | True | False | True | True | DE | 1997 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| BrainAlive | False | False | False | False | IN | 2018 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| BrainCo | True | False | True | True | US | 2015 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| BrainControl | False | False | False | False | IT | 2010 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Braingineers | False | False | False | False | NL | 2015 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| BrainMaster Technologies | True | False | True | False | US | 1995 | Clinical, RC/UI | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| BrainQ | True | False | False | False | IL | 2016 | Clinical | [E] Bidirectional Afferent Closed-Loop BCI | EEG, EMG, MEG | ELF-EMF | ||
| BrainSpec | False | False | True | False | US | 2015 | Clinical | [A] Open-Loop Efferent BCI | MRS | |||
| BrainTech | True | False | True | True | PL | 2012 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Braingrade | False | True | False | False | DE | 2017 | Clinical | [E] Bidirectional Afferent Closed-Loop BCI | DBS | |||
| Cadwell Industries | True | False | True | False | US | 1979 | Clinical | [A] Open-Loop Efferent BCI | EEG, EMG | |||
| CerboTech | True | False | True | False | IN | 2012 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Cerebtalk | True | False | True | False | CA | 2019 | Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| [[Cognionics / CGX Systems | Cognionics]] | True | False | False | False | US | 2010 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | ||
| Cognixion | True | False | True | False | US | 2014 | RC/UI | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Cogwear | True | False | False | False | US | 2018 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| [[Compumedics Limited | Compumedics]] | True | False | True | False | AU | 1987 | Clinical | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG, MEG | ||
| Conscious Labs | True | False | False | False | FR | 2015 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| CorTec | False | True | False | False | DE | 2010 | Clinical | [E] Bidirectional Afferent Closed-Loop BCI | iEEG | Microstimulation | ||
| Cortech Solutions | False | False | True | False | US | 2001 | Clinical | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG, [[Electrocardiography | ECG]], [[Electromyography | EMG]], fMRI, fNIRS | TMS |
| Cortechs | False | False | True | False | IE | 2013 | Clinical | [C] Closed-Loop Efferent BCI | EEG | |||
| CortiCare | True | False | True | False | US | 2010 | Clinical | [C] Closed-Loop Efferent BCI | EEG | |||
| Cortirio | True | False | False | False | UK | 2017 | Clinical | [A] Open-Loop Efferent BCI | fNIRS | |||
| CREmedical | True | False | False | False | US | 2011 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG | TFS | ||
| [[CYROZENLABZ | Cyrozenlabz]] | True | False | True | True | IN | 2020 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | ||
| Deep Brain Innovations | False | True | False | False | US | 2012 | Clinical | [B] Open-Loop Afferent BCI | DBS | |||
| DOT | True | False | True | False | CA | 2017 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Drowzee | False | False | True | False | NO | 2018 | Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| EBNeuro | True | False | True | False | IT | 1998 | Clinical | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG, [[Electromyography | EMG]], [[Electrocardiography | ECG]] | TMS |
| EEGSmart | True | False | True | False | CN | 2015 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| EEGSpectrum | True | False | True | False | US | 2011 | Clinical | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| EGI | True | False | True | False | US | 1992 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | EEG | TMS | ||
| ElectroCore | True | False | False | False | US | 2005 | Clinical | [B] Open-Loop Afferent BCI | VNS | |||
| Elmiko | True | False | False | False | PL | 1978 | Clinical | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG, [[Electromyography | EMG]], [[FNIRS | NIRS]] | tDCS, TMS |
| [[ElMindA | elminda]] | True | False | True | False | IL | 2006 | Clinical | [A] Open-Loop Efferent BCI | EEG | ||
| [[Emka | emka TECHNOLOGIES]] | True | True | True | False | FR | 1991 | Clinical | [A] Open-Loop Efferent BCI | EEG, iEEG | ||
| EMOTAI | True | False | True | False | PT | 2018 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| eno | True | False | True | False | CA | 2016 | Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| [[Ensodata | EnsoData]] | False | False | True | False | US | 2015 | Clinical | [A] Open-Loop Efferent BCI | EEG | ||
| Entertech | True | False | True | True | CN | 2015 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Eos Neuroscience | False | True | False | False | US | 2008 | Clinical | [B] Open-Loop Afferent BCI | Optogenetics | |||
| Evercot | True | False | True | False | DE | 2019 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Evren Technologies | True | False | True | False | US | 2018 | Clinical | [D] Closed-Loop Afferent BCI | VNS | |||
| Excellent Brain | False | False | True | False | IL | 2015 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Fisher Wallace | True | False | False | False | US | 2007 | Clinical | [B] Open-Loop Afferent BCI | tACS | |||
| Foc.us | True | False | False | False | UK | 2012 | Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG | tACS, tDCS | ||
| [[Functional Neuromodulation. | Functional Neuromodulation]] | False | True | False | False | CA | 2010 | Clinical | [B] Open-Loop Afferent BCI | DBS | ||
| FUS Instruments | True | False | False | False | CA | 2009 | Clinical | [B] Open-Loop Afferent BCI | FUS | |||
| Greentek | True | False | False | False | CN | 2006 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Onward | True | True | True | False | NL | 2013 | Clinical | [B] Open-Loop Afferent BCI | SCS | |||
| Healium | False | False | True | False | US | 2015 | Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Helius Medical Technologies | True | False | False | False | US | 2014 | Clinical | [B] Open-Loop Afferent BCI | EMS | |||
| Holberg EEG | False | False | True | False | NO | 2009 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Hoolest Performance Technologies | True | False | False | False | US | 2017 | Motor-Sensory Augmentation | [B] Open-Loop Afferent BCI | VNS | |||
| [[HUMM Tech | humm]] | True | False | True | False | US | 2017 | Motor-Sensory Augmentation | [B] Open-Loop Afferent BCI | tACS | ||
| iBand+ | True | False | True | False | NL | 2016 | Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| [[IcoMetrix | icometrix]] | False | False | True | False | BE | 2011 | Clinical | [A] Open-Loop Efferent BCI | MRI | ||
| Imagilys | False | False | True | False | BE | 2005 | Clinical | [A] Open-Loop Efferent BCI | MRI, fMRI | |||
| Imeka | False | False | True | False | CA | 2011 | Clinical | [A] Open-Loop Efferent BCI | MRI | |||
| iMotions | False | False | True | True | DK | 2005 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG, EMG | |||
| Impulse Neiry | False | False | True | True | RU | 2018 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| [[In-sight | In-sight Neuromarketing]] | False | False | False | False | PL | 2014 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | ||
| Incereb | True | False | True | False | IE | 2011 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| InfraScan | True | False | False | False | US | 2004 | Clinical | [A] Open-Loop Efferent BCI | NIRS | |||
| InnoBrain | False | False | True | False | SE | 2017 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| [[Innoria Kft. | Innoria]] | False | False | True | False | HU | 2017 | Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | ||
| Inomed | True | False | True | False | DE | 1991 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, EMG | TMS, tDCS | ||
| Insai | True | False | True | False | DK | 2019 | RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | EEG, NIRS | TMS | ||
| Inscopix | False | True | True | False | US | 2010 | Clinical, RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI | Optogenetics | |||
| InsighTec | True | False | False | False | IL | 1999 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | MRI | tFUS | ||
| Inspire Medical Systems | False | True | False | False | US | 2007 | Clinical | [D] Closed-Loop Afferent BCI | [[Electromyography | EMG]] | EMS | |
| Intan technologies | True | False | True | True | US | 2010 | Clinical, RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, EMG | EMS | ||
| IntraNerve | False | False | False | False | US | 2007 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| IST | True | False | False | False | US | 2017 | Clinical | [B] Open-Loop Afferent BCI | VNS, tFUS | |||
| Jali Medical | False | False | False | False | US | 1991 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, EMG | TMS, tDCS | ||
