Our surgical robot uses advanced imaging systems to detect the brain and insert threads away from blood vessels. Here, you can see everything the robot sees while we test the accuracy of each of the robot’s high-precision cameras 👀

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These are the first waveforms produced by our next generation stimulation ASIC on benchtop. This custom chip unlocks the ability to support 16k+ channels with sufficient voltage and current and the fine control required to restore vision or reanimate the body, something we hope to do in the future💡

We currently have over 20 of our latest generation implants that have passed the 5-year mark of accelerated aging on benchtop (and still going!) 5⃣🚀

We attach our custom ASICs to our implant PCBA using flip chip bonding process. Here’s a sped up version of that process where we pick up the chip, apply flux, precisely align, and bond to the board.🎯

During the final inspection, we capture and stitch images of our arrays and use image detection algorithms to identify defects. Join us in refining our algorithms to distinguish between various types of particles and developing defect-free microfabrication processes 0⃣

Our surgeons use the lasso tool to highlight relevant brain regions based on fMRI. The robot leverages high resolution cameras to automatically place targets in the region of interests while avoiding the tiniest vessels that are not easily visible to the naked eye 🤠

We use multiple scanning technologies to ensure that we target the optimal brain region with our implant. MRI and CT scans are aligned and used to guide the position of the implant on the skull surface intraoperatively. Functional MRI scans are used to identify the desired region of the cortex (in red) for placement of our electrodes 🩻

We use an artificial person to practice placing the Neuralink implant 👤

Unlocking the Mind's Potential with Neuralink

Imagine a world where the human brain and technology merge seamlessly. That's the vision behind Neuralink! 🧠💻

This cutting-edge neurotechnology company is working to develop brain-computer interfaces, allowing direct communication between our minds and machines. The possibilities are astounding – from aiding those with neurological disorders to enhancing our cognitive abilities.

Neuralink could revolutionize how we interact with computers, enabling us to control devices with our thoughts. It's a giant leap towards a future where technology truly becomes an extension of ourselves. 🚀

Stay tuned for more updates on this incredible journey into the realm of brain-computer interfaces! 🌐

Our implant, placed under a thin silicone rubber that mimics the scalp, shows no damage after a repeated impact test. Recommend turning on 🔊

We’re happy to announce our $280M Series D round led by founders fund. We’re extremely excited about this next chapter at Neuralink.

If you’d like to help make the first human experience incredible and work on engineering challenges to restore vision and mobility, come join! neuralink.com/careers/

Join us in developing our next generation robot to reduce surgery time while improving patient safety 🤖

We test 100% of our custom chips to characterize their performance before they get assembled in an implant. Only the best 🏅

It can be difficult to visualize how tiny our threads are. We had a banana for scale, but Pager ate it 🍌

1.. 2.. 3.. say cheese! 📷 Photo shoot of our R&D stimulation implant mounted on a surgical mechanism prior to packaging

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 ❤️

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! 🕹️

microCT view inside a Neuralink

“You could have a Neuralink device implanted right now and you wouldn’t even know. I mean, hypothetically ... In fact, in one of these demos, I will.”

🗣 @Elon_Musk

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