Neuralink Announces Mass Production of Brain-Computer Interface with Fully Automated Implantation Surgery

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Elon Musk’s Brain-Computer Interface Is Set to Begin Mass Production This Year.

On the first day of the New Year, Old Ma made a high-profile declaration on X, announcing that he wouldBringing Neuralink from the Lab to the Clinic

As soon as the news broke, netizens’ imaginations ran wild, brainstorming all sorts of creative possibilities:

Who would have thought that after just ten years of development, Neuralink is actually poised to transition from the laboratory to clinical application?

Elon Musk has previously sought to mass-produce Neuralink.

As early as July 2024, Musk revealed that Neuralink was expected to serve more than 1,000 people by 2026.

Four months after the announcement, Neuralink began expanding its team, focusing on recruiting manufacturing technicians and micro-nano fabrication experts to pave the way for mass production.

But as of September 2025, the cumulative number of patients served by NeuralinkOnly 12 people

Given the enormous existing market demand, this phenomenon is undoubtedly somewhat anomalous. For neurological disorders, brain-computer interfaces are virtually the most promising, and perhaps even the only effective, solution currently available.

Why Has Implementation Been Delayed?

Technological maturity remains an unavoidable factor. However, for practical applications, the more realistic challenge may lie not in the chips, but in the surgery itself.

According to the established protocol, the implantation surgery requires the surgeon to first remove a portion of the skull and resect part of the dura mater, after which a robotic arm implants the ultra-fine electrode threads into the brain.

This process is quite complex, with significant individual variability, and heavily relies on physicians’ experience. Consequently, it is difficult to scale.

Musk stated that by 2026, Neuralink’s implantation surgery will be upgraded to a “highly simplified, nearly fully automated process.”

At the heart of this “simplification” lies the method by which the brain chip’s electrode wires are inserted.

With the renewed official announcement of mass production, Musk stated that the brain chip’s electrode wires willDirectly penetrate the dura mater, without the need for its excision.

Dura materCovering the surface of the brain, it is located between the skull and brain tissueNatural Barrier, can isolate foreign body invasion and prevent infection.

However, this protective layer also hinders the implantation of medical devices. To insert devices into the brain, this membrane typically needs to be incised, which increases surgical complexity and raises the risk of infection and bleeding if not performed properly.

This more “minimally invasive” approach enabled by the new technology allows electrode leads to be inserted directly through the “crack in the door,” rather than requiring one to “open the door and enter the room.” This translates to lower costs, reduced risks, and a shorter recovery period.The threshold for standardization is therefore lower.

As Musk said:

Neuralink, founded in 2016, is dedicated to enabling people to directly control computers via neural signals through a coin-sized brain chip.

Given its proximity to the brain, this groundbreaking technology has demonstrated immense potential in the medical field from its very inception. By leveraging brain-computer interfaces as a bridge, the human brain is no longer a "black box" but rather an engineering system that can be deconstructed and analyzed.

Currently, Neuralink’s product focus remains concentrated onTreatment of Nervous System Diseases, including paralysis, muscle atrophy, Parkinson's disease, Alzheimer's disease, and visual impairment.

January 2024, former chess player paralyzed due to a diving accidentNoland Arbaugh, becoming the first volunteer for Neuralink.

Following surgery, the patient, who had lost all sensation below the shoulders, was able to post on X and even play Mario Kart using only a chip implanted in his brain.

Noland stated,Neuralink Gives Him a New Lease on Life

If Neuralink can truly lower the threshold and cost of this procedure through mass production, it would undoubtedly be a life-changing event for the thousands of “Nolands.”

But for Musk, there is another realm in Neuralink’s landscape that is as vast, mysterious, and unexplored to date as the medical field.New World—Cyborg.

In Musk’s view, Neuralink is not merely a medical device, but a crucial self-defense weapon for humanity against potential “evil AI.”

He believes that on the inevitable day when ASI emerges, humanity must possess high-bandwidth interfaces comparable to silicon-based intelligence, lest we be reduced to “captive pets.”

In short:If you can't beat them, join them.

Once everyone can directly connect to the internet via brain-computer interfaces, the pace of human progress will no longer be constrained by genetics and time. Instead,Can update its skill repertoire via OTA at any time, just like software.

At that time, human civilization will usher in a great explosion.

However, returning to reality, based on current technological advancements and publicly available industry research,Automated brain-computer interface implantation surgery remains in the experimental stage

After all, the surgical target is the brain. Any error carries risks and consequences far beyond those of ordinary surgical procedures.

At least for now, autonomous neurosurgical procedures involving brain implants such as Neuralink remain insufficiently validated outside of controlled experimental settings.

Neuralink, which set the goal of “mass production,” was founded in 2016.

Over the decade of its frantic rush toward clinical application, Neuralink has also overcome one obstacle after another—

2019: First demonstration of animal experiments.

In 2020, a pig equipped with a brain-computer interface device was demonstrated.

In 2021, monkeys successfully played a table tennis game using only their thoughts.

In 2022, the experiments sparked controversy, progress was slower than expected, and FDA approval was hindered.

In 2023, it reached a turning point, received FDA approval, and initiated human clinical trials.

In 2024, the first patient, Noland Arbaugh, received an implant, enabling him to post and play games via brain signals.

In 2025, the pace of adoption began to accelerate.

In September, it was announced that implants had been completed in 12 subjects; by December, this number had risen to 20.

In early 2026, it was announced that mass production would be achieved on a large scale within one year.

Over the course of two years, from the first human trial to 20 participants and then to the announcement of mass production, Neuralink has been consistently working to standardize surgical procedures in preparation for the application phase.

In the 1980s, Steve Jobs likened the personal computer to a "bicycle for the mind."

A decade later, people laid down the “highway” of the Internet.

Yet even so, most white-collar jobs remain heavily reliant on manual labor. We must personally “pedal” for hundreds of kilometers to reach our destination.

Now, Musk plans toUse brain-computer interfaces to build this highway directly into the human brain.

[1]https://x.com/elonmusk/status/2006513491105165411?s=20