| Lifelines Neurodiagnostic Systems | True | False | True | False | US | 2001 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Looxid Labs | True | False | True | False | KR | 2015 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Koniku | False | True | False | False | US | 2015 | Wetwear Computing | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | LFP | Microstimulation | ||
| Macrotellect | True | False | True | True | CN | 2010 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Magstim | True | False | True | False | UK | 1990 | Clinical | [B] Open-Loop Afferent BCI | TMS | |||
| Mainstay Medical | False | True | False | False | IE | 2008 | Clinical | [B] Open-Loop Afferent BCI | PNS | |||
| MBrainTrain | True | False | True | False | RS | 2012 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Medtronic | True | True | False | False | US | 1949 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG | DBS, PNS | ||
| MemoryMD | True | False | False | False | US | 2015 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Mentalab | True | False | False | True | DE | 2016 | Clinical, RC/UI | [A] Open-Loop Efferent BCI | EEG | |||
| Mentalytics | True | False | True | False | SE | 2002 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Micro-Leads | False | True | False | False | US | 2016 | Clinical | [B] Open-Loop Afferent BCI | SCS | |||
| Micromed | True | False | True | False | IT | 1982 | Clinical | [A] Open-Loop Efferent BCI | EEG, EMG | |||
| MicroProbes | True | True | False | False | US | 1983 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, EMG, iEEG | DBS, Microstimulation | ||
| MicroTransponder | False | True | False | False | US | 2007 | Clinical | [B] Open-Loop Afferent BCI | VNS | |||
| MindAffect | True | False | True | True | NL | 2017 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Mindful Scientific | True | False | False | False | CA | 2009 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| MindMedia | True | False | True | False | NL | 1992 | RC/UI | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG | |||
| MindMetriks | False | False | False | False | CO | 2011 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Mindreach | True | False | True | False | PT | 2016 | RC/UI | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG | |||
| MindReflector Technologies | False | False | True | False | US | 2011 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG | |||
| MindRove | True | False | True | True | HU | 2016 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, EMG | |||
| Modius Health | True | False | True | False | US | 2013 | Motor-Sensory Augmentation | [B] Open-Loop Afferent BCI | tDCS | |||
| MuArts | False | False | False | False | PT | 2012 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG | |||
| Muse | True | False | True | False | CA | 2007 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| MyBrain Technologies | False | False | True | False | FR | 2014 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Myndlift | False | False | True | False | IL | 2014 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| MyndPlay | True | False | True | False | UK | 2011 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Myneurva | False | False | False | False | US | 2017 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Nalu Medical | False | True | False | False | US | 2014 | Clinical | [B] Open-Loop Afferent BCI | PNS, SCS | |||
| Naox Technologies | True | False | False | False | FR | 2018 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Natus Medical | True | False | True | False | US | 1989 | Clinical | [A] Open-Loop Efferent BCI | EEG, EMG | |||
| Naxon Labs | False | False | True | False | UY | 2019 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| NBT Analytics | False | False | False | False | NL | 2015 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Neeuro | True | False | True | False | SG | 2013 | ClinicalI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Nervanix | False | False | True | False | US | 2015 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Neural FLEX | True | False | True | False | CN | 2018 | Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| NeuraLace Medical | True | False | False | False | US | 2016 | Clinical | [B] Open-Loop Afferent BCI | VNS | |||
| Neural Sense | False | False | False | False | ZA | 2010 | Subjective Measurement | [B] Open-Loop Afferent BCI | EEG, EMG, fNIRS | |||
| NeuraLynx | False | True | True | True | US | 1993 | ClinicalI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | Optogenetics, iEEG | Optogenetics | ||
| Neuraura | False | True | True | False | CA | 2017 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [E] Bidirectional Afferent Closed-Loop BCI | iEEG | Microstimulation | ||
| Neurensics | False | False | False | False | NL | 2010 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG, fMRI | |||
| Neuro Device Group | True | True | False | False | PL | 2008 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | iEEG | VNS, tACS, tRNS | ||
| Neuro Management LLC | True | False | True | False | US | 2016 | Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| [[Neuro.plus | NeuroPlus]] | True | False | True | False | US | 2014 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | ||
| Neurobit Systems | True | False | True | False | PL | 2004 | Clinical | [A] Open-Loop Efferent BCI | EEG, EMG | |||
| Neurocare | True | False | True | False | DE | 2015 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | ECG, EEG, EMG, NIRS | TMS, tDCS | ||
| NeuroCatch | False | False | True | False | CA | 2016 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| NeuroChat | True | False | True | False | RU | 2016 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| NeuroCONCISE | True | False | True | False | IE | 2016 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Neuroelectrics | True | False | True | True | ES | 2012 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | EEG | tACS, tDCS, tRNS | ||
| NeuroEM | True | False | False | False | US | 2013 | Clinical | [B] Open-Loop Afferent BCI | TMS | |||
| Neuroenhancement Lab | False | False | False | False | US | 2017 | ClinicalI, RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | EEG, fMRI | EBS | ||
| [[Neurofus | NeuroFUS]] | True | False | False | False | US | 1994 | Clinical | [B] Open-Loop Afferent BCI | tFUS | ||
| NeuroGeneces | True | False | True | False | US | 2016 | Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Neurogress | False | False | True | False | CH | 2016 | Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| NeuroGrove | False | False | False | False | US | 2015 | Clinical | [A] Open-Loop Efferent BCI | EEG, fMRI | |||
| NEUROHM | False | False | False | False | PL | 1997 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| NeuroInsight | False | False | False | False | AU | 2005 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Neurolief | True | False | True | False | IL | 2014 | Clinical | [B] Open-Loop Afferent BCI | TENS | |||
| Neurolite | False | False | False | False | CH | 2011 | Clinical | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG, EMG, NIRS, TCD | TENS, TMS, tDCS | ||
| Neuroloom | False | True | False | False | UK | 2017 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | iEEG | Microstimulation | ||
| NeuroLutions | True | False | True | False | US | 2007 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| NeuroLux | False | True | True | False | US | 2015 | Motor-Sensory Augmentation | [B] Open-Loop Afferent BCI | Optogenetics | |||
| NeuroMaker | True | False | True | False | US | 2020 | RC/UI | [A] Open-Loop Efferent BCI | EEG | |||
| NeuroMetrix | True | False | False | False | US | 1996 | Clinical | [B] Open-Loop Afferent BCI | TENS | |||
| Neuromore | False | False | True | True | US | 2014 | Subjective Measurement | [A] Open-Loop Efferent BCI | ECG, EEG, EMG | |||
| Neuromorph Inc. | False | False | False | False | CA | 2017 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Neuromotion | True | False | True | False | NL | 2012 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | EEG, MEG, MRI | TMS | ||
| Neuronetics | True | False | True | False | US | 2003 | Clinical | [B] Open-Loop Afferent BCI | TMS | |||
| NeuronOff | False | True | False | False | US | 2017 | Clinical | [B] Open-Loop Afferent BCI | SCS | |||
| Neurons Inc. | False | False | True | False | DK | 2013 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| NeuronTools | True | False | True | False | LT | 2014 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| NeuroParticle | False | True | False | False | US | 2017 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | MRI | DBS | ||
| Neurophet | False | False | True | False | KR | 2016 | Clinical | [A] Open-Loop Efferent BCI | MRI | |||
