Dunno if and who already digged on this, in case if someone has more info it's appreciated, for the rest, got there while looking at some patents on covid owned by the Rothschild it's about one of the Malaysia airline lost planes, in specific the MH730
Apparently, on board there was the boards of directors and engineers of the Freescale Semiconductors, a company that was researching / developing innovative technologies specially on semiconductors, shareholders are known groups linked to the old presidential administrations
Long story short, the Rothschild, via various holdings, following the crash, had assigned the rights on their patents
Look up what this company used to do and their technologies.....tracking....Friends or Foe.....both MIL and Civilian..... does this sound any bell with the graphene oxide in the vaxes?
Just started to research on, seems not many info's around, first link i found it's this https://worldtruth.tv/rothschild-inherits-a-semiconductor-patent-for-freescale-semiconductors/
if someone has any info or wanna have a look at this it's more than welcome
I don't know honestly, still have to look at the patents and datasheets in details, but the first thing that jumps to my mind, it's the various number of protocols/ports and GPIO in a similar package, i'v worked with many types of integrated myself, but never something similar in a wlcsp package, what me thinks, is, if you take the design of this chip, find a way to reduce it a little further and simplify the layout, you could get it to be built within the body in blocks, via graphene nanobots and 'organic' connections to inner things in the body, that could eventually be 'upgraded' with modules as needed, this way you wouldn't need to chip people, and no need for GSM or long range modules, as connection could work via loranet and similar / 5G, full control within the grid, in case the body could easily be the antenna
Seems unreal at first, but once you look at how nanobot can shapeshift and adapt / change etc, sounds a different story
Self organizing nanoscale MCU is intriguing, but I think still at least 20 years out. Carbon-based nanoscale sensors are getting there, but interfacing with silicon is still in its infancy.
I'd also be looking at 5GHz+ and ultrasonic tech, the antennas on LoRA or even 1GHz ISM bands would be comparatively huge.