Epitel Developing wearable, long-term EEG monitoring systems to enable continuous seizure detection and neurological assessment outside the hospital.
USA ● Neuroimaging
EpiWatch Developing an Apple Watch-based seizure detection and alerting application for epilepsy patients, enabling wrist-worn smartwatch monitoring for tonic-clonic seizures.
USA ● Diagnostics and Assessment
EVOCAL Health Unlocking voice as a predictive biomarker using AI to detect diseases and support digital diagnostics and therapies across Longevity and neurodegeneration.
Germany ● Diagnostics and Assessment
Eysz Developing eye-tracking–based neuroassessment software to objectively detect and monitor concussion and brain injury.
USA ● Diagnostics and Assessment
Farow Developing a wearable-based seizure detection system to monitor nocturnal epileptic seizures in children using passive physiological signals.
Belgium ● Diagnostics and Assessment
FinalSpark Operating the first remotely accessible biocomputing research platform using living human brain organoids on multi-electrode arrays as computational substrates.
Switzerland ● Tools and Infrastructure
Firefly Neuroscience Developing EEG-based brain network analytics software to support objective assessment of neurological and psychiatric conditions.
USA ● Diagnostics and Assessment
Fisher Wallace Labs Offering an FDA-cleared cranial electrotherapy stimulator that non-invasively treats depression, anxiety, and insomnia via home use.
USA ● Neuromodulation
FlectoThink Developing a flexible EEG sleep patch for non-invasive brain monitoring, sleep-stage assessment, and consumer BCI applications.
China ● Consumer Neurotech
Flow Neuroscience Delivering a portable tDCS headset that gently stimulates the prefrontal cortex to relieve depression symptoms, med-free, at-home therapy.
Sweden ● Neuromodulation
Fluent BCI Developing non-invasive brain-computer interfaces that translate neural intent into fluid, real-time control for communication and interaction.
Australia ● 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 ● Tools and Infrastructure
General Sense Developing neural sensing systems that decode odor-related brain activity in animals to support scent detection across security, inspection, and research settings.
USA ● Tools and Infrastructure
Gestala Building a non-invasive ultrasound-based brain-computer interface platform for neuromodulation and neural signal decoding.
China ● Brain-Computer Interface
Gowerlabs Delivering wearable, high-density fNIRS systems (LUMO & NTS) for 3D brain imaging in infants and adults across research and clinical settings globally.
UK ● Neuroimaging
GrayMatters Health Developing Prism, an FDA-cleared neurofeedback system using EEG-based biomarkers to train self-regulation of brain networks in PTSD and depression.
Israel ● Neuromodulation
Great Lakes NeuroTech Developing EEG-based neuroimaging and brain-computer interface software for neuroscience research and clinical applications.
USA ● Tools and Infrastructure
Grey Matter Neurosciences Developing portable, focused ultrasound headset to non‑invasively stimulate deep brain circuits and improve cognition in Alzheimer’s disease.
Canada ● Neuromodulation
G.tec Developing non-invasive and invasive EEG-based systems for brain-computer interface research, neuroimaging, and clinical neuroscience applications.
Austria ● Tools and Infrastructure
Halo Neuroscience Developing non-invasive transcranial direct current stimulation devices to enhance motor learning and neuroplasticity.
USA ● Consumer Neurotech
i-BrainTech Providing EEG-based BCI neurofeedback training for motor imagery, sports performance, cognitive assessment, and rehabilitation workflows.
Israel ● Consumer Neurotech
Icometrix Developing AI-powered neuroimaging software to quantify brain structures and pathology for clinical decision support and research.
Belgium ● Neuroimaging
ICONEUS Developing functional ultrasound neuroimaging systems to enable high-resolution, real-time imaging of brain activity in research and clinical settings.
France ● Neuroimaging
IDUN Technologies Developing discreet in-ear EEG sensors and neuroanalytics to transform everyday wearables into continuous brain-state monitoring tools.
Switzerland ● Tools and Infrastructure
Imeka Developing AI-driven neuroimaging software to analyze diffusion MRI data for improved diagnosis and monitoring of neurological disorders.
USA ● Neuroimaging
INBRAIN Neuroelectronics Developing ultrathin graphene-based neural implants (<10 µm) for AI-powered, bidirectional modulation of neurological disorders like Parkinson’s.