| Neuphony | True | False | True | True | IN | 2020 | Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| NeuroPrex | True | False | False | False | US | 2011 | Clinical | [B] Open-Loop Afferent BCI | TMS | |||
| NeuroQore | False | False | False | False | US | 2016 | Clinical | [B] Open-Loop Afferent BCI | TMS | |||
| Neuros Medical | False | True | False | False | US | 2008 | Clinical | [B] Open-Loop Afferent BCI | PNS | |||
| Neuroscan | True | False | True | True | US | 1985 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Neuroscout | False | False | True | False | US | 2015 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | fMRI | |||
| Neurosensum | False | False | False | False | ID | 2017 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| NeuroServo | True | False | True | False | CA | 2015 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Neuroset | False | False | False | False | UK | 2017 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG, fMRI | |||
| Neurosity | True | False | False | True | US | 2018 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| NeuroSky | True | False | False | False | US | 2004 | RC/UI | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | ECG, EEG, EMG | |||
| Neurosoft | True | False | True | False | RU | 1992 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ECG, EEG, EMG | TMS | ||
| Neurospec | False | False | True | False | CH | 2001 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, EMG, MRI, fNIRS | EBS | ||
| Neurosphere UG | True | False | True | False | DE | 2016 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Neurostar | False | True | False | False | DE | 2002 | Clinical | [B] Open-Loop Afferent BCI | DBS | |||
| Neurosteer | True | False | True | False | US | 2015 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Neurostyle | True | False | False | False | SG | 2012 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | EEG, EMG | CES | ||
| NeuroTech International | True | False | True | False | AU | 2016 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Neurotrend | True | False | False | False | SG | 2017 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Neurovalens | False | True | False | False | IE | 2013 | Clinical | [B] Open-Loop Afferent BCI | CNS | |||
| Neuroverse | True | False | True | False | US | 2012 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| NeuroVigil | True | False | True | False | US | 2007 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Neurovine | True | False | True | False | CA | 2019 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| NeuroVirtual | True | False | True | False | US | 1969 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| NeuroWave | True | False | False | False | US | 2003 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Neurowear | True | False | False | False | JP | 2003 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Neuvana Life | True | False | True | False | US | 2015 | Motor-Sensory Augmentation | [B] Open-Loop Afferent BCI | VNS | |||
| Nexalin Technology | True | False | False | False | US | 2010 | Clinical | [B] Open-Loop Afferent BCI | tES | |||
| Nexstim | True | False | True | False | FI | 2000 | Clinical | [B] Open-Loop Afferent BCI | TMS | |||
| NexStem | True | False | True | True | US | 2020 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Ni2o | False | True | True | False | US | 2016 | Clinical | [E] Bidirectional Afferent Closed-Loop BCI | iEEG | DBS | ||
| Nia Therapeutics | False | True | False | False | US | 2018 | Clinical | [B] Open-Loop Afferent BCI | DBS | |||
| Nihon Kohden | True | False | True | False | JP | 1951 | Clinical | [A] Open-Loop Efferent BCI | ECG, EEG, EMG | |||
| Niraxx Light Therapeutics | True | False | False | False | US | 2016 | Clinical | [B] Open-Loop Afferent BCI | PBM | |||
| NIRx | True | False | True | False | US | 2001 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG, fMRI, fNIRS | TMS | ||
| NoMo Diagnostics | True | False | False | False | US | 2017 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Nordic Neurostim | True | False | False | False | DK | 2013 | Clinical, Motor-Sensory Augmentation | [D] Closed-Loop Afferent BCI | EMG | PNS | ||
| Novatech EEG | True | False | True | False | US | 2000 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Nurio | True | False | True | False | US | 2019 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| NURO | True | False | True | False | CA | 2017 | Clinical, RC/UI | [A] Open-Loop Efferent BCI | EEG | |||
| NYX | True | False | True | False | IL | 2016 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Nyxoah | False | True | False | False | BE | 2009 | Clinical | [D] Closed-Loop Afferent BCI | HNS | |||
| OBELAB | True | False | True | False | KR | 2013 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | fNIRS | |||
| OkazoLab | False | False | False | True | NL | 2012 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG, EMG | |||
| Omicron T | True | False | True | False | IT | 2002 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | ECG, EEG, EMG | tDCS | ||
| Open Mind Neurotechnologies | False | False | False | False | FR | 2016 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Optios | False | False | False | False | US | 2016 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Orbityl Labs | True | False | True | False | CA | 2017 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| OT Bioelettronica | True | False | True | False | IT | 2007 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EMG | |||
| PainQx | False | False | True | False | US | 2015 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| PathMaker Neurosystems | True | False | False | False | US | 2015 | Clinical | [B] Open-Loop Afferent BCI | SCS | |||
| Peak Achievement Training | False | False | True | False | US | 2002 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Peak Neurosciences | False | False | False | False | IN | 2017 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Personal Neuro Devices | True | False | True | False | CA | 2010 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Persyst | False | False | True | False | US | 1987 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| PGV | True | False | False | False | JP | 2016 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Philips | True | False | True | False | NL | 1891 | Clinical | [A] Open-Loop Efferent BCI | EEG, EMG, MRI, fNIRS | |||
| Physip | False | False | True | False | FR | 2002 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| PigPug | True | False | True | False | US | 2018 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| PlatoScience | True | False | True | False | DK | 2015 | Clinical | [B] Open-Loop Afferent BCI | tDCS | |||
| Plux | True | False | True | True | PT | 2007 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | ECG, EEG, EMG, fNIRS | |||
| Potential X | True | False | True | False | US | 2019 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Promosapiens | False | False | False | False | HR | 2015 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| PuzzleBox | True | False | True | False | US | 2004 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| QMENTA | False | False | True | True | US | 2013 | Clinical | [A] Open-Loop Efferent BCI | EEG, MRI | |||
| Qneuro | True | False | True | False | US | 2011 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Quantum Thinkers | True | False | True | False | SE | 2019 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG, EMG | |||
| Quasar | True | False | True | False | US | 1997 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | ECG, EEG, EMG, fNIRS | |||
| Qubiotech | False | False | True | False | ES | 2014 | Clinical | [A] Open-Loop Efferent BCI | MRI | |||
| Qynapse | False | False | True | False | FR | 2015 | Clinical | [A] Open-Loop Efferent BCI | MRI | |||
| Ripple Neuro | True | True | False | True | US | 2004 | ClinicalI, RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI, [D] Closed-Loop Afferent BCI | ECG, EEG, EMG, iEEG | PNS, SCS, TENS, tES | ||
| Saluda Medical | False | True | False | False | AU | 2013 | Clinical | [D] Closed-Loop Afferent BCI | SCS | |||
| Sands Research | True | False | False | False | US | 2008 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| SceneRay | False | True | False | False | CN | 1999 | Clinical | [B] Open-Loop Afferent BCI | DBS | |||
| Sens.ai | True | False | True | False | CA | 2018 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| SensArs | False | True | True | False | CH | 2014 | Clinical | [B] Open-Loop Afferent BCI, [D] Closed-Loop Afferent BCI | PNS | |||
| Sense Neuro Diagnostics | True | False | False | False | US | 2018 | Clinical | [A] Open-Loop Efferent BCI | MWT | |||
| Senso Medical | True | True | False | False | IL | 2014 | Clinical | [A] Open-Loop Efferent BCI | ECG, EEG | |||
| Setpoint Medical | False | True | True | False | US | 2007 | Clinical | [B] Open-Loop Afferent BCI | PNS | |||
