However, simply experiencing dizziness is not enough to support the development of the third-generation brain-computer interface VR device next year.

But there's no rush; brain-computer interface VR can be updated to a new generation every two or even three years.

Li Wanqing added, "After all, we have no pursuers behind us now. My former employer's technology is still at the stage of brain-computer interface with mobile phones."

We don't feel that much urgency about time.

Of course, Mr. Zheng, please rest assured, I will definitely not slow down the progress.

Regarding the point you mentioned, I think it can be solved by providing the dizziness relief function as a hardware plugin to the user.

For example, users who need to use flight simulator software would purchase this supplementary hardware for second-generation brain-computer interface VR.

This is based on the premise that we have not achieved any major technological innovations this year.

Zheng Li nodded and said, "Okay."

Li Wanqing continued, "Another question I'd like to ask is whether it's possible for us to pursue the technology route of biochips?"

I've recently read a lot of literature on biochips, including the Beiming-2 bio-storage server at the Lion City R&D Center, which I've also studied.

I believe biochips can better identify and even determine a user's true intentions.

Zheng Li knew in his heart that he actually had more technical reserves and a greater say in the field of biochips.

The technology that Kechuang Bio has demonstrated is already quite amazing; it's just that it's still within the framework of Blue Star Technology, and the deviation isn't that high.

If they later develop biochips, will it trigger a more thorough investigation?

However, upon further reflection, since his main body wasn't in Suzhou anyway, and he had delegated the research on biochips to the R&D center in Singapore, he was only providing guidance on the technical path.

That's not a bad idea.

Seeing that Zheng Li was thinking, Li Wanqing remained silent.

Zheng Li replied, "We can set up a team to develop biological storage chips."

Because the AI ​​chip team at Cambridge has been working on brain-computer interface chips, you will receive the same budget support in the early stages.

Ultimately, the decision on whether to continue investing in this technological approach will be based on the results.

If you demonstrate value, then you can merge the research and development team from Cambridge with us.

Zheng Li was essentially making empty promises to Li Wanqing.

However, the goal is also very challenging.

The AI ​​chip team at Cambridge works on both AI chips and algorithms. Their AI chips are already being used in the latest generation of brain-computer interface VR.