We aim to build the future of brain-computer interfaces. Want to create the future with us?
Apply to openings on our career page:
Apply to join our Patient Registry:
🇨🇦 Our Patient Registry is now open to Canadian residents! Join us in shaping the future of brain-computer interfaces by learning more and applying today .
We aim to build the future of brain-computer interfaces. Want to create the future with us?
Apply to openings on our career page:
Apply to join our Patient Registry:
Neuralink was kind enough to open their doors for me to tour their headquarters a few weeks back. It was an amazing experience and a day I'll never forget. This was at a company wide meeting at the end of the day. Thank you to everyone who made this possible. Hope y'all enjoy!…
Whether the flag is on fabric or laser-scribed into silicon, the freedom it represents is clear — thank you to all who have served. Happy Veteran’s Day! 🇺🇸
In less than one minute, our custom-made femtosecond laser mill cuts this geometry in the tips of our needles. The tip is only 10 to 12 microns in width—only slightly larger than the diameter of a red blood cell. The small size allows threads to be inserted with minimal damage to…
The surface of the brain is highly vascularized, and avoiding blood vessels when implanting electrodes is no small feat! Fluorescent dye imaging can allow our robot to resolve smaller vessels and distinguish between arteries (red) and veins (blue) in this false color image 🔴🔵
Wireless charging of implants needs to be easy, performant, and safe. Here’s a demonstration of how we stress test our control loops that manage the charger’s output power to wirelessly charge our implant at various distances and angles📈
We continuously collect and analyze data from implants in the field. Here’s a time-lapse visualization of neuron spike rate across all 1024 channels over a 6 month period. Some days are brighter than others ✨
We’re excited to announce that recruitment is open for our first-in-human clinical trial!
If you have quadriplegia due to cervical spinal cord injury or amyotrophic lateral sclerosis (ALS), you may qualify. Learn more about our trial by visiting our recent blog post.…
We automatically simulate neural activity within real hardware to test our system’s functionality end-to-end with every code change. If you want to help scale and optimize our test infrastructure and iterate faster, join the team! 🕹️
A quick tour of our cleanroom, where our microfab team makes tiny electrodes to implant in the brain so that neurons experience minimal disturbance. It's our labor of love ❤️