Spain ● Brain-Computer Interface
Inner Cosmos Developing an implantable digital neuromodulation system to deliver precision brain stimulation for the treatment of depression.
USA ● Neuromodulation
Insai Developing AI foundation models that turn sleep and EEG data into objective biomarkers for research, pharma, and clinical development.
Denmark ● Neuromodulation
Insellar Developing a minimally invasive brain interface for treatment-resistant depression by targeting endogenous hormone-release pathways.
Germany ● Neuromodulation
Inspire Medical Systems Providing an implantable hypoglossal nerve stimulation therapy for obstructive sleep apnea in patients unable to use CPAP.
USA ● Neuromodulation
Intactis Bio Developing biohybrid computing systems that use living neural tissue and silicon interfaces for low-energy AI/ML workloads.
United States ● Tools and Infrastructure
Iota Biosciences Developing ultra-miniaturized, wirelessly powered implantable bioelectronic devices that use ultrasonic power and communication for minimally invasive neuromodulation.
USA ● Tools and Infrastructure
Kandu Developing a tech-enabled post-acute stroke care platform that combines navigation services, telehealth, and digital tools to support recovery after hospital discharge
USA ● Diagnostics and Assessment
Karavela AI Building an AI-based “foundation model” of brain activity from large fMRI datasets to enable new neurological diagnostics and biomarkers.
France ● Tools and Infrastructure
Kernel Providing fNIRS neuroimaging (Flow) for high-density brain monitoring targeting research and potential BCI applications in cognition and health.
USA ● Neuroimaging
Kinesix XR Delivering immersive AI‑driven VR/AR therapy platform offering personalized neurorehabilitation exercises to improve motor and cognitive recovery.
Canada ● Diagnostics and Assessment
Kneu Health Developing a wearable and software platform to monitor neurological function and recovery using objective movement and physiological data.
UK ● Diagnostics and Assessment
Koniku Developing wetware neuron-silicon hybrid chips that use engineered biological neurons with olfactory receptors for chemical detection and sensing applications.
USA ● Tools and Infrastructure
Kyma Neuro Developing a modular non-invasive BCI headset and developer platform for building software controlled by neural signals.
United States ● Tools and Infrastructure
Linus Health Developing digital cognitive assessment and decision-support tools to enable earlier detection and management of neurodegenerative disease.
USA ● Diagnostics and Assessment
Longeviti Neuro Solutions Developing ultrasound-based neuroimaging platforms to enable real-time brain imaging during and after complex neurosurgical procedures.
USA ● Tools and Infrastructure
Looxid Labs Developing wearable eye-tracking and EEG biometric sensor solutions integrated with XR headsets to capture cognitive and emotional data for enterprise and research applications.
South-Korea ● Tools and Infrastructure
LYEONS Neurotech Developing wearable EEG monitoring and neurofeedback solutions for cognitive performance enhancement and mental health applications.
USA ● Consumer Neurotech
MachineMD Developing a VR-based neuro-ophthalmology device that automatically measures eye and pupil responses to detect neurological disorders early.
Switzerland ● Diagnostics and Assessment
Machine Medicine Providing AI-powered video assessment of Parkinson’s motor symptoms, offering objective, reproducible metrics for clinical trials and care.
UK ● Diagnostics and Assessment
Magnetic Tides Developing a non-invasive kTMP brain stimulation platform for stroke motor recovery and neurological or psychiatric applications.
USA ● Neuromodulation
Magnus Medical Developing SAINT®, an image-guided, accelerated, non-invasive neuromodulation system targeting personalized brain networks to treat severe depression.
USA ● Neuromodulation
Mainstay Medical Developing the ReActiv8 restorative neurostimulation system, an implantable device that stimulates lumbas nerves to treat chronic mechanical low back pain.
Ireland ● Neuromodulation
Manava Plus Developing implantable neural prostheses for spinal cord injury that aim to reconnect damaged pathways and restore motor and sensory function.
Italy ● Neuromodulation
Marbles Health Offering portable, hospital‑grade non‑invasive neuromodulation (tES + EEG + cognitive training) to support recovery from mental health and neuropsychiatric conditions.
