ABILITY Neurotech
Developing implantable neural interface (BCI) to restore autonomy in paralysis by capturing, transmitting, analyzing, and stimulating brain activity.
Switzerland
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Brain-Computer Interface
Anthriq
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Developing non-invasive EEG-based BCI headsets and a full-stack biosignal ecosystem, hardware, SDK, APIs, for real-time brain-tech interaction.
India
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Brain-Computer Interface
Axoft
Creating ultrasoft, brain‑mimicking implantable interfaces that reduce tissue damage, maintain high electrode density, and enable stable long‑term single‑neuron communication.
USA
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Brain-Computer Interface
Biological Input Output Systems
Developing an implantable universal neural interface that enables intuitive two-way communication between the nervous system and external devices to restore movement and sensation.
USA
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Brain-Computer Interface
Blackrock Neurotech
Developer of the Utah Array, the first FDA-cleared BCI implant, enabling long-term neural recording and brain-controlled devices.
USA
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Brain-Computer Interface
BrainCo
Developing non-invasive brain-computer interface wearables for cognitive training, education, and assistive control using EEG-based neural signal decoding.
China
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Brain-Computer Interface
Cahira Technologies
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Developing autonomous, non-surgical nanoelectronic brain implants that self-deploy in target regions to treat neural disorders and enable human augmentation.
USA
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Brain-Computer Interface
CereGate
Developing a software-driven computer-brain interface platform that augments neuromodulation implants to enable communication and therapy personalization.
Germany
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Brain-Computer Interface
Coapt
Developing AI-powered myoelectric control software that enables intuitive, adaptive control of prosthetic limbs.
USA
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Brain-Computer Interface
Cognixion
Empowering communication with a wireless AR headset that blends non-invasive EEG, AI, and augmented reality to help users speak and interact.
USA
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Brain-Computer Interface
Coherence Neuro
Implementing precision bioelectronic therapy with SOMA-1, an implant during glioblastoma surgery that continuously monitors and disrupts tumor-driving electrical signals.
UK
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Brain-Computer Interface
Control Bionics
Developing assistive communication technologies that enable individuals with severe physical disabilities to interact with computers and speech-generating devices.
Australia
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Brain-Computer Interface
CorTec
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Building a fully implantable, bidirectional neurostimulation and recording platform designed to restore neural function by sensing brain activity and delivering adaptive stimulation in closed loop.
Germany
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Brain-Computer Interface
Corticale
Developing minimally invasive CMOS-based cortical implants (SiNAPS) that record from thousands of neurons for high-resolution brain-computer interfaces.
Italy
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Brain-Computer Interface
Fluent BCI
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Developing non-invasive brain-computer interfaces that translate neural intent into fluid, real-time control for communication and interaction.
Australia
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Brain-Computer Interface
Forest Neurotech
Pioneering ultrasound-based brain–computer interfaces using Forest 1, a compact, fob-sized scanner enabling noninvasive whole-brain imaging and neuromodulation.
USA
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Brain-Computer Interface
G.tec
Developing non-invasive and invasive EEG-based systems for brain-computer interface research, neuroimaging, and clinical neuroscience applications.
Austria
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Brain-Computer Interface
INBRAIN Neuroelectronics
Developing ultrathin graphene-based neural implants (<10 µm) for AI-powered, bidirectional modulation of neurological disorders like Parkinson’s.
Spain
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Brain-Computer Interface
Insai
Developing a wearable headband that combines EEG and HRV sensing with multi-coil low-intensity TMS for personalized, cloud‑delivered neuromodulation and neurofeedback.
Denmark
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Brain-Computer Interface
Merge Labs
Exploring gene-therapy-enhanced, high-bandwidth, ultrasound-based brain-computer interfaces to enable seamless human–AI integration.
USA
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Brain-Computer Interface
MintNeuro
Developing ultra-efficient semiconductor chips that shrink and power neural implants, enabling scalable, minimally invasive brain therapies.
