The ongoing patent litigation will not affect the continued global shipping of mobile phones equipped with our brain-computer interface technology.
We now need to obtain more brainwave data through brain-computer interface with mobile phones.
Only in this way can we avoid falling too far behind in technological accumulation compared to innovative biotechnology companies.
Zhang Weimin previously stated that they were catching up with the technological gap between themselves and Kechuang Biotechnology.
However, when he learned that Kechuang Bio's brain-computer interface technology had entered the next stage, he felt discouraged.
Only those who have personally led the research and development of brain-computer interface technology can truly understand the immense difficulty of this research.
When Zhang Weimin was the vice president of Kechuang Biotechnology, although he was in charge of technology research and development, it was actually Zheng Li who was in charge of the quality control.
In the field of brain-computer interfaces, Li Wanqing is the main person in charge, while Zhang Weimin is more responsible for controlling the research and development progress of innovative pharmaceutical pipelines.
It took Neuralink five years to develop brain-computer interface technology for connecting mobile phones, let alone the next generation of brain-computer interface technology.
To be considered a next-generation technology, there must be a leap forward in technological progress.
Zhang Weimin felt a sense of defeat.
After listening to the other party's suggestion, Musk thought for a moment and then replied:
"Okay, I'll go talk to them. You need to get specific information about Kechuang Bio as soon as possible."
"If, and I mean if, we can obtain the research and development data related to brain-computer interfaces from Kechuang Biotechnology, we will go to great lengths to get our hands on it, and the company will reimburse all related expenses."
To put it simply, the vast majority of successful people, especially those who have built their success from scratch, do not follow the rules.
Moreover, whether it's morality or laws, these are created concepts used to maintain order, and they are more intended to constrain the middle class and the lower class.
Take patent lawsuits, for example. How long did Google fight the Android system lawsuits back then? It didn't affect Android's rapid expansion in the global mobile terminal market.
Similarly, Musk will not let patent barriers prevent him from pushing for the commercialization of Neuralink's brain-computer interface technology.
At worst, if we lose the patent lawsuit, we can pay a sum of money to Kechuang Biotechnology as compensation.
As the West's only hope in the field of brain-computer interfaces, Musk is confident that even if he is fined, the amount will be within his acceptable range.
This allows us to obtain massive amounts of customer data.
The only problem is that if they lose the patent lawsuit, they may not be able to enter the Chinese market.
But none of that matters.
Originally, the capital's goal for Neuralink was simply to make it a substitute after the ban on Kechuang Bio's products.
Isn't it great that everyone plays in their own territory?
For America, if Neuralink can achieve the desired replacement effect, they would be eager to ban Kechuang Bio's products tomorrow.
If it weren't for the fact that Kechuang Bio's brain-computer interface device doesn't have a data storage device, and even brain nerve signals are analyzed by a mobile phone, Amerikan would have banned brain-computer interface devices from being connected to mobile phones long ago on the grounds of security.
Even so, for brain-computer interface VR to operate in America, all relevant data must be stored locally in America.
Therefore, Kechuang Future has built two ultra-large data centers in America.
With the help of Musk and the capital behind him, both Samsung and Apple have expressed their willingness to allow Neuralink's brain-computer interface technology to be used in small quantities in their high-end near-flagship phones.
Just like the Huawei P40 back then, which used a mix of Samsung and BOE screens.
Although the same inspection standards are applied, Huawei officially claims that there will be no difference between screens produced by different manufacturers.
Back then, consumers who bought BOE screens were devastated, some even returning them outright. Those who bought Samsung screens, however, were secretly delighted.
Similarly, Neuralink's brain-computer interface technology was previously used in Samsung's mid-range models.
When consumers learn that Apple's high-end models are equipped with both Sci-Tech Biotech and Neuralink technologies, they will inevitably make comparisons.
Brain-computer interface technology is almost synonymous with innovative biotechnology.
Therefore, Apple only plans to use Neuralink technology in limited quantities on iPhones, while the Pro series will continue to use Kechuang Biotechnology.
Samsung is the same.
This is an epic breakthrough for Musk's Neuralink.
If consumers cannot perceive a significant difference between Neuralink and Sci-Tech's brain-computer interface technology, Apple and Samsung will likely adopt Neuralink's technology on a large scale.
Because Kechuang Bio will not install a backend for brain-computer interfaces, and will not steal users' brain nerve signals.
Even though major mobile phone manufacturers hinted that they were willing to pay a high price to purchase this additional service, Kechuang Bio did not agree.
Just because Kechuang Bio can't do it doesn't mean Neuralink can't.
The American government may even imply that Neuralink is cooperating with mobile phone manufacturers to collect users' brain neural signal data.
With brain nerve signal data, wouldn't consumers' preferences and every move be easily manipulated?
By combining content analysis with brain nerve signals, we can accurately pinpoint your points of excitement.
For America, what could be more effective for targeted election marketing than this data?
Back in 2024, a prominent figure from America even approached Kechuang Biotechnology, expressing his willingness to invest one billion US dollars in order for Kechuang Biotechnology to help build a similar marketing system.
This allows him to accurately identify what excites voters and conduct targeted marketing.
However, the idea was rejected by Kechuang Biotechnology.
The emergence of next-generation brain-computer interface technology has not only surprised competitors, but has also sparked much discussion within China.
What exactly will next-generation brain-computer interface technology look like? Does it mean we're one step closer to virtual reality?
"Zheng Shen is amazing. He truly deserves to be called a god in the field of brain-computer interfaces. Our mentor is in this field. He said that the academic community is lagging behind the technology for commercializing scientific and technological innovations in the field of brain-computer interfaces by at least five years."
China's leading advantage in this field is too great.
I estimate that the next generation of brain-computer interface technology will be ten years ahead of the industry.
Stockholders on the Science and Technology Innovation Board's stock forum are all fantasizing that tomorrow will see another strong opening and continued upward movement, with another large positive candlestick appearing.
Zheng Li is currently on Clark Island, fully immersed in the construction of the Magic Network. He plans to build a regional Magic Network in London.
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