好的，我现在需要帮用户总结一篇文章的内容，控制在100个字以内。用户给的文章是关于脑机接口和人体芯片植入的，提到了一些科技公司如Neuralink和Merge Labs的进展，以及相关的隐私和法律问题。 首先，我得通读整篇文章，抓住主要点。文章讨论了脑机接口技术的发展，比如马斯克的Neuralink计划在2026年进行大规模生产，还有Merge Labs筹集资金用于连接大脑和计算机的技术。同时，文章也提到了一些医疗应用的例子，比如ALS患者使用脑机接口进行交流。 接下来是隐私和法律部分。美国多个州正在立法禁止雇主强制员工植入芯片，这反映了公众对隐私和安全的担忧。此外，欧洲有报告提到未来可能用芯片支付，但很多人担心隐私和安全性。 现在我需要把这些要点浓缩到100字以内。重点包括：脑机接口技术的发展、医疗应用、隐私担忧、法律限制以及未来可能的支付应用。 最后，确保语言简洁明了，不使用复杂的术语。避免开头用“这篇文章总结了...”之类的句子，直接描述内容。 </think> 文章探讨了脑机接口和人体芯片植入技术的发展及其引发的隐私与法律争议。尽管这些技术在医疗领域展现出潜力，但公众对隐私保护和社会强制性植入持保留态度。多个州已立法禁止雇主强制员工植入芯片，反映了社会对此类技术的复杂看法。 2026-1-18 10:6:0 Author: securityboulevard.com(查看原文) 阅读量:0 收藏
As Hollywood imagines our future, are brain and human microchip implants nearing a “ChatGPT moment” in 2026? Medical progress collides with privacy fears and state bans.
January 18, 2026 •
My wife and I have been enjoying the new Peacock TV series “The Copenhagen Test” over the past few weeks. IMDb describes the show this way: “A first-generation analyst realizes his brain’s hacked, allowing access to his senses. Stuck between the agency and hackers, he acts normal to reveal the culprits.”
While we haven’t learned (yet) when (or even if) a chip was placed in the analyst’s head, the first episode reveals that wireless signals are coming out of his brain and that someone can see and hear everything that he does.
SCIENCE FICTION OR REAL LIFE IN 2026?
I find that Hollywood fiction, though over-sensationalized, often brings to life what is coming next regarding how technology will impact life. Put simply, people often understand these movies and TV shows better than what is actually happening in the real world. From WarGames in the early ’80s to Mr. Robot in 2015 to The Copenhagen Test today, the people and process implications of new technology can become more real for viewers in these dramas.
“‘Neuralink will start high-volume production of brain-computer interface devices and move to a streamlined, almost entirely automated surgical procedure in 2026’ Musk wrote in a December 31, 2025, posting on X. ‘Device threads will go through the dura without the need to remove it. …’
“‘At this stage, we interpret ‘high-volume’ realistically as hundreds moving toward low thousands of implants per year,’ Carolina Aguilar, CEO and co-founder of INBRAIN Neuroelectronics, one of Neuralink’s competitors, told The Debrief, although Aguilar added that the company expects that number to eventually reach ‘tens of thousands’ on account of a range of factors.”
Detroit News: Altman’s Merge raises $252 million to link brains and computers — “Merge Labs, a company co-founded by AI billionaire Sam Altman that is building devices to connect human brains to computers, raised $252 million.
“The company is being formed as entrepreneurs and investors across Silicon Valley anticipate a future where artificial intelligence is so advanced that humans will be willing — and perhaps compelled — to augment their brains to take advantage of it. Just as smartphones provide access to the digital world, experimental brain technology is being designed to streamline the experience.
“Merge’s goal is to seamlessly connect people and artificial intelligence to ‘maximize human ability, agency and experience,’ according to a post on its website Thursday. It did not disclose the valuation of the company. It plans to first develop products for medical use, then later for the general public.”
“He is also the first ALS patient and the first non-verbal person to receive the implant, he shared in a post on X on Sunday.
“‘I am typing this with my brain. It is my primary communication,’ Smith, who was diagnosed in 2020, wrote in the post, which was also shared by Musk. He went on to thank Musk.”
Finally, this article on microchip implants from Krungsri explains many more details (with great global references at the end) on all of the advances in different technologies related to implanting chips in humans for medical and brain enhancement reasons.
MORE STATES SEEK TO PROTECT AGAINST CHIP IMPLANTS
“The bill would prohibit employers from requiring, requesting or coercing employees to have microchips implanted in their bodies as a condition of employment, and would bar the use of subcutaneous tracking or identification technology for workplace management or surveillance.”
Societal opinions are still all over the map on this topic of implanting microchips in humans. There is widespread support of the use of implanting chips in humans for medical reasons and curing diseases, less support for just enhancing brain functioning to compete with (or enable hybrid) AI, and strong reservations (and even bans) being issued by state governments for the mandatory declarations from companies who could try to require implanting chips in staff.
One new area that caught my attention was a European report that discusses implanting chips for convenience in sending and receiving payments in a post-2030 world. You can read that report here.
Here is a brief excerpt: “For instance, more than half (51%) of survey respondents say they would consider using a microchip implanted in their hand to pay, provided it hit certain criteria. If we break that down: 8% said they would be comfortable using it if its privacy measures were water-tight, 23% if it was proven to be medically safe, and a fifth (20%) simply said that yes, they would be comfortable using this payment method. The vast majority (83%) think a microchip implant would make them ‘feel like they are in a sci-fi movie,Æ and nearly half (48%) feel the chip would be useful if they were caught without cash or card. However, invasiveness and security issues remain major concerns.”
This report is alarming to me for several reasons, and it raises many of the religious and other privacy issues I have highlighted in previous articles about implanting microchips in humans for convenience. (By way of quick summary, what often starts in society as optional or “opt-in” will later become “default with an opt-out” and eventually become mandatory for all.)
I leave you with this question to ponder: Are chip-enabled credit cards (where we simply tap to pay), leading to a world where we ditch the credit card and implant the chip?
I certainly hope not, for myriad reasons.
Daniel J. Lohrmann is an internationally recognized cybersecurity leader, technologist, keynote speaker and author.
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