February 15, 2026

Elon Musk Neuralink

Blurb:

Elon Musk issued a stark public warning after a viral TikTok livestream appeared to show a Somali user making a chilling remark about his life, prompting concern and backlash across social media.

The viral clip shows an unidentified TikTok user livestreaming while playing a video of Musk on her phone.

After speaking in Somali, she briefly switched to English and said:

“I wouldn’t worry too much about him. He about to die.”

Neuralink: Leading Brain-Computer Interface Technology

Neuralink: Leading Brain-Computer Interface Technology

Elon Musk’s Neuralink to launch brain implants that turn thoughts into text: A revolution for patients with spinal injuries and stroke |– timesofindia.indiatimes.com
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Excerpt:

Elon Musk’s Neuralink is preparing to launch a landmark clinical trial in October 2025, aiming to help patients with severe speech impairments, including those affected by spinal injuries, stroke, and ALS, communicate directly using their thoughts. The US Food and Drug Administration has granted Neuralink a “Breakthrough Device” designation and investigational device exemption, allowing fast-track approval for this study. Neuralink’s brain implants are designed to read activity in the speech cortex and convert imagined speech into text, bypassing keyboards or spoken words. The technology also has the potential to allow users to interact with AI models and send information directly through devices such as wireless earbuds.

How Neuralink’s thought-to-text implants work

Neuralink’s implant records activity in the brain’s speech cortex, decoding neural signals to convert thoughts into readable text. Unlike traditional virtual keyboard brain-computer interfaces, this technology directly translates imagined speech into words. Previous human trials since 2024 have allowed participants to control computers, send emails, play video games, and post on social media using only their thoughts. The upcoming trial is the first FDA-cleared study specifically aimed at decoding speech from brain waves, providing faster and more intuitive communication for patients with severe speech or motor impairments.Neuralink resolved prior FDA safety concerns before beginning human trials. As of September 2025, at least 12 participants worldwide have received the implant, providing thousands of hours of data on its performance and safety. So far, the devices have demonstrated consistent results without major adverse effects, allowing participants with paralysis to perform complex digital tasks through thought alone.

The first person to get a Neuralink chip in his brain says he met Elon Musk on the day of his surgery: ‘He’s a cool dude’– fortune.com
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Excerpt:

Attendees at Fortune’s Brainstorm Tech conference last week witnessed a demonstration of both technological innovation and human resilience when Noland Arbaugh, the first human recipient of Neuralink’s brain-computer interface (BCI) chip, played chess using only his thoughts. Arbaugh also shared candid insights into his pioneering journey, including his memorable first encounter with Neuralink’s cofounder and the world’s richest man, Elon Musk.

Arbaugh’s journey began with a diving accident at a summer camp in 2016, which left the former Texas A&M student paralyzed from the shoulders down and largely dependent on his family. For years, Arbaugh lived what he describes as a severely limited existence.

“I would stay up all hours of [the] night, just sleep in whenever, wake up whenever I wanted to because I didn’t really have anything planned, didn’t have anything going on in my life,” he told Fortune senior writer Jessica Mathews during their conversation. Arbaugh said he left his house only a couple of times per year.

“Before Neuralink, I thought I would never travel again,” he said. “[I] thought I would just stay in my room.”

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Excerpt:

Elon Musk’s Neuralink is revolutionising the way humans interact with technology by merging the power of thought with advanced computing. Its flagship innovation, a coin-sized brain implant called “the Link,” enables individuals to control computers, smartphones, and even games just by thinking. The implant has already transformed lives, helping paralysed patients regain digital independence and communication ability. Early recipients like Noland Arbaugh, Audrey Crews, Alex, and RJ showcase how neural signals can bypass damaged pathways to restore essential functions. Beyond assisting people with disabilities, Neuralink envisions a future where humans could communicate brain-to-brain, boost memory, and even merge with artificial intelligence. However, this pioneering technology also faces significant challenges, including complex surgeries, device reliability, and ethical concerns over neural privacy and long-term brain safety. Check how Neuralink works, the individuals already benefiting from it, and how it could change the future of humanity.