Human Microchip Implants and the Internet of Bodies

Implantable microchips are marketed (https://youtu.be/Ksw-arKvMPk)
as the ultimate in convenience, but the goal is to create the Internet
of Bodies (IoB), described by the World Economic Forum (WEF) as
an ecosystem of “an unprecedented number of sensors,” including
emotional sensors, “attached to, implanted within, or ingested into
human bodies to monitor, analyze and even modify human bodies
and behavior” (https://bit.ly/3Lwhfon) Sweden is one of the earliest
adopters of implantable microchips. The chip is implanted just
beneath the skin on the hand, and operates using either near-field
communication (NFC)  the same technology used in smartphones
or radio-frequency identification (RFID), which is used in contactless
credit cards Implanted payment chips are an extension of the internet
of things (https://youtu.be/hLc_7CnWkxw); they’re a way of connecting
and exchanging data, and the benefits must be weighed against the
potential risks Countries around the world are now working on a
system for a central bank digital currency (CBDC), a fiat currency
in digital form that is programmable so that you can only spend your
money on certain things or in specific places, as desired by the
issuer.
In the end, everything will be connected to a single implantable
device that will hold your digital identity, health data and
programmable CBDCs. Your digital identity, in turn, will include
everything that can be known about you through surveillance via
implanted biosensors, your computer, smartphone, GPS, social
media, online searches, purchases and spending habits
(https://youtu.be/6LAMuhgzXLs). Algorithms will then decide
what you can and cannot do based on who you are.