India ● Neuromodulation
Mave Health Developing a non-invasive tDCS-based brain stimulation platform aimed at improving focus, stress regulation, emotional control, and sleep by targeting prefrontal cortex function.
India ● Consumer Neurotech
MaxWell Biosystems Delivering high-density microelectrode array platforms that record and stimulate neural cells in vitro, accelerating neuroscience and drug discovery.
Switzerland ● Tools and Infrastructure
Mendi Offering a portable fNIRS-based neurofeedback headband and app to help users train their prefrontal cortex for improved focus, stress relief, and mood.
Sweden ● Consumer Neurotech
Merge Labs Exploring gene-therapy-enhanced, high-bandwidth, ultrasound-based brain-computer interfaces to enable seamless human–AI integration.
USA ● Brain-Computer Interface
MindAffect Providing EEG-based neurofeedback and brain training solutions to support mental health and cognitive regulation.
Netherlands ● Diagnostics and Assessment
MindRove Offering wearable EEG and EMG biosensing devices and SDK for neural interface development, neurofeedback, rehabilitation, and research applications.
Hungary ● Tools and Infrastructure
MintNeuro Developing ultra-efficient semiconductor chips that shrink and power neural implants, enabling scalable, minimally invasive brain therapies.
UK ● Tools and Infrastructure
MJN Neuroserveis Developing a wearable earpiece sensor (mjn-SERAS) that uses EEG and AI to predict epileptic seizures and warn patients in advance.
Spain ● Diagnostics and Assessment
Mobia Medical Developing implantable paired vagus nerve stimulation systems to support upper-limb rehabilitation in chronic ischemic stroke survivors.
United States ● Neuromodulation
Mon4t Transforming standard smartphones into AI-powered neurological test devices for remote motor, cognitive, and affective monitoring.
Israel ● Diagnostics and Assessment
Morph Labs Building brain-driven prosthetic control via AI-decoded neural signals, translating amputees’ brainwaves into intuitive limb movement.
USA ● Brain-Computer Interface
Motif Neurotech Developing minimally invasive, battery-free brain implants (DOT) that wirelessly stimulate brain circuits to treat treatment-resistant depression.
USA ● Neuromodulation
Muse Empowering meditation and mental fitness with wearable EEG headbands (Muse) that deliver real-time neurofeedback for focus, relaxation, and sleep.
Canada ● Consumer Neurotech
Myndlift Developing a personalized neurofeedback platform that uses EEG data to support mental health and cognitive training at home.
Israel ● Consumer Neurotech
MYndspan Providing consumer-accessible magnetoencephalography (MEG) brain scans to measure brain function and detect subtle signs of cognitive decline earlier.
UK ● Neuroimaging
Nalu Medical Developing an implantable neuromodulation system with a miniaturized, battery-free architecture for chronic pain and neurological conditions.
USA ● Neuromodulation
NAOX Technologies Developing an in-ear EEG system for continuous brain activity monitoring in clinical and home settings.
France ● Neuroimaging
Naqi Logix Developing non-invasive neural earbuds that translate brain, muscle, and facial signals into hands-free digital device control.
Canada ● Consumer Neurotech
NaviFUS Developing neuronavigation-guided focused ultrasound systems for blood-brain barrier opening and neuromodulation in brain tumors and epilepsy.
Taiwan ● Tools and Infrastructure
Nervonik Developing a non-invasive peripheral nerve stimulation platform for chronic pain, neurological rehabilitation, and autonomic modulation.
USA ● Neuromodulation
Netholabs Developing large-scale neural-behavioral datasets and whole-brain functional recording systems for ethology and whole-brain emulation research.
UK ● Tools and Infrastructure
Neubond Developing wearable closed-loop neurorehabilitation devices that detect movement intention and stimulate muscles for home-based stroke recovery.
United Kingdom ● Neuromodulation
NeuCyber NeuroTech Developing semi-invasive brain-computer interface implants to decode neural signals for assistive control in patients with paralysis.
China ● Brain-Computer Interface
Neunos Developing an implantable, closed-loop seizure suppression system that detects epileptic activity and delivers transcranial electrical stimulation to terminate episodes.
Hungary ● Neuromodulation
Neupulse Developing a wearable neuromodulation device using median nerve stimulation to reduce tic frequency in Tourette Syndrome.
