Mark your calendars!

🇬🇧 We’re excited to announce our first participant in the UK!

Paul, who is paralyzed due to motor neuron disease, received his Neuralink implant at uclh earlier this month and was able to control a computer with his thoughts just hours after surgery.

He’s now working with our engineers to explore using the implant to play his favorite video games like Dawn of War and perform other tasks that could enrich and restore autonomy in his daily life.

This marks an important step toward making our technology available to help people around the world.

Alex Conley, who has a spinal cord injury, was the 2nd patient to undergo neurosurgery at Barrow to receive Neuralink's N1 Implant as part of the PRIME Study. Now, also enrolled in CONVOY, Alex is the 1st to use the brain-computer interface (BCI) device to control a robotic arm.

As the first person to use a Neuralink device to control a robotic arm with his thoughts, Alex has been paving the way for building brain-computer interfaces that restore autonomy in both the digital and physical worlds 🦾

Elon Musk discusses uploading human consciousness to a Tesla Optimus robot.
Made possible by Neuralink!

🗣 Alex Conley:

I used the Neuralink to write code for an Arduino to allow me to control an RC airplane with a quad stick. The possibilities are truly endless. Thank you Elon and the entire team at Neuralink. I am honored to be part of such a great program.

News: Neuralink's 2nd patient, Alex Conley has shared a video of himself flying a Radio Controlled (RC) airplane.

Prior to getting a Neuralink, Alex was diagnosed with a complete spinal cord injury after fracturing his C4/ C5 vertebrae.

In July 2024, he completed his implant surgery and has been working alongside the Neuralink team to improve the devices. The freedom and joy from this fun outdoor activity are made possible by Neuralink allowing him to program the controller!

How does the Neuralink implant connect to the brain? Tiny threads smaller than a human hair get inserted into your brain by a surgical robot. The idea is that the small and flexible threads minimize trauma and allow the brain to move naturally. Zack was one of the most passionate people at Neuralink

After injury paralyzed him from the neck down, Rocky Hands tested many assistive technologies to reconnect with the world. He re-learned how to play video games with a mouth-operated controller and is now a pro gamer with multiple Guinness World Records and a significant following.

We invited Rocky to Neuralink to share his story, learn about our technology, and discuss the possibilities of brain interfaces for paralysis and other unmet medical needs.

NEURALINK’S FIRST PATIENT SPARKS FOR NEXT STEP TO PHYSICAL RESTORATION

Noland Arbaugh is fired up for a second Neuralink implant - this one aims at movement, not just digital control!

Anticipation:

•⁠ ⁠Second chip planned to bypass damaged spinal signals

•⁠ ⁠Routing brain activity straight to muscle

•⁠ ⁠From hands-free computing to real-world motion

•⁠ ⁠A pathway to restoring limb control

Amped with hope, he's practically sparking for what's next - and Neuralink is running on hype for a reason!

Neuralink's "neural shunt" will enable paralyzed people to walk again.

They will implant Neuralink(s) in the brain, capture the neural signals, and then send them wirelessly via Bluetooth to other Neuralinks implanted in the spinal cord.

Those Neuralinks will then stimulate movement!

This is a great topic to discuss at Thanksgiving dinner (not kidding 😉).

🇺🇸 NEURALINK JUST MADE MULTIPLAYER GAMING A REALITY FOR PARALYZED PATIENTS

Two Prime Study participants -both with severe paralysis- are now playing the same video games together, in real time, using only their thoughts through the Neuralink brain-computer interface.

One controls the cursor by thinking about moving his hand. The other uses eye movements for aiming and mental focus to click. They’re not just moving a pointer; they’re competing head-to-head in multiplayer sessions, fully independently.

These are the same patients who previously regained the ability to browse the web, send messages, and control devices, all with the N1 implant. Now that same technology has reached a milestone many thought belonged to science fiction: restoring the social, competitive experience of gaming for people who haven’t moved their bodies in years.

This isn’t a demo. It’s daily life for them now.

The gap between human and machine keeps shrinking, and for the first time, it’s giving people back something deeply human: the chance to play, connect, and compete with friends, exactly like before everything changed.

The future isn’t coming.
It’s already in their heads.

