Well for one, I’m an engineer by trade, working in both sensor technology and wireless data transfer, so it’s part of my job to stay up to date on things like that. More importantly, I’m familiar with what is possible and what isn’t as it pertains to this sort of tech
Secondly, I know manufacturing. If there’s a state of the art technology, such as a nanochip that can be injected and activated by a remote frequency after staying dormant for a number of years, then there would have to be prototypes. Prototypes would be tested, evaluated, and seen by similar companies trying to do the same thing. There would be imitation/competing devices all over the world by people who are trying to do it first.
It’s an interesting sci-fi scenario, one explored briefly in the Kingsmen movie, among others. But from a technical standpoint, it just isn’t possible in the way you are suggesting
And what sort of devices are those? Devices that can be injected into the body?
Tiny injectable chips.
I’ll give you a hint: this sort of technology that you’re suggesting isn’t possible
How do you know?
Well for one, I’m an engineer by trade, working in both sensor technology and wireless data transfer, so it’s part of my job to stay up to date on things like that. More importantly, I’m familiar with what is possible and what isn’t as it pertains to this sort of tech
Secondly, I know manufacturing. If there’s a state of the art technology, such as a nanochip that can be injected and activated by a remote frequency after staying dormant for a number of years, then there would have to be prototypes. Prototypes would be tested, evaluated, and seen by similar companies trying to do the same thing. There would be imitation/competing devices all over the world by people who are trying to do it first.
It’s an interesting sci-fi scenario, one explored briefly in the Kingsmen movie, among others. But from a technical standpoint, it just isn’t possible in the way you are suggesting
And where has anything like this happened before?