| Sleepmed | True | False | False | False | US | 1999 | Clinical | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Smart Ephys | False | True | True | False | DE | 2018 | Clinical, Wetwear Computing | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [E] Bidirectional Afferent Closed-Loop BCI | LFP | Microstimulation | ||
| SmartCap | True | False | True | False | AU | 2009 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| SNAP GmbH | True | False | True | True | DE | 2010 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| SOMNOmedics | True | False | False | False | DE | 2000 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Sooma Medical | True | False | False | False | FI | 2013 | Clinical | [B] Open-Loop Afferent BCI | tDCS | |||
| Soterix Medical | True | False | True | True | US | 2008 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, fMRI, fNIRS | TENS, TMS, VNS, tDCS, tES, tSDCS | ||
| Spark | False | False | False | False | US | 2016 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Spark Biomedical | True | False | False | False | US | 2018 | Clinical | [B] Open-Loop Afferent BCI | tAN | |||
| SpikeGadgets | False | True | True | True | US | 2012 | Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | iEEG | Microstimulation | ||
| SPR Therapeutics | False | True | False | False | US | 2010 | Clinical | [B] Open-Loop Afferent BCI | PNS | |||
| Star Labs Bioscience | True | False | False | False | MY | 2017 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Starlab | True | False | False | False | ES | 1996 | ClinicalI, RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | EEG, MEG, NIRS, iEEG | TMS, tES | ||
| Stimwave Technologies | False | True | True | False | US | 2010 | Clinical | [B] Open-Loop Afferent BCI | PNS, SCS | |||
| Stroke Rehab | True | False | False | False | IL | 2000 | Clinical | [D] Closed-Loop Afferent BCI | EMG | TENS | ||
| SuperSpecificDevices | True | False | False | False | US | 2014 | Clinical | [B] Open-Loop Afferent BCI | tDCS | |||
| Synapse Biomedical | False | True | False | False | US | 2002 | Clinical | [B] Open-Loop Afferent BCI | PNS | |||
| Synergia Medical | False | True | False | False | BE | 2013 | Clinical | [B] Open-Loop Afferent BCI | VNS | |||
| Synetiq | False | False | False | False | HU | 2014 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Syntermed | False | False | True | False | US | 1999 | Clinical | [A] Open-Loop Efferent BCI | PET | |||
| System2 Neurotechnology | True | False | False | False | CA | 2020 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG, fNIRS | |||
| TCT | True | False | False | False | CN | 2012 | Clinical | [B] Open-Loop Afferent BCI | tDCS | |||
| Telemag Health | True | False | False | False | CA | 2020 | Clinical | [B] Open-Loop Afferent BCI | TMS | |||
| The Brain Driver | True | False | False | False | US | 2015 | Motor-Sensory Augmentation | [B] Open-Loop Afferent BCI | tDCS | |||
| Thimus | True | False | Flase | False | US | 2016 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| ThoughtTechnology | True | False | True | False | CA | 1975 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | ECG, EEG, EMG, NIRS | |||
| Thync | False | False | False | False | US | 2010 | Clinical | [B] Open-Loop Afferent BCI | PNS, TENS, VNS | |||
| ThynkWare | True | False | True | True | US | 2013 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| TI Solutions | True | False | False | False | CH | 2019 | Clinical | [B] Open-Loop Afferent BCI | tACS | |||
| TMSi | True | False | True | True | NL | 2003 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG, EMG | |||
| True Impact | False | False | False | False | CA | 2012 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Truust Neuroimaging | False | False | True | False | US | 2015 | Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI | EEG, EMG, MEG, PET, iEEG | |||
| Tucker-Davis Technologies | True | True | True | True | US | 1987 | ClinicalI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, EMG, Optogenetics, fMRI, iEEG | Microstimulation, Optogenetics | ||
| TuSion | False | False | True | False | US | 2016 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| UNEEG Medical | False | True | True | False | DK | 2005 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| URGOnight | True | False | True | False | FR | 2015 | Subjective Measurement | [C] Closed-Loop Efferent BCI | EEG | |||
| Vagustim | True | False | False | False | TR | 2019 | Clinical | [B] Open-Loop Afferent BCI | VNS | |||
| VIBRAINT | True | False | True | False | CA | 2013 | Clinical | [A] Open-Loop Efferent BCI | EEG, EMG | |||
| Vielight | True | False | False | False | CA | 2011 | Clinical | [B] Open-Loop Afferent BCI | PBM | |||
| Vital Neuro | True | False | True | False | US | 2016 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Viz.AI | False | False | True | False | US | 2016 | Clinical | [A] Open-Loop Efferent BCI | ECG, MRI | |||
| WAVi | True | False | True | False | US | 2013 | ClinicalI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Wearable Sensing | True | False | True | True | US | 2013 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Weinberg Medical Physics | True | True | False | False | US | 2008 | Clinical | [A] Open-Loop Efferent BCI | MRI | |||
| YBrain | True | False | False | False | KR | 2013 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG | tDCS | ||
| Yingchi | True | False | False | False | CN | 2012 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, EMG | TMS, tDCS | ||
| Yneuro | False | False | True | False | FR | 2019 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Zentrela | True | False | True | False | CA | 2015 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Zeto | True | False | True | False | US | 2014 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| 3Brain | False | True | True | False | CH | 2011 | Wetwear Computing | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | LFP | Microstimulation | ||
| Ad-Tech Medical Instrument Corporation | False | True | False | False | US | 1983 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | iEEG | Microstimulation | ||
| AddBrain Inc | False | False | True | False | CA | 2018 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Advanced Bionics | False | True | False | False | CH | 1993 | Clinical | [B] Open-Loop Afferent BCI | PNS | |||
| Alpha Omega | False | True | True | True | IL | 1993 | ClinicalI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | iEEG | DBS | ||
| Alpha Trace | True | False | True | False | AT | 1980 | Clinical | [A] Open-Loop Efferent BCI | EEG, EMG | |||
| AMO Lab | True | False | True | False | KR | 2016 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ECG | VNS | ||
| Ampere Medical | True | False | True | False | CN | 2018 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | fNIRS | TMS, tES | ||
| ApexNeuro | False | False | False | False | US | 2020 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Applied Neuroscience | False | False | True | False | US | 2001 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| ArcheOptix | True | False | False | False | CA | 2013 | Clinical | [A] Open-Loop Efferent BCI | NIRS | |||
| Artinis Medical Systems | True | False | False | False | NL | 2002 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | fNIRS | tES | ||
| Aspect Imaging | True | False | True | False | IL | 2007 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | MRI | |||
| Autonomic Technologies | False | True | False | False | US | 2020 | Clinical | [B] Open-Loop Afferent BCI | PNS | |||
| Avalon AI | False | False | True | False | UK | 2015 | Clinical | [A] Open-Loop Efferent BCI | MRI | |||
| Axilum Robotics | True | False | True | False | FR | 2011 | Clinical | [B] Open-Loop Afferent BCI | TMS | |||
| Axonics Modulation Technologies | False | True | False | False | US | 2012 | Clinical | [B] Open-Loop Afferent BCI | PNS | |||
| BCISim | False | False | True | False | US | 2005 | Clinical | [B] Open-Loop Afferent BCI | tDCS | |||
| Beacon Biosignals | False | False | True | False | US | 2019 | Clinical | [B] Open-Loop Afferent BCI | EEG | |||
| BEE Medic | True | False | True | False | CH | 2005 | Clinical | [A] Open-Loop Efferent BCI | EEG, PIR | |||
| Bellabee | True | False | True | False | US | 2019 | Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| BESA | False | False | True | True | US | 1995 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG, EMG, MRI | |||
| BetterFly | False | False | True | False | IL | 2014 | Clinical | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Bionen Medical Devices | True | False | False | False | IT | 1985 | Clinical | [A] Open-Loop Efferent BCI | EEG, EMG | |||
| BIOTIC | False | False | False | False | CA | 2013 | Clinical | [A] Open-Loop Efferent BCI | EEG, MEG, MRI, PET | |||
| BITalino | True | False | True | True | PT | 2007 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG, EMG | |||
