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Neuralink develops brain-computer interface technology designed to create a direct link between the human brain and external digital systems. The company's core mission is to restore autonomy to individuals with unmet medical needs while advancing the potential of brain-machine communication more broadly.
Clinical trials are a central element of Neuralink's research program. The company evaluates the safety and functionality of its implantable brain-computer interface devices through structured human studies, targeting individuals with conditions that significantly limit their ability to interact with digital devices through conventional means.
Neuralink is also advancing a visual prosthesis program, with dedicated clinical trials open for recruitment. This program aims to develop technology that addresses vision-related conditions through cortical stimulation, expanding the range of neurological applications the company is pursuing.
The company invites individuals who may qualify for its clinical studies to connect through its official patient registry and website. By combining ongoing scientific research with direct participant engagement, Neuralink works toward making brain-computer interface technology a meaningful tool for restoring independence and expanding human capabilities.
- Restoring digital device control for individuals with limited hand function through an implantable brain-computer interface
- Enabling direct neural communication with computers for people with cervical spinal cord injuries or ALS
- Providing structured clinical trial access for qualified patients with severe motor impairments
- Developing visual prosthesis technology to address blindness through direct cortical stimulation
- Advancing brain-computer interface science through first-in-human clinical studies with regulatory oversight
- Connecting individuals with neurological conditions to new forms of digital autonomy and communication
- Recruiting eligible participants into an ongoing patient registry for brain-computer interface trials
- Unlocking broader human potential through the long-term development of generalized brain interface technology
