Challenging Musk's Neuralink! Brain-computer interface startup Neurable opens up "mind-reading" authorization, focusing on non-invasive AI wearable devices

No brain required—you can read minds! BCI startup Neurable has announced that it will open licensing of its AI brainwave sensing technology to consumer wearable device brands. Unlike Elon Musk’s Neuralink, Neurable focuses on a “non-invasive” design: users only need to wear a specially designed headset or cap, and the device can read brain activity through EEG sensors. The company has just completed a $35 million Series A funding round, and the CEO declared boldly: in the future, brainwave monitoring will become as ubiquitous as measuring heart rate on smartwatches!
(Background recap: Elon Musk: Neuralink’s first trial user “nearly fully recovered”! Able to control a mouse cursor with thoughts)
(Additional background: Musk’s Neuralink launch shocks: seven people have implanted brain interfaces to change lives, aiming to end blindness—an ultra-ambitious roadmap revealed)

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• Emphasizing “non-invasive”: no surgery like Neuralink
• Secured $35 million in funding, licensing major brands to create “mind-reading headsets”
• CEO’s bold declaration: making brainwave sensing as widespread as “measuring heartbeats”
• Privacy concerns: Will my brain data be used to train AI?

By directly transmitting human brain neural signals to a computer, Brain-Computer Interface (Brain-Computer Interface, BCI) technology was once something only seen in science-fiction movies; but now, it has become a brand-new battlefield where global tech giants and startups are fiercely competing.

This week, the startup Neurable, which is actively pushing forward the commercialization of BCI, dropped a bombshell announcement: it will license its core “mind-reading” technology to consumer wearable device manufacturers worldwide.

Emphasizing “non-invasive”: no surgery like Neuralink

When it comes to brain-computer interfaces, most people will immediately think of Neuralink, founded by tech maverick Elon Musk. However, Neuralink uses an “invasive” approach that requires surgical implantation of a chip directly into the human skull.

By contrast, Neurable focuses on developing “non-invasive” BCI technology. Users do not need to go under the knife at all. Neurable’s technology combines EEG (electroencephalogram) sensors with advanced signal processing techniques to scan the user’s brain activity, and then uses artificial intelligence (AI) for deep analysis—providing, in real time, key data related to individual cognitive performance (such as focus level and feelings of fatigue).

Secured $35 million in funding, licensing major brands to create “mind-reading headsets”

To bring this technology to the mass market, Neurable successfully raised $35 million in Series A funding last December. Now, they are using this funding to launch large-scale commercial expansion.

Through Neurable’s licensing platform, original equipment manufacturers (OEMs) can directly integrate this AI-driven brain sensing technology into existing hardware—for example, headsets, caps, glasses, or headbands. Neurable emphasizes that while integrating the technology, partner brands can still retain “full control” over product design, user experience, and distribution channels.

In fact, this technology already has success stories. Neurable previously partnered with HyperX, a well-known gaming brand under HP Inc., to build a gaming headset specifically designed for players—one that can help players “improve gaming performance” by optimizing their brain focus. In addition, they have also teamed up with iMotions, a human behavior research software platform, to help advance scientific research.

CEO’s bold declaration: making brainwave sensing as widespread as “measuring heartbeats”

Neurable CEO Ramses Alcaide said in an interview that the neurotechnology industry is at a “historic turning point”—a truly scalable business model has finally emerged:

“In the past, we were extremely cautious when choosing partners, only to prove that certain commercial applications are valuable. But now, we’ve already proven the appeal of this technology.”

“What we’re doing now is telling the world: ‘Hey, let’s make this technology as ubiquitous as a heart rate sensor on your wrist!’”

Privacy concerns: Will my brain data be used to train AI?

Even though it is marketed as non-invasive, brain activity data is undoubtedly more private than simply heart rate frequency. In response to external concerns about privacy, Alcaide gave a clear commitment:

• Medical-grade cybersecurity protection: Neurable strictly complies with HIPAA (the U.S. Health Insurance Portability and Accountability Act). All users’ brainwave data will undergo high-level encryption and anonymization.
• Refusing to arbitrarily train AI: When asked whether they would use users’ neural data to train their own AI software, Alcaide emphasized that all of this is based on “explicit user consent.” Neurable will not collect data at will for training purposes; instead, it will ask users for their willingness for specific experimental objectives, ensuring transparency and targeted use of the data.

As Neurable opens its technology licensing, in the future, the headsets or glasses we wear every day may all come with “mind-reading” features that can understand our emotions and focus—ushering in a brand-new era of consumer neural technology.