| Blckb | True | False | False | False | SI | 2013 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Blink Device Company | True | False | False | False | US | 2006 | Clinical | [A] Open-Loop Efferent BCI | EMG | |||
| Blino | True | False | False | True | UK | 2017 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| BlueBCI | True | False | True | True | CN | 2018 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Blueberry | True | False | True | True | CA | 2019 | Subjective Measurement | [A] Open-Loop Efferent BCI | fNIRS | |||
| Boston Scientific | False | True | False | False | US | 1979 | Clinical | [B] Open-Loop Afferent BCI | DBS, SCS | |||
| Brain Fingerprinting Laboratories | False | False | False | False | US | 2002 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Brainfingers | True | False | True | False | US | 1996 | RC/UI | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG, EMG | |||
| BrainMachine | True | False | True | False | UK | 2005 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Brain Science Tools | True | False | False | False | NL | 2004 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EMG | TMS | ||
| Brain Innovation B.V. | False | False | True | False | NL | 2000 | Clinical, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, MEG, fMRI | TMS | ||
| Brain Vision LLC | True | False | True | False | US | 2005 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, MEG, fMRI, fNIRS | TMS, tACS, tDCS | ||
| BrainAttach | True | False | True | False | PL | 2018 | Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Brainbit Inc. | True | False | True | True | US | 2012 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG | |||
| Brainboost Neurofeedack | False | False | True | False | DE | 2016 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG | |||
| Brainbox | True | False | False | False | UK | 2010 | Clinical, RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | EEG, EMG, fMRI, fNIRS | TMS, tES, tFUS | ||
| BrainCapture | True | False | True | False | DK | 2019 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Brainkey | False | False | True | False | US | 2018 | Subjective Measurement | [A] Open-Loop Efferent BCI | MRI | |||
| BrainPaint | True | False | True | False | US | 2007 | Clinical | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| BrainPatch | False | False | True | False | UK | 2018 | Motor-Sensory Augmentation | [E] Bidirectional Afferent Closed-Loop BCI | EEG | tES | ||
| BrainRobotics | True | False | True | False | US | 2015 | Clinical, RC/UI | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EMG | |||
| BrainScope | True | False | False | False | US | 1990 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Brainsights | False | False | False | False | CA | 2013 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| BrainSigns | False | False | False | False | IT | 2010 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| BrainsView | False | False | False | False | CA | 2015 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| BrainsWay | True | False | False | False | IL | 2003 | Clinical | [B] Open-Loop Afferent BCI | TMS | |||
| BrainTrends | True | False | False | True | IT | 2009 | RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ECG, EEG, EMG | TMS, tACS, tDCS | ||
| Braintronics | True | False | True | False | NL | 1963 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| BrainUp | True | False | True | False | CN | 2018 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Brainvivo | False | False | True | True | IL | 2016 | Subjective Measurement | [A] Open-Loop Efferent BCI | MRI | |||
| BrainWorks | False | False | False | False | UK | 2006 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Brane Interface | True | False | False | False | US | 2017 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | MEG | |||
| Brink Bionics | True | False | True | False | CA | 2018 | RC/UI | [A] Open-Loop Efferent BCI | EMG | |||
| Buyer Brain | False | False | False | False | UK | 2012 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Cadence Neuroscience | False | True | False | False | US | 2017 | Clinical | [E] Bidirectional Afferent Closed-Loop BCI | EEG | EBS | ||
| Cala Health | True | False | False | False | US | 2014 | Clinical | [B] Open-Loop Afferent BCI | PNS | |||
| Cambridge NeuroTech | False | True | False | False | UK | 2013 | RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | iEEG | Optogenetics | ||
| Caputron | True | False | False | False | US | 2014 | Clinical, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG | CES, TENS, TMS, tACS, tDCS, tES, tRNS | ||
| Cerebra | True | False | False | False | CA | 2015 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Cefaly | True | False | False | False | BE | 2004 | Clinical | [B] Open-Loop Afferent BCI | TNS | |||
| CerebraCell | False | True | False | False | US | 2014 | Clinical | [B] Open-Loop Afferent BCI | DBS | |||
| Cerebriu | False | False | True | False | DK | 2018 | Clinical | [A] Open-Loop Efferent BCI | MRI | |||
| Ceribell | True | False | True | False | US | 2014 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Circadian Therapeutics | True | False | False | False | UK | 2016 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Cirtec Medical | False | True | False | False | US | 2009 | Clinical | [B] Open-Loop Afferent BCI | DBS, PNS, SCS, VNS | |||
| Clinical Science Systems | True | False | True | False | NL | 2004 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Cognision | True | False | False | False | US | 2004 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| CoolTool | False | False | True | False | US | 2010 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Cortical Labs | False | True | False | False | AU | 2019 | Wetwear Computing | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | LFP | Microstimulation | ||
| Cortivision | True | False | True | False | PL | 2019 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | fNIRS | |||
| Cumulus Neuroscience | True | False | True | False | UK | 2015 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| DEYMED Diagnostic | True | False | True | False | CZ | 1998 | Clinical, RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | EEG, EMG | TMS | ||
| Divergence Neuro | False | False | True | False | CA | 2020 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| DSP Wireless | True | False | True | False | US | 2011 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | ECG, EEG, EMG, iEEG | |||
| Durham Systems Management | True | False | True | False | UK | 2002 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| EEG Info | True | False | False | False | US | 2002 | Clinical | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| ElectroStim | False | False | False | False | RO | 2003 | Clinical, RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | EEG | EMS | ||
| EMS Biomedical | True | False | True | False | AT | 1986 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, EMG | EBS, EMS, TENS | ||
| Epineuron Technologies | False | True | False | False | CA | 2017 | Clinical | [B] Open-Loop Afferent BCI | PNS | |||
| Eyetronic | True | False | False | False | DE | 2007 | Clinical | [B] Open-Loop Afferent BCI | tACS | |||
| Galvani Bioelectronics | False | True | False | False | UK | 2016 | Clinical | [B] Open-Loop Afferent BCI | PNS | |||
| HiNT | True | False | True | False | CA | 2016 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Imaginostics | False | False | True | False | US | 2018 | Clinical | [A] Open-Loop Efferent BCI | MRI | |||
| IMEXCO | True | False | True | False | IL | 1985 | Clinical | [A] Open-Loop Efferent BCI | ECG, EEG | |||
| Infinite Biomedical Technologies | True | False | True | False | US | 1997 | Clinical, RC/UI | [A] Open-Loop Efferent BCI | EMG | |||
| Intheon | False | False | True | True | US | 2015 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | ECG, EEG, EMG | |||
| MaxWell Biosystems | False | True | True | False | CH | 2016 | Wetwear Computing | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | LFP | Microstimulation | ||
| Mind Care and Management Associates | False | False | False | False | IN | 2014 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG, NIRS | PBM | ||
| Medipace | False | True | False | False | US | 2018 | Clinical | [B] Open-Loop Afferent BCI | SNS | |||
| Mindfield Biosystems | True | False | True | False | DE | 2003 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| NeU | True | False | False | False | JP | 2017 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | NIRS | |||
| Neuractive | True | False | True | False | UK | 2018 | Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Neuralcubes | False | False | True | False | UK | 2015 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| BIOPAC Systems | True | False | True | False | US | 1985 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | ECG, EEG, EMG, MRI, fNIRS | PNS, TMS, VNS, tACS, tDCS, tES | ||
