Research InstituteA clinical research collaboration developing implanted neuroprosthetic systems to restore communication, mobility, and independence.
In this sector: Directly connected to this field
Restorative neural interfaces, companies, research, funding, and clinical translation.
Understand the field
Definition
Explore the companies, investors, researchers, programs, funding, podcasts, and landmark papers shaping neuroprosthetics.
Field at a glance
Institutes, funders, companies, and communities
Explore the groups working directly in this area and those helping it develop.
Research InstituteA clinical research collaboration developing implanted neuroprosthetic systems to restore communication, mobility, and independence.
linkIn this sector: Directly connected to this field
Research InstituteAn interdisciplinary EPFL institute spanning neuroscience, neural engineering, neurotechnology, and neuroprosthetics.
linkIn this sector: Directly connected to this field
Research InstituteA rehabilitation hospital and research institute operating a Center for Bionic Medicine and neural prosthetics research.
linkIn this sector: Directly connected to this field
Research InstituteA translational neuroengineering center developing implantable systems and brain-computer interfaces for clinical use.
linkIn this sector: Directly connected to this field
Government AgencyUS advanced research agency.
linkIn this sector: Related to this field
Government AgencyA US federal research initiative funding technologies to record, modulate, and understand nervous-system activity.
linkIn this sector: Related to this field
Venture CapitalInvesting in transformative science and technology.
linkIn this sector: Directly connected to this field
Family OfficeParticipated in Synchron's $75 million Series C financing.
linkIn this sector: Directly connected to this field
Venture CapitalBuilding the Future Powered by Science
linkIn this sector: Directly connected to this field
Venture CapitallinkIn this sector: Directly connected to this field
Venture CapitalInvesting in breakthrough technologies for global challenges.
linkIn this sector: Directly connected to this field
Venture CapitalInvesting in transformative technology companies.
linkIn this sector: Directly connected to this field
Venture CapitalInvesting in visionary founders and transformative technologies.
linkIn this sector: Directly connected to this field
Venture CapitalInvesting in the future of healthcare.
linkIn this sector: Directly connected to this field
Venture CapitalInvesting in smart people solving difficult problems.
linkIn this sector: Directly connected to this field
Family OfficeParticipated in Synchron's $75 million Series C financing.
linkIn this sector: Directly connected to this field
Venture CapitalInvesting in transformative entrepreneurs for the long term.
linkIn this sector: Directly connected to this field
Venture CapitalConcentrated investments in high-growth tech companies.
linkIn this sector: Directly connected to this field
Corporate Venture CapitalInvesting in innovative founders across multiple sectors.
linkIn this sector: Directly connected to this field
Venture CapitalInvesting in purpose-driven innovation.
linkIn this sector: Directly connected to this field
Venture CapitalInvesting in disruptive technology companies.
linkIn this sector: Directly connected to this field
Venture CapitalInvesting in pre-scale digital health startups.
linkIn this sector: Directly connected to this field
Venture CapitalInvesting in neurotechnology for better patient outcomes.
linkIn this sector: Directly connected to this field
Family OfficeParticipated in Synchron's $75 million Series C financing.
linkIn this sector: Directly connected to this field
Venture CapitalAn existing investor participating in Synchron's $75 million Series C financing.
linkIn this sector: Directly connected to this field
Corporate Venture CapitalLed Phantom Neuro's $19 million Series A financing.
linkIn this sector: Directly connected to this field
Corporate Venture CapitalParticipated in Synchron's $75 million Series C financing.
linkIn this sector: Directly connected to this field
Venture CapitalInvesting in life sciences and healthcare innovations.
linkIn this sector: Directly connected to this field
Venture CapitallinkIn this sector: Directly connected to this field
StartupDevelops cochlear implant systems that electrically stimulate the auditory nerve.
linkIn this sector: Directly connected to this field
StartupDevelops soft, biocompatible implanted neural interfaces for high-resolution recording and stimulation.
linkIn this sector: Directly connected to this field
StartupDevelops minimally invasive implantable deep-brain and cortical neurostimulation systems.
linkIn this sector: Directly connected to this field
StartupBuilds implanted neural recording and stimulation systems used in clinical BCI and neuroprosthetics research.
linkIn this sector: Directly connected to this field
StartupDevelops wearable peripheral nerve stimulation therapy for essential tremor and related movement disorders.
linkIn this sector: Directly connected to this field
StartupDevelops cochlear and bone-conduction implants that restore access to sound for people with hearing loss.
linkIn this sector: Directly connected to this field
StartupDevelops implantable neural interfaces and closed-loop systems for recording and stimulation.
linkIn this sector: Directly connected to this field
StartupDevelops cochlear, middle-ear, and auditory brainstem implant systems for hearing restoration.
linkIn this sector: Directly connected to this field
StartupDevelops implantable brain-computer interfaces intended to restore communication and computer control for people with paralysis.
linkIn this sector: Directly connected to this field
StartupDevelops a responsive implanted neurostimulation system that detects and treats seizure activity.
linkIn this sector: Directly connected to this field
StartupDevelops soft implantable electrodes and bioelectronic interfaces for the brain and peripheral nervous system.
linkIn this sector: Directly connected to this field
StartupDevelops spinal cord stimulation therapies intended to restore movement and autonomic function after spinal cord injury.
linkIn this sector: Directly connected to this field
StartupDevelops a high-data-rate implantable brain-computer interface for communication restoration.
