The chips won’t be able to report any of their findings back to whatever thing sent them out. It will turn out that if the chips can’t send reports out, they also cannot get commands in. There will be no messages sent in either direction
— there is no communication.
What has to happen for a message to be sent out? The chip must first have something to report, and some way to send it. The chip has so little memory it doesn’t have enough room to store an encryption algorithm so it can’t encrypt the message. Any signal it sends out will have to be in clear text. That means, in turn, that if anyone gets suspicious and tries to find any signals coming from a vaccinated person, the signal would be found and would be instantly readable. The investigator would know a signal was there and know at once what was being sent. This would provide a clue as to who the recipient of the signal (the GWF) was.
It’s instructive to figure out how long the chips survive in the body. The answer is 4 days if the chip doesn’t try to move itself, and 28 days if it can force itself to the surface of the skin.
The chip is about 10nm, as we’ve seen. That makes it the perfect size for the local white blood cell to view as an intruder, and thus ripe for seizing and carrying off to the intestines for expulsion in 3-4 days. That is unless it’s the conspiracy theorist’s position that the chip migrates to the surface of the skin. But the skin replaces itself every 28 days or so, assuming the chip isn’t washed away earlier.
How would the chip send (monitor)/ receive (control) messages? It has to use some electromagnetic wave to do it.
There has to be a receiver network to monitor the patients, or a transmitter to control the patients. The receiver network would be much too intrusive to keep secret, and much too expensive to build or maintain. The transmitter would be broadcasting an unencrypted signal that any interested party would find and read — ruining the secret.
What could the messages to or from the patient be about? With only 2 bytes of memory to work with, the message can’t be about much.
The chip can’t report anything it has detected, and it can’t receive any orders
from outside. Too many receivers are required, they cost way too much and take too many people to install, and too many other people to match up chip the ID to the patient. Even if all of those obstacles are overcome the signal only lasts for, at most, 28 days.