| Brain Scientific | True | False | False | False | US | 2018 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Cereset | False | False | False | False | US | 2003 | Clinical | [C] Closed-Loop Efferent BCI | EEG | |||
| Gowerlabs | True | False | False | False | UK | 2013 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | fNIRS | |||
| NeuroField | True | False | True | False | US | 2008 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG | tACS, tDCS | ||
| NeuroClear | False | True | False | False | US | 2018 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ENG | Microstimulation | ||
| NeuroM | False | False | False | False | SI | 2019 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Neuromatters | False | False | True | False | US | 2004 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| NeuroNexus | False | True | True | False | US | 2004 | RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | iEEG | Microstimulation, Optogenetics, PNS | ||
| [[NeuroOptimal | NeurOptimal]] | True | False | True | False | CA | 2008 | Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | ||
| Neurotype | False | False | True | False | US | 2019 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Open Ephys | False | True | True | False | PT | 2016 | RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | iEEG | Microstimulation | ||
| Pocket Neurobics | True | False | True | False | AU | 2000 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG, NIRS | |||
| Psychology Software Tools | True | False | True | False | US | 1987 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG, fMRI | |||
| Rogue Research | True | False | True | False | CA | 2000 | Clinical, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | fNIRS | TMS | ||
| Fujifilm Healthcare | True | False | True | False | JP | 1934 | Clinical | [A] Open-Loop Efferent BCI | MRI | |||
| Imec | False | True | False | False | BE | 1982 | RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | iEEG | Microstimulation | ||
| Plexon | False | True | True | True | US | 1983 | RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | Optogenetics, iEEG | Microstimulation, Optogenetics | ||
| ScienceBeam | True | True | True | True | CN | 1999 | Clinical, RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | EEG, EMG, fNIRS, iEEG | CES, TMS, tDCS, tES | ||
| Scignals | True | False | True | False | ES | 2016 | Clinical, RC/UI | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | ECG, EEG, EMG | |||
| Seenel Imaging | True | False | False | False | FR | 2018 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG, fNIRS | |||
| Soft-dynamics | True | False | True | False | DE | 2007 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| TechEn | True | False | True | False | US | 1983 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | fNIRS | |||
| Evoke Neuroscience | False | False | True | False | US | 2009 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| NeuroSigma | True | False | False | False | US | 2008 | Clinical | [B] Open-Loop Afferent BCI | TNS | |||
| INBRAIN Neuroelectronics | False | True | False | False | ES | 2019 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | iEEG | Microstimulation | ||
| Arctop | True | False | True | True | US | 2016 | RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG, Neuos | |||
| Neural Dynamics Technologies | False | True | False | False | US | 2018 | Clinical, RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | iEEG | Microstimulation | ||
| BCI+ | True | False | True | True | DE | 1997 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| EnteroWave | False | True | False | False | US | 2013 | Clinical | [B] Open-Loop Afferent BCI | PNS | |||
| Highland Instruments | True | False | False | False | US | 2017 | Clinical | [B] Open-Loop Afferent BCI | ESStim | |||
| NeuraMatrix | False | True | False | False | CN | 2019 | Clinical, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | iEEG | Microstimulation | ||
| HackerBCI | True | False | False | False | DE | 2021 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Rune Labs | False | False | True | True | US | 2016 | Clinical | [A] Open-Loop Efferent BCI | [[Electrocardiography | ECG]], iEEG | DBS | |
| Bionic France | False | False | False | False | FR | 1992 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG, fNIRS | |||
| MiSynth | False | False | True | False | US | 2020 | RC/UI | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Lifetech | False | False | False | False | KR | 1987 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG, NIRS | |||
| Medial | False | False | False | False | HR | 1992 | Clinical | [A] Open-Loop Efferent BCI | EEG, [[Electrocardiography, MRI | ECG]], EMG | ||
| Aerobe | False | False | False | False | SG | 1996 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, EMG, MRI, fMRI | TMS, TPS, tDCS | ||
| Medistar | False | False | False | False | SI | 1994 | Clinical | [A] Open-Loop Efferent BCI | EEG, EMG | |||
| Bionic Ibérica | False | False | False | False | ES | 1983 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | ECG, EEG, EMG | |||
| Metaviz | False | False | True | True | US | 2016 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG, EMG | |||
| Clinilab Oy | False | False | False | False | FI | 1987 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, EMG, fMRI | TMS | ||
| C&P International | False | False | False | False | AE | 2013 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, MEG, fMRI, fNIRS | TMS, tACS, tDCS | ||
| Brain Products Asia | False | False | False | False | SG | 2020 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| FreerLogic | True | False | True | False | US | 2004 | Subjective Measurement | [C] Closed-Loop Efferent BCI | NBM | |||
| Inter | False | False | False | False | TR | 1997 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, fMRI, fNIRS | TMS | ||
| MES Research Systems | False | False | False | False | DE | 1982 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, fMRI, fNIRS | TMS | ||
| Mindseye Biomedical | True | False | True | False | US | 2014 | Clinical | [A] Open-Loop Efferent BCI | BIS, EIT | |||
| NordicNeuroLab | True | False | True | False | NO | 2001 | Clinical | [A] Open-Loop Efferent BCI | fMRI | |||
| Olimex | True | False | False | True | BG | 1991 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG, EMG | |||
| NeuroIDSS | True | False | True | False | RU | 2013 | Subjective Measurement | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, MEG, NIRS, PET, fMRI | tACS | ||
| Physiotech | False | False | False | False | JP | 1980 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, MRI, NIRS, iEEG | Microstimulation, TMS | ||
| Shenzhen Hanix United | False | False | False | False | CN | 1997 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, [[Electromyography, fNIRS | EMG]] | TMS, tDCS | |
| Ochs Labs | True | False | True | False | US | 1980 | Clinical | [E] Bidirectional Afferent Closed-Loop BCI | EEG | TES | ||
| Localite | True | False | False | False | DE | 1999 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG | TMS | ||
| NeuroScience & TMS Treatment Centers | False | False | False | False | US | 2011 | Clinical | [B] Open-Loop Afferent BCI | TMS, VNS | |||
| Symbiotic Devices | False | False | False | False | AU | 2011 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, MEG, NIRS, fMRI | TMS, tACS, tDCS | ||
| Upside Down Labs | True | False | True | False | IN | 2021 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG, EMG | |||
| BioSig Technologies | True | True | False | False | US | 2009 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ECG, ENG | Microstimulation | ||
| Bay Psychiatric Associates | False | False | False | False | US | 1994 | Clinical | [B] Open-Loop Afferent BCI | ECT, TMS | |||
| Syneika | True | False | True | False | FR | 2009 | Clinical | [B] Open-Loop Afferent BCI | TMS | |||
| Texas TMS Center | False | False | False | False | US | 2009 | Clinical | [B] Open-Loop Afferent BCI | TMS | |||
| TMS Center of Colorado | False | False | False | False | US | 2009 | Clinical | [B] Open-Loop Afferent BCI | TMS | |||
| Electro-Cap International | True | False | False | False | US | 1998 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| DWL USA | True | False | True | False | US | 1992 | Clinical | [A] Open-Loop Efferent BCI | TCD | |||
| Atys Medical | True | False | True | False | FR | 1985 | Clinical | [A] Open-Loop Efferent BCI | TCD | |||
| MagVenture | True | False | False | False | DK | 1992 | Clinical | [B] Open-Loop Afferent BCI | TMS | |||
| STORZ MEDICAL | True | False | True | False | CH | 1987 | Clinical | [B] Open-Loop Afferent BCI | TPS | |||
| Mangold International | False | False | True | False | DE | 1991 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Cerebralx | True | False | True | False | IN | 2019 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG, EMG | |||
| Brain Resource Center | False | False | False | False | US | 2004 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Scientifica | False | True | True | False | UK | 1997 | Wetwear Computing | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [E] Bidirectional Afferent Closed-Loop BCI | LFP | Microstimulation, Optogenetics | ||
| Nevro Corp | False | True | True | False | US | 2006 | Clinical | [B] Open-Loop Afferent BCI | SCS | |||
| NextSense | True | False | True | False | US | 2020 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| World Precision Instruments | False | True | False | False | US | 1967 | RC/UI, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | iEEG | Microstimulation | ||
| Ives EEG Solutions | True | False | False | False | US | 1995 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| X-trodes | True | False | True | False | IL | 2019 | Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG, [[Electromyography | EMG]] | ||
| SEGOTIA | False | False | True | False | IE | 2017 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| MemoryStim | True | False | False | False | US | 2020 | Clinical | [B] Open-Loop Afferent BCI | EBS | |||
| Neurosoft Bioelectronics | False | True | False | False | CH | 2019 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | iEEG | Microstimulation | ||
| Neuroassistive Technologies | True | False | False | False | RU | 2018 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Iris Biomedical | False | True | True | True | US | 2020 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EMG, iEEG | Microstimulation | ||
| Medevolve | False | False | False | False | UK | 2013 | Clinical | [A] Open-Loop Efferent BCI | EEG, EMG, TCD | |||
| Zander Labs | False | False | True | False | NL | 2016 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| AE Studio | False | False | True | False | US | 2016 | RC/UI, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | iEEG | Microstimulation | ||
| Biofeedback Tech | False | False | False | False | UK | 2018 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | ECG, EEG, EMG, NIRS | |||
| EEG Store | False | False | False | False | US | 2013 | Clinical | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| CogXRLabs | False | False | True | False | IN | 2022 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| IASIS Technologies International | True | False | False | False | US | 2013 | Clinical | [E] Bidirectional Afferent Closed-Loop BCI | EEG | tES | ||
| Mended Minds | False | False | False | False | US | 2017 | Clinical | [E] Bidirectional Afferent Closed-Loop BCI | EEG | tES | ||
| AnalyzeDirect | False | False | True | False | US | 1999 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | CT, MRI, PET | |||
| SecondWave Systems | True | False | False | False | US | 2019 | Clinical | [B] Open-Loop Afferent BCI | LiFU | |||
| Anew Era TMS & Psychiatry | False | False | False | False | US | 2008 | Clinical | [B] Open-Loop Afferent BCI | TMS | |||
| Technomed | True | False | False | False | NL | 1980 | Clinical | [A] Open-Loop Efferent BCI | EEG, EMG | |||
| Neurosign | False | True | False | False | UK | 1990 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EMG | PNS | ||
| MEGIN | True | False | False | False | FI | 2017 | Clinical | [A] Open-Loop Efferent BCI | MEG | |||
| Welcony | True | True | True | False | UK | 2005 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, EMG | PNS, TMS | ||
| NeuroGrow | False | False | False | False | US | 2015 | Clinical | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Opto Biolabs | True | False | False | False | DE | 2019 | Wetwear Computing | [B] Open-Loop Afferent BCI | Optogenetics | |||
| Cortex Machina | True | False | True | True | BE | 2021 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| MAG & More | True | False | True | True | DE | 2002 | Clinical, Subjective Measurement | [B] Open-Loop Afferent BCI, [E] Bidirectional Afferent Closed-Loop BCI | TMS | |||
| Jaltron | True | False | False | False | US | 2018 | Clinical | [B] Open-Loop Afferent BCI | MRI | TMS | ||
| Delsys | True | False | True | True | US | 1993 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EMG | |||
| Newronika | False | True | False | False | IT | 2008 | Clinical | [B] Open-Loop Afferent BCI | DBS | |||
| Newdoon | False | True | False | False | CN | 2014 | Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | Optogenetics | |||
| Zendo Meditation | True | False | True | False | US | 2020 | Motor-Sensory Augmentation | [B] Open-Loop Afferent BCI | tDCS | |||
| Sonic Concepts | True | False | True | False | US | 1986 | Clinical | [B] Open-Loop Afferent BCI | tFUS | |||
| Elemind | True | False | False | False | US | 2018 | Motor-Sensory Augmentation | [C] Closed-Loop Efferent BCI | EEG | |||
| Braincredible | False | False | False | False | CH | 2021 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| NeuroBright | True | False | True | False | UK | 2019 | Motor-Sensory Augmentation | [C] Closed-Loop Efferent BCI | EEG | |||
| StimScience | True | False | True | False | US | 2017 | Motor-Sensory Augmentation | [B] Open-Loop Afferent BCI | tES | |||
| Vistim Labs | False | False | True | False | US | 2021 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Bromedicon | False | False | False | False | US | 1985 | Clinical | [A] Open-Loop Efferent BCI | EEG, EMG | |||
| OptogeniX | False | True | False | False | IT | 2014 | Motor-Sensory Augmentation | [B] Open-Loop Afferent BCI | Optogenetics | |||
| Aladdin | True | False | True | False | US | 2016 | Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [E] Bidirectional Afferent Closed-Loop BCI | EEG | tACS | ||
| Cortex Brainwave Technologies | True | False | True | False | AU | 2017 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| HypnoDyne Corp | True | False | True | False | US | 2012 | Clinical, RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Inner Cosmos | False | True | False | False | US | 2019 | Clinical | [B] Open-Loop Afferent BCI | Microstimulation | |||
| 3Dneuro | False | True | False | False | NL | 2017 | RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | iEEG | Microstimulation | ||
| Afferent Technologies | False | True | False | False | ES | 2015 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EMG | PNS | ||
| [[Alpha One | Alpha.One]] | False | False | True | False | NL | 2015 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG, fMRI | ||
| Bioinduction | False | True | False | False | UK | 2002 | Clinical | [E] Bidirectional Afferent Closed-Loop BCI | LFP | DBS | ||
| Brain Image Analysis | False | False | True | False | US | 2010 | Clinical | [A] Open-Loop Efferent BCI | MRI | |||
| Cerora | True | False | True | False | US | 2011 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| CorticoMetrics | False | False | True | False | US | 2012 | Clinical | [A] Open-Loop Efferent BCI | MRI | |||
| FocusCalm | True | False | True | True | US | 2018 | Subjective Measurement | [C] Closed-Loop Efferent BCI | EEG | |||
| Human Waves | False | False | False | False | BE | 2012 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG, EMG | |||
| London Cognition | False | False | False | False | UK | 2016 | Clinical, Subjective Measurement | [B] Open-Loop Afferent BCI | TMS | |||
| Mendi | True | False | True | False | SE | 2018 | Subjective Measurement | [C] Closed-Loop Efferent BCI | fNIRS | |||
| Realeve | False | True | False | False | US | 2007 | Clinical | [B] Open-Loop Afferent BCI | PNS | |||
| Narbis | True | False | True | False | US | 2014 | Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Neuro42 | True | False | True | False | US | 2020 | Clinical | [A] Open-Loop Efferent BCI | MRI | |||
| Neurogen Brain Balancing | False | False | False | False | US | 2018 | Clinical, Motor-Sensory Augmentation | [E] Bidirectional Afferent Closed-Loop BCI | EEG | tES | ||
| NeuroMyst | True | False | False | False | US | 2019 | Motor-Sensory Augmentation | [B] Open-Loop Afferent BCI | tACS, tDCS | |||
| Parasym | True | False | False | False | UK | 2015 | Clinical | [B] Open-Loop Afferent BCI | VNS | |||
| Peak Brain Institute | False | False | False | False | US | 2015 | Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Pixium Vision | False | True | False | False | FR | 2011 | Clinical | [B] Open-Loop Afferent BCI | ONS | |||
| RPW Technology | True | False | False | False | US | 2018 | Motor-Sensory Augmentation | [B] Open-Loop Afferent BCI | tDCS | |||
| Second Sight | False | True | False | False | US | 2007 | Clinical | [B] Open-Loop Afferent BCI | ONS | |||
| Sleep Shepherd | True | False | False | False | US | 2014 | Subjective Measurement | [C] Closed-Loop Efferent BCI | EEG | |||
| Synaptive Medical | True | False | True | False | CA | 2012 | Clinical | [A] Open-Loop Efferent BCI | MRI | |||
| sync2brain | True | False | True | False | DE | 2019 | Clinical | [E] Bidirectional Afferent Closed-Loop BCI | EEG | TMS | ||
