Anomalous Bluetooth address readings when people approach me and off as they walk away.

[/imgur]
[link to imgur.com]

Again I will ask, newer cars come with a TPMS system to let the driver know that they’ve got a low tire. I would imagine those are some kind of Bluetooth as well.

Do they sleep when they’re not in use.? Or are they always on?

Ok, now we have to ask " How was the girls birth ID linked to the Jab?
How did data transfer occur?
Was she carrying a cell phone on her at jab location?
Did she pre book jab , so vial could be prepared with data?

If she was carring a cell phone did the jab components grab the data?

Sitting in my truck out in the middle of nowhere as I type this, nothing showing up with the screen showing pressures on.

The MAC address is of interest here, I read it as

d8:3B:B2:92:0A:63

Can you confirm it’s ok?

Searched as that for manufacturer identification, it returns a “no record found”, which would confirm its not from any known commercial provider.

Edit to add:

This is the page I used to check that MAC address:

[link to dnschecker.org (secure)]

Further adding: tried several other MAC vendor look up pages, all say that MAC address, while valid in format, is not from a registered vendor.

Last Edited by Red Hot Chilean Pepe on 10/19/2021 10:02 AM

Because each tire transmits a unique identifier, vehicles may be easily tracked using existing sensors along the roadway.[16] This concern could be addressed by encrypting the radio communications from the sensors but such privacy provisions were not stipulated by the NHTSA.

[link to en.m.wikipedia.org (secure)]

Actually got me curious how those things work lol.

My point was it’s not the tire sensors showing up as the unknowns.

More likely then people,
But you do you

She had a pre booked appointment(s) and she did have her phone during the vaccine on both occasions

No idea what it is. Like op I’m just wondering what all these unknowns are. If you read first page I said there were only a couple of people within a football field radius of me. Just noticing that something other than phones and other devices are broadcasting.

Ok , data could have been transferred either or both ways, if the tech exists.

My thoughts , It would be a standardized procedure.

Therefore to zero in on which method is being used for transfer , we need readings and each possibility tested,

Yes, of course. Just trying to exclude all extraneous data potential.

Do some googling.

You'll probably be surprised how many things can/do use Bluetooth.

But they have to comply standards of registration, and these MAC addresses found here don’t show up as coming from any registered vendor.

Suggestion cross check pharmaceutical companys with Bluetooth patients.

Per the Bluetooth Core specification document, there are two main types of Bluetooth addresses: public and random addresses.

A Bluetooth device must use one of these types of addresses, and in some cases, it contains both types...

Random addresses are more popular than Public addresses since they do not require registration with the IEEE. A Random address is an identