MAC Emitting Individuals - Your Home Wi-Fi Local Area Can Detect and Collect Health Data

Medical Data from MAC Emitting Individuals - Your Home Wi-Fi Local Area Can Detect and Collect Health Data

Why digital health (especially mRNA based platforms) attracted record level investments, and why are Governments in large part funding its infrastructure?

According to FDA, a Wireless Medical Device is part of Wireless Medical Telemetry Systems. And they describe it as such:

"Wireless medical telemetry is generally used to monitor a patient’s vital signs (e.g. pulse, and respiration) using radio frequency (RF) communication. These devices have the advantage of allowing patient movement without restricting patients to a bedside monitor with a hard-wired connection"

Sounds great.

Understandably, since these medical devices are communicating wirelessly, the FCC and FDA joined forces to establish guidelines and instructions for security, compatability and usage. Their areas of responsibilities overlaps:

FCC: Establishing a service for wireless medical telemetry devices

FCC: Wireless Medical Telemetry Service (WMTS)

FCC: Sharing of Analog and Digital Television Spectrum by Medical Telemetry Devices

FDA: Wireless Medical Devices

FDA: Radio Frequency Identification (RFID)

FDA: Electromagnetic Compatibility (EMC)

July 26, 2010, they even published a joint statement on the matter.

Good, regulation is in place (the European Union has even more specific directives, regulations and standards regulating a broad set of Medical Devices, but they will have to wait for now).

In terms of progressing the article to a quick end, we need to move past general terms such as Ai, Big-data and Digital health. Get familiar with the specific term ‘Internet of bio-nano things’ (IoBNT) and ‘Intra-body Nanonetworks’.

In IEEE and other literature, these terms are frequently used when conducting research on Wireless Medical Devices.

Now they needed a unified framework for standarizations and communication protocols so that real-time health surveillance data can be collected and processed for later treatment protocols on a digital health platform. You probably know about the IEEE 802.11 protocol from setting up your home wifi network. Did you know that wireless medical devices also use the IEEE 802.11 protocol for electronic signal processing? Since your wi-fi equipment at home uses this protocol, naturally a wireless medical device is able to be a receiver and a transmitter of data within that network. Your home has just become a sensor environment.

In light of 6G wireless commmunication systems being deployed worldwide (progressively around the time of our historic pandemic), naturally regulators again looked to IEEE literature to establish concensus for All Connected Things. And since wireless medical devices are in fact considered a LAN (Local-Area-Network) device, all devices can now interact using MAC when in close proximity.

Why has the digital health market (especially mRNA based platforms) attracted record investments and why are Governments funding universial monitoring system for collecting, analyzing, comparing and utilizing genetic e-health data you may ask? Well, if Active Implantable Medical Devices already has become integral parts of the human body, then innovative digital health opportunities and digital health platforms have represented itself as great investments and answered your question.

All I can say for now, as this is the first chapter of many to come......I welcome you to the new brave world of transhumanism.

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