| TSE Systems | False | True | False | False | US | 1886 | RC/UI, Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ECG, EEG, EMG, EOG | Optogenetics | ||
| Zynex | True | False | False | False | US | 1996 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, EMG | TENS | ||
| ATLAS Neuroengineering | False | True | False | False | BE | 2012 | Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [E] Bidirectional Afferent Closed-Loop BCI | iEEG | Microstimulation | ||
| Cerca Magnetics | True | False | False | False | UK | 2007 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | MEG | |||
| Chipiron | True | False | False | False | FR | 2020 | Clinical | [A] Open-Loop Efferent BCI | MRI | |||
| iMediSync | True | False | True | False | KR | 2013 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| NeuroPin | False | False | True | False | FR | 2022 | Clinical | [A] Open-Loop Efferent BCI | MRI | |||
| NPI Electronic | False | True | True | False | DE | 1989 | Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, LFP | Optogenetics | ||
| Omniscient Neurotechnology | False | False | True | False | AU | 2019 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | MRI, fMRI | |||
| Maaind | False | False | True | False | UK | 2018 | Subjective Measurement | [A] Open-Loop Efferent BCI, [C] Closed-Loop Efferent BCI | EEG | |||
| Diagnostic Biochips | False | True | True | False | US | 2012 | Subjective Measurement, Motor-Sensory Augmentation | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | iEEG | Microstimulation | ||
| Reach Neuro | False | True | False | False | US | 2021 | Clinical | [E] Bidirectional Afferent Closed-Loop BCI | iEEG | SCS | ||
| Science | False | True | False | False | US | 2021 | Clinical | [B] Open-Loop Afferent BCI | ONS, Optogenetics | |||
| Vivani | False | True | False | False | US | 1998 | Clinical | [B] Open-Loop Afferent BCI | ONS, PNS | |||
| Neuvotion | True | False | True | False | US | 2019 | Clinical | [B] Open-Loop Afferent BCI | TENS | |||
| Grapheton | False | True | False | False | US | 2018 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | iEEG | Microstimulation | ||
| Iconeus | True | False | True | False | FR | 2016 | Clinical | [A] Open-Loop Efferent BCI | fUS | |||
| Bittium | True | False | True | False | FI | 1985 | Clinical | [A] Open-Loop Efferent BCI | ECG, EEG | |||
| Brainamics | False | False | True | False | DE | 2022 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| BrainSightAI | False | False | True | False | IN | 2019 | Clinical | [A] Open-Loop Efferent BCI | fMRI | |||
| Cephalon | False | False | False | False | DK | 1997 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | ECG, EEG, EMG, NIRS, fMRI | TMS | ||
| Digitimer | True | True | True | False | UK | 1972 | Clinical, Subjective Measurement, Motor-Sensory Augmentation, Wetwear Computing | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | EEG, EMG, LFP | TMS, tES | ||
| Earable | True | False | True | False | US | 2018 | Subjective Measurement | [C] Closed-Loop Efferent BCI | EEG, EMG, EOG | |||
| FluxWear | True | False | False | False | US | 2019 | Clinical | [B] Open-Loop Afferent BCI | PEMF | |||
| BiSigma | True | False | True | False | DE | 2019 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | ECG, EEG, EMG, NIRS | |||
| Kandel Medical | False | False | False | False | BR | 2014 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, EMG, TCD | TMS, tDCS | ||
| Gtmedi | False | False | False | False | CN | 2015 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, EMG | TMS, tDCS | ||
| MAG4Health | True | False | False | False | FR | 2021 | Clinical | [A] Open-Loop Efferent BCI | MEG | |||
| Harvard Bioscience | False | True | True | False | US | 1901 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [E] Bidirectional Afferent Closed-Loop BCI | LFP | Microstimulation | ||
| MINDIG | False | False | True | False | FR | 2021 | Clinical | [A] Open-Loop Efferent BCI | EEG | |||
| Neurotecnologias | False | False | False | False | US | 2006 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [C] Closed-Loop Efferent BCI | EEG, EMG, MEG, iEEG | Microstimulation, TPS, tDCS | ||
| NeuroXess | False | True | True | False | CN | 2021 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [E] Bidirectional Afferent Closed-Loop BCI | iEEG | Microstimulation | ||
| Easycap | True | False | True | True | DE | 1997 | Clinical, RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Multi Channel Systems | False | True | True | False | DE | 1996 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [E] Bidirectional Afferent Closed-Loop BCI | LFP | Microstimulation | ||
| HEKA Elektronik | False | True | True | False | DE | 1997 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [E] Bidirectional Afferent Closed-Loop BCI | LFP | Microstimulation | ||
| Peak Potential Personal Development | False | False | False | False | US | 2020 | Clinical | [C] Closed-Loop Efferent BCI | EEG | |||
| Perception Research Systems | False | False | True | False | US | 2013 | Subjective Measurement, Motor-Sensory Augmentation, Wetwear Computing | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, EMG | TMS | ||
| Warner Instruments | False | True | True | False | US | 1988 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI, [E] Bidirectional Afferent Closed-Loop BCI | LFP | Microstimulation | ||
| Brain.space | True | False | True | False | IL | 2018 | Subjective Measurement | [A] Open-Loop Efferent BCI | EEG | |||
| Chroma NV | False | False | False | False | IN | 2021 | Clinical | [A] Open-Loop Efferent BCI, [B] Open-Loop Afferent BCI | EEG, EMG | TMS, tDCS | ||
| Wearable Devices | True | False | True | False | IL | 2014 | RC/UI, Subjective Measurement | [A] Open-Loop Efferent BCI | EMG | |||
| Analogic | True | False | False | False | US | 1967 | Clinical, Subjective Measurement | [A] Open-Loop Efferent BCI | CT, MRI |
Pages in category "Companies"
The following 200 pages are in this category, out of 677 total.
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- Actipulse Neuroscience
- Ad-Tech Medical Instrument Corporation
- AddBrain Inc
- Adept Neuro
- Advanced Bionics
- Advanced Brain Monitoring
- AE Studio
- Aerobe
- Afferent Technologies
- AIMedical International
- ALA Scientific Instruments
- Aladdin
- Aleva Neurotherapeutics
- Alljoined
- Alpha MED Scientific
- Alpha Omega
- Alpha One
- Alpha Trace
- AMO Lab
- Ampa Health
- Ampere Medical
- Analogic
- AnalyzeDirect
- Anew Era TMS & Psychiatry
- ANSwers Neuro
- ANT Neuro
- ApexNeuro
- Applied Neuroscience
- ArcheOptix
- Arctop
- Area 10 Labs
- Artinis Medical Systems
- Aspect Imaging
- ATLAS Neuroengineering
- Attune Neurosciences
- Atys Medical
- Autonomic Technologies
- Avalon AI
- AVM Health
- Axem Neurotechnology
- Axilum Robotics
- Axonics Modulation Technologies
- Axorus
B
- Backyard Brains
- Bay Psychiatric Associates
- BCI+
- BCISim
- Beacon Biosignals
- BEE Medic
- Bellabee
- BESA
- BetterFly
- Bio-Signal Technologies
- Biofeedback Tech
- Bioinduction
- Bionen Medical Devices
- Bionic France
- Bionic Ibérica
- BIOPAC Systems
- BIOS Health
- BioSemi
- BioSig Technologies
- BioSignal Analytics
- BIOTIC
- BiSigma
- BITalino
- Bitbrain
- Bittium
- Blackrock Microsystems
- Blckb
- Blink Device Company
- Blino
- BlueBCI
- Blueberry
- BMSEED
- Boston Scientific
- Brain Electrophysiology Lab
- Brain Fingerprinting Laboratories
- Brain Image Analysis
- Brain Innovation BV
- Brain Products Asia
- Brain Products GmbH
- Brain Resource Center
- Brain Science Tools
- Brain Scientific
- Brain Vision LLC
- Brain.space
- BrainAlive
- Brainamics
- BrainAttach
- Brainbit Inc.
- Brainboost Neurofeedack
- Brainbox
- BrainCapture
- Braincarta
- BrainCo
- BrainControl
- Braincredible
- Brainfingers
- BrainGate
- Braingineers
- Braingrade
- Brainkey
- BrainMachine
- BrainMaster Technologies
- BrainPaint
- BrainPatch
- BrainQ
- BrainRobotics
- BrainScope
- BrainSightAI
- Brainsights
- BrainSigns
- BrainSpec
- BrainsView
- BrainsWay
- BrainTech
- BrainTrain
- BrainTrends
- Braintronics
- BrainUp
- Brainvivo
- BrainWorks
- Brane Interface
- Brightmind.ai
- Brink Bionics
- BroadMind
- Bromedicon
- Buyer Brain
C
- C&P International
- Cadence Neuroscience
- Cadwell Industries
- Cala Health
- Cambridge NeuroTech
- Canaery
- Caputron
- Cefaly
- Cephalon
- CerboTech
- Cerca Magnetics
- Cerebian
- Cerebra
- CerebraCell
- Cerebralx
- Cerebriu
- Cerebtalk
- CereGate
- Cereset
- Ceribell
- Cerora
- Champaign Imaging
- Chipiron
- Chroma NV
- Circadian Therapeutics
- Cirtec Medical
- Clinical Science Systems
- Clinilab Oy
- CloudBCI
- COGITOLABS
- Cognionics / CGX Systems
- Cognision
- Cognixion
- Cogwear
- CogXRLabs
- CoMind
- Compumedics Limited
- Conscious Labs
- CoolTool
- CorTec
- Cortech Solutions
- Cortechs
- Cortex Brainwave Technologies
- Cortex Labs
- Cortex Machina
- Cortical Labs
- Corticale
- CortiCare
- CorticoMetrics
- Cortirio
- Cortivision
- Cove Neurosciences
- CREmedical
- Cumulus Neuroscience
- CYROZENLABZ