NEURALINK IS CUTTING OUT EVERY MIDDLEMAN: NOW BUILDING ITS OWN FACTORIES AND ROBOTS

Neuralink co-founder DJ Seo just dropped the mic: the company is pouring “tons and tons of money” into owning the entire stack.

From microfabrication and implant manufacturing to robotics, surgery, pathology, animal care, neuroengineering, next-gen apps, imaging, and even their own construction crews building a custom HQ in Austin.

It’s SpaceX/Tesla playbook, no suppliers, no middlemen, like Henry Ford envisioned, just pure speed and control.

Cheaper parts, faster iterations, and 0 outside bottlenecks while the rest of the BCI world waits on fabs and contractors.

Neuralink isn’t just making brain chips. They’re building the entire cyborg factory from the ground up, and they’re not slowing down for anyone.

Source: @neuralink

🚨NEURALINK JUST DROPPED A “WELCOME TO THE NEXT VERSION OF HUMAN” UPDATE

Neuralink posted a boundary shift this week: paralysed volunteers using pure thought to control robotic limbs with a level of precision that, only a few years ago, belonged to DARPA labs and science fiction.

The patient that matters here is Rocky Stoutenburgh - paralysed since 2006 - guiding a robotic arm toward his face and kissing it.

That’s a full-stack demonstration of signal acquisition, noise filtering, adaptive decoding, and real-time actuation working seamlessly in a civilian environment.

According to engineers familiar with the program, Neuralink’s implant isn’t just detecting intention - it’s predicting motor patterns, filling in gaps left by damaged neural pathways, and learning with the user.

That’s the milestone every BCI lab has been chasing for 20 years.

What makes this different from every other BCI Demo:

Plenty of research groups have shown robotic arms controlled by brain signals - Caltech, Pitt, Stanford.

The difference here is not capability; it’s miniaturization, implant longevity, and integration with consumer-grade hardware.

Neuralink is attempting something the academic world never could scale:

— a fully implantable wireless system
— a standardized surgical robot
— a path to mass deployment, not just clinical novelty

12 volunteers have now been implanted since 2024. That’s not experimentation - that’s a pipeline.

Real-world function is the turning point.

The 2nd participant, ALS patient Nick Wray, used a robotic arm to lift a cup and drink from it.

That’s the kind of everyday action that separates lab tech from life-changing tech. Once users can manipulate household devices, comms interfaces, and mobility tools, the utility curve shoots upward fast.

No wonder more than 10,000 people are already on Neuralink’s patient registry. The demand is visceral.

Paralysis strips people of autonomy. A working BCI gives it back.

The part that Elon cares about?

He keeps hinting at one thing: medical BCIs are Phase One.

What he wants is:
— music streamed directly into auditory cortex
— silent, thought-only communication
— memory extraction and storage
— and, in his most speculative mood, mind transfer into synthetic bodies

He’s talking about cognitive continuity - a digital backup of selfhood. Whether that ever becomes real is beside the point.

Neuralink’s current trials are laying the substrate for whatever comes next: a brain-machine bandwidth upgrade.

If Neuralink’s safety data holds through 2026, the pivot begins:

assistive devices → commercial neuro-interfaces → regulatory fights no one is prepared for.

Because once a paralysed patient can control a robotic limb with thought, the next question is inevitable:

Why stop at restoring function when you can expand it?

Neuralink cleared a milestone. And, simultaneously, announced the start of a new category of human capability.

Source: Orbital Today

News: Neuralink has announced David McMullen will begin leading Medical Affairs beginning later this month.

David has previously worked at DARPA and the NIH. He most recently worked at the FDA as Director, Office of Neurological and Physical Medicine Devices.

Neuralink has initiated human trials in the US, Canada, UK, and UAE. Their next product, Blindsight- built to restore vision, will begin trials next year.

NEURALINK: THE BRAIN CHIP GAME FIRED ITS SUPPLY CHAIN

Everyone else is stuck waiting for parts. Neuralink built the whole factory instead.

The Takeover:

•⁠ ⁠Chips, implants, robots, surgery tools built in-house

•⁠ ⁠Labs, imaging, animal care all under one roof

•⁠ ⁠Even the HQ is custom-built for speed

No middlemen. No bottlenecks. Just pure vertical momentum!

Source: @neuralink