UK ● Neuromodulation
Neurable Developing BCI-enabled headphones and AI-driven platforms that turn brain signals into control and cognitive insight via everyday wearables.
USA ● Consumer Neurotech
Neuracle Developing an implantable BCI system that decodes motor intent to support hand grasp restoration after cervical spinal cord injury.
China ● Brain-Computer Interface
Neural Galaxy Developing a precision non-invasive neuromodulation platform that uses individualized brain functional mapping to guide targeted iTBS stimulation.
China ● Neuromodulation
NeuraLight Extracting eye-movement biomarkers via AI and computer vision from standard webcams or smartphones to accelerate CNS drug development and neurology diagnostics.
Israel ● Diagnostics and Assessment
Neuralink Developing high-channel-count implantable brain-computer interfaces to restore motor function, enable communication, and eventually merge humans with AI.
USA ● Brain-Computer Interface
NeuralPulse Creating implantable adaptive neuromodulation that probes brain responses, predicts seizures, and delivers responsive stimulation to prevent them.
UK ● Neuromodulation
NeuraMatrix Developing neural-interface hardware, chips, and software platforms for invasive BCI research, clinical development, and neural data infrastructure.
China ● Tools and Infrastructure
Neuraura Developing wearable bioelectronic devices combining micro-electrodes and stimulation to relieve PCOS symptoms and enhance personalized chronic care.
Canada ● Neuromodulation
NeuraWorx Developing bioelectronic neuromodulation technologies to enhance cerebral waste clearance by modulating cerebrovascular dynamics and glymphatic system function.
USA ● Neuromodulation
Neurinnov Developing an implantable neurostimulation system that selectively activates nerves to restore hand and arm movement in paralysis.
France ● Neuromodulation
Neuro42 Building FDA-cleared portable, robotic and AI-driven MRI platforms that bring real-time neuroimaging and interventional guidance directly to patients.
USA ● Neuroimaging
Neuroacoustics Using non-invasive acoustic stimulation during sleep to modulate brain oscillations and improve cognition, neurological health, and sleep quality.
USA ● Neuromodulation
NeuroBell Providing pocket‑sized, AI‑powered wireless EEG monitoring that detects neonatal seizures at the NICU bedside for early intervention.
Ireland ● Diagnostics and Assessment
NeuroBionics Developing minimally invasive implantable bioelectronic fiber systems for targeted neuromodulation therapies and integrated neural interfacing in clinical and research contexts.
USA ● Tools and Infrastructure
NeuroBrave Developing a hardware-agnostic AI software platform that converts wearable biosensor data into real-time cognitive and emotional state insights.
USA ● Tools and Infrastructure
Neurocast Passively monitoring brain health via AI-based keystroke and smartphone behavior analysis, delivering real-world neurological data non-invasively.
Netherlands ● Diagnostics and Assessment
neuroClues Developing an AI-powered eye-tracking biomarker platform to support neurological assessment and monitoring in clinical practice.
Belgium ● Diagnostics and Assessment
NeuroCONCISE Developing wearable EEG-based BCIs that use AI to translate brain activity into control signals for assistive communication and assessment.
UK ● Tools and Infrastructure
Neurode Offerign a wearable, drug-free headband that stimulates and tracks brain activity for managing ADHD symptoms in just 20 minutes daily.
Australia ● Neuromodulation
Neuroelectrics Providing Starstim and Enobio devices for wireless EEG monitoring and non-invasive brain stimulation, applied in research, clinical trials, and therapy.
Spain ● Neuromodulation
NeuroEM Therapeutics Developing wearable head devices delivering transcranial electromagnetic treatment (TEMT) for Alzheimer’s and related dementias.
USA ● Neuromodulation
Neuro Event Labs Providing an AI-powered video and audio seizure monitoring system for epilepsy diagnostics and clinical workflow support.
Finland ● Diagnostics and Assessment
Neurolief Delivers wearable, at-home neuromodulation via Relivion, stimulating multiple cranial nerve branches to relieve migraine and depression.
Israel ● Neuromodulation
NeuroLife Developing wearable neuromuscular sensing and stimulation sleeves for signal-driven hand and arm rehabilitation after stroke and spinal cord injury.
United States ● Neuromodulation
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