5G Control Grid
The things about the intenet of Things you are the Thing and the Carbon to be controlled.
https://www.bitchute.com/video/8LHmDXh49faF/
https://www.bitchute.com/video/mADq2CSFumZ8/
Some thoughts.
https://techxplore.com/news/2021-12-swedish-company-covid-skin.html
Wayback
https://web.archive.org/web/20180417225956/https://www.biohax.tech/
May have been scrubbed?
https://journals.sagepub.com/doi/full/10.1177/0306422020917596
https://www.weforum.org/agenda/2017/08/microchip-in-your-hand-rfid-32m/
https://eufactcheck.eu/factcheck/true-microchips-are-getting-under-the-skin-of-thousands-in-sweden/
In Swedish Google translate is ok
https://biohacking.se/allt-om-rfid-implantat/
Which model should I have?
There are two commonly used standards. An older standard that communicates on the 125 kHz frequency and a standard that communicates on the 13.56 MHz frequency. The 125 kHz technology is largely used in all residential buildings and workplaces for entry and exit to private areas of a building. The technology with 13.56 MHz is available everywhere else (SATS, SAS, SL, payment cards, etc.). However, the technology with 13.56 MHz can also be found in residential buildings and offices as well (though less common).
You need to find out which of these two standards the place you want to use it uses. There are different ways to do this. The first is to simply ask those who administer the systems. The other way is that you simply take an Android phone, go into the settings and enable NFC. Then you take your tag or card and hold it against the back of your mobile. If the mobile reacts to the card/tag (by beeping/vibrating), the tag uses the 13.56 MHz technology. If the mobile does not respond at all, the 125 KHz technology. But this is not a completely safe method to test the standard of a card or tag because mobile phones may have weaker NFC signal (to save battery) which means that the mobile phone does not always detect the tag (and definitely will not of the chip).
A third way is to take a card that you know what standard it is and hold it in front of the reader you are interested in. If the reader reacts to the card, you know that it is the same technology as on the card. If you have a bus card that works wirelessly, in Sweden it will always be the 13.56 MHz technology that is used.
However, despite all these methods, there is still the problem that the chip is simply too small for some readers to activate it. This is not a problem for the 125 kHz chip as it has a longer read distance. But for the 13.56 MHz chip, even if the reader is an NFC reader, the short reading distance can still cause the chip not to work. You can therefore buy the chip on our sister site chipster.nu and test with the chip itself. This is the absolute safest way to test whether the chip works as intended or not.
Conclusion. 5g Near field activation.
This seems very relevant to the 5G internet of things use cases where Huamn Beings are the Things.
BLUETOOTH PEOPLE - DRAWING CONCLUSIONS WITH THE NRF52840
bitchute.com/video/8LHmDXh49faF
Update from January
BLUETOOTH PEOPLE - DATA CAPTURE - QUICK UPDATE
bitchute.com/video/mADq2CSFumZ8
I think the Radiation part of 5g is a big part of the picture the subtext is controlling the survivors.
and I always think back to the Movie In time.
https://www.richplanet.net/richp_search_menu.php?searchtext=5g