UK
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Brain-Computer Interface
Morph Labs
Building brain-driven prosthetic control via AI-decoded neural signals, translating amputees’ brainwaves into intuitive limb movement.
USA
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Brain-Computer Interface
Naxon Labs
Offering affordable wireless EEG-based BCI tools, including Explorer, Emotions, and MindLace, for research, neurofeedback, and accessibility applications.
Uruguay
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Brain-Computer Interface
Neuralink
Developing high-channel-count implantable brain-computer interfaces to restore motor function, enable communication, and eventually merge humans with AI.
USA
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Brain-Computer Interface
NeuroBionics
Developing minimally invasive implantable bioelectronic fiber systems for targeted neuromodulation therapies and integrated neural interfacing in clinical and research contexts.
USA
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Brain-Computer Interface
NeuroCONCISE
Developing wearable EEG-based BCIs that use AI to translate brain activity into control signals for assistive communication and assessment.
UK
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Brain-Computer Interface
NeuroXess
Developing implantable brain-computer interface systems to restore communication and motor function in patients with severe neurological impairment.
China
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Brain-Computer Interface
Neurosoft Bioelectronics
Developing ultra-soft, foldable neural implants and AI-driven decoding to monitor and modulate brain activity for epilepsy, tinnitus, and rehab.
Switzerland
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Brain-Computer Interface
Newronika
Developing AlphaDBS, a closed-loop deep brain stimulation implant that adapts therapy in real-time based on brain signals to treat Parkinson’s disease.
Italy
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Brain-Computer Interface
NextMind (Snap AR)
Developing non-invasive brain–computer interface software that enables hands-free control of digital interfaces using neural signals.
France
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Brain-Computer Interface
Open Bionics
Developing advanced myoelectric prosthetic limbs that use muscle signals to restore functional hand and arm movement.
UK
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Brain-Computer Interface
Orbit
Developing a wearable brain–computer interface and machine learning models to decode emotional and cognitive states from neural signals.
USA
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Brain-Computer Interface
Paradromics
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Developing the Connexus, a fully implantable, high–data-rate BCI that records single-neuron brain signals to restore communication in paralyzed patients.
USA
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Brain-Computer Interface
Phantom Neuro
Developing minimally invasive muscle implants and AI-driven interfaces enabling intuitive prosthetic and robotic limb control for amputees.
USA
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Brain-Computer Interface
Precision Neuroscience
Developing the Layer 7 Cortical Interface, a minimally invasive, high-resolution brain–computer implant to restore communication and independence via thought.
USA
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Brain-Computer Interface
Ruten Inc
Develops invasive brain-machine interface systems for reconstructive therapy, aiming to restore neural control in conditions unresponsive to conventional options.
USA
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Brain-Computer Interface
Science Corp
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Developing optogenetic visual prostheses that use microLED arrays to restore sight by stimulating retinal neurons with patterned light.
USA
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Brain-Computer Interface
Starfish Neuroscience
Building miniaturized, wireless, battery-free BCI chips enabling simultaneous stimulation and recording across multiple brain regions for future therapies.
USA
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Brain-Computer Interface
Subsense Inc
Developing the first non-surgical, nanoparticle-based bidirectional BCI, enabling precise brain stimulation and recording without surgery.
USA
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Brain-Computer Interface
Synaptrix Labs
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Developing a non-invasive, AI-powered brain-computer interface (BCI) headset and proprietary neural-decoding platform to enable individuals with paralysis to control wheelchairs.
USA
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Brain-Computer Interface
Synchron
Developing the Stentrode, an endovascular, minimally invasive BCI implant enabling paralyzed individuals to control digital devices using thought alone.
USA
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Brain-Computer Interface
Zander Labs
Developing portable, high-fidelity EEG hardware and passive BCI systems for real-time cognitive monitoring and neuroadaptive applications.
Netherlands
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Brain-Computer Interface
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