linkIn this sector: Directly connected to this field
StartupDevelops muscle and nerve interfaces for intuitive control of prosthetic limbs and robotic systems.
linkIn this sector: Directly connected to this field
StartupDevelops a high-resolution cortical interface designed to restore communication and movement capabilities.
linkIn this sector: Directly connected to this field
StartupDevelops closed-loop spinal cord stimulation using neural-response sensing to treat chronic pain.
linkIn this sector: Directly connected to this field
StartupDevelops implantable vagus-nerve stimulation therapy for immune-mediated disease.
linkIn this sector: Directly connected to this field
StartupDevelops an endovascular brain-computer interface for people with paralysis to control digital devices.
linkIn this sector: Directly connected to this field
Trade OrganizationAn international scientific society supporting brain-computer interface research, translation, standards, and recurring meetings.
linkIn this sector: Directly connected to this field
Asset ManagerAn existing investor participating in Synchron's $75 million Series C financing.
linkIn this sector: Directly connected to this field
Private EquityInvesting in operational growth across industries.
linkIn this sector: Directly connected to this field
Researchers, founders, funders, and other contributors
Showing 10 of 10
Cofounder and chief science officer of Precision Neuroscience and a neurosurgeon developing high-resolution cortical interfaces.
linkIn this sector: Directly connected to this field
Founder and CEO of Phantom Neuro, developing muscle and nerve interfaces for intuitive prosthetic and robotic control.
linkIn this sector: Directly connected to this field
Cofounder of ONWARD Medical and a neuroscientist developing spinal-cord stimulation and brain-spine interfaces for motor restoration.
linkIn this sector: Directly connected to this field
Cofounder of ONWARD Medical and a neurosurgeon translating spinal and brain-spine neuroprosthetic systems into clinical studies.
linkIn this sector: Directly connected to this field
A founding scientist of BrainGate whose work established intracortical interfaces for neural control of assistive devices.
linkIn this sector: Directly connected to this field
Director of the BrainGate clinical trials and a neurologist leading implanted brain-computer interface research for people with paralysis.
linkIn this sector: Directly connected to this field
Founder and CEO of Paradromics, developing high-data-rate implanted brain-computer interfaces for communication restoration.
linkIn this sector: Directly connected to this field
Cofounder and CEO of Precision Neuroscience, advancing a minimally invasive high-resolution cortical interface.
linkIn this sector: Directly connected to this field
Cofounder and chief technology officer of Synchron, developing the Stentrode endovascular neural interface.
linkIn this sector: Directly connected to this field
Founder and CEO of Synchron and a neurologist developing endovascular brain-computer interfaces for communication restoration.
linkIn this sector: Directly connected to this field
Curated research and analysis, grouped by topic
Each work is counted once. Expand a card to see its preprint and published versions where both are available.
Journal Article
A high-density cortical interface decoded speech and facial-movement signals for real-time text, audio, and avatar control.
Journal Article
A handwriting-decoding intracortical interface enabled rapid text communication for a person with paralysis.
Journal Article
A cortical speech neuroprosthesis decoded attempted speech as words and sentences in a participant with anarthria.
Journal Article
A landmark BrainGate study showing that intracortical signals could let a person with tetraplegia control external devices.
Journal Article
A wireless brain-spine interface linked cortical intent to spinal stimulation and enabled natural walking after spinal cord injury.
Journal Article
Intracortical microstimulation providing artificial touch improved robotic arm performance in a person with tetraplegia.
Journal Article
A brain-computer interface and implanted muscle stimulation system restored functional reaching and grasping after cervical spinal cord injury.
Journal Article
A cortical interface combined with functional electrical stimulation restored voluntary hand and wrist movement in a participant with quadriplegia.
Journal Article
An intracortical interface enabled high-dimensional, coordinated control of an anthropomorphic robotic arm and hand.
Journal Article
Participants with tetraplegia used intracortical signals to perform three-dimensional reach and grasp with robotic arms.
Gatherings connected to this sector
A recurring scientific meeting focused on brain-computer interface research, clinical translation, standards, and user-centered neurotechno…
linkIn this sector: Directly connected to this field
Explore programs and grants
BrainGate2 evaluates intracortical neural interfaces that can restore communication, mobility, and control of assistive technologies for pe…
linkIn this sector: Directly connected to this field
Hand Proprioception and Touch Interfaces pursued implantable peripheral-nerve interfaces that provide intuitive motor control and sensory f…
linkIn this sector: Directly connected to this field
linkIn this sector: Directly connected to this field
linkIn this sector: Directly connected to this field
Conversations connected to the field
Interviews and explanations focused on neuroprosthetics, brain-machine interfaces, implanted neural devices, clinical translation, and the…
linkIn this sector: Directly connected to this field
A Paradromics-produced conversation series covering brain-computer interfaces, neural engineering, neurotechnology companies, ethics, and c…
linkIn this sector: Directly connected to this field
Know someone or something that belongs here? Suggest an addition or correction.
Keep exploring
Hardware devices for diagnosis, monitoring, and treatment
linkIn this sector: Parent sector
Digital health, health IT, telemedicine, clinical tools, and health insurance technology.
linkIn this sector: Related sector
Technology and services that help older adults live safely, independently, and well, and help caregivers and care providers coordinate support.
linkIn this sector: Related sector
Technology platforms managing drug development and clinical studies
linkIn this sector: Related sector
Technology and devices for dental care and orthodontics
linkIn this sector: Related sector
Tools and tests identifying diseases and health conditions
linkIn this sector: Related sector