Disclaimer
I personally do not advocate any process or procedure contained in any of my Blogs. Information presented here is not intended to provide legal or lawful advice, nor medical advice, diagnosis, treatment, cure, or prevent any disease. Views expressed are for educational purposes only.
What is a MAC Address?
MAC stands for Media Access Control. A MAC address is, in technical jargon, a six byte hexadecimal address; in plain English, a 12-character alphanumeric code that consists of 6 groups of 2 characters, each group separated by a dash or colon. So, an example would be 44:B6:27:62:29:F0. These are the codes being detected in groups of COVID-vaccinated people.
Spanish Doctor Discusses His Experience Measuring Vaccine MAC Addresses
Dec 2021
Physician Luis Benito explains the steps he took, and observations he made, to record Bluetooth MAC addresses showing up on his mobile phone when patients (many of whom had had COVID jabs) came for appointments.
Dr. Benito interpreted it was a code the patient was carrying and when the patient left his office it disappeared from his cell phone. Dr. Benito’s observations throughout July and August, enabled him to verify 100% of the patients who said they were not jabbed did not raise any contact device with his cell phone via Bluetooth. However 86% of those who said they were vaccinated generated a MAC address on Dr. Benito’s cell phone. Dr. Benito’s observations raise many doubts and questions.
https://thefreedomarticles.com/vaccine-mac-address-bluetooth-more-evidence/#es_form_f1-n1
You require help of another person to verify your emission
By Len Ber MD
Dec 17.23
Below is a step-by step guide of how MAC address emission was detected in the study I published on Academia.edu
Steps:
Obtain an Android phone.
Download “Bluetooth Scanner” app from the Google Play store. Here is what the app icon looks like.
Remove a SIM-Card.
Disable wi-fi.
Enable Airplane mode.
Enable Bluetooth.
Enable BLE in the Developer’s Mode:
Go to Settings > About phone.
Scroll down to Build number.
Tap Build number seven times.
Once developer options are activated, you will see a message that reads, You are now a developer.
Go to System
Go to Developer Options
Select “Show Bluetooth Devices Without Names”. Bluetooth devices without names (MAC addresses only) will be displayed. Here is what it looks like on the phone:
Find to a nature preserve where no MAC address emitting devices are expected, and scan the environment using your app. (Don’t bring your phone, iwatch, Fitbit, anything that emits MAC addresses, including car keys, FOBs. If you have a pacemaker, it will show on your scan. We excluded people with pacemakers from the study.)
If no MAC address is detected on the scan, you are not emitting a MAC address.
If a MAC address is detected, and shows that the vendor is unknown, and it says Protocol: Low Energy (BLE), note the Signal Strength (RSSI) expressed in dBm.
Example as below:
Leave the phone with your assistant (who hopefully does not emit a MAC address), and walk away, about 50 feet.
Once you are 50 feet away, your assistant should re-scan the environment, and note the Signal Strength of the MAC address. If it is weaker, that’s an indication, that the MAC address is being emitted by you.
Return to your assistant, and scan the environment once again. If the Signal Strength for the MAC address returned to the original value, you are the source of the MAC address emission.
https://lenbermd.substack.com/p/how-to-detect-if-you-emit-a-mac-address
Source with thanks https://anamihalceamdphd.substack.com
Without prejudice and without recourse
Doreen Agostino
Our Greater Destiny Blog
macaddress
Doctors should stick to medicine.
The actual range and signal strength of a bluetooth device is dependent on a large variety of factors that don't involve distance. The signal strength indicator on a cell phone is horribly inaccurate.
https://www.bluetooth.com/learn-about-bluetooth/key-attributes/range/
Here you can see the range of bluetooth can go up to 1km in distance so you would have absolutely no idea using a cell phone (which has a unidirectional antenna) where the signal is coming from.
You would need an RF sensor with a directional antenna to determine if a person was transmitting a bluetooth signal.
The method above simply won't tell you anything.
Thanks for writing this — and providing instructions! I’ve told a couple of people about this but didn’t have anything credible I could show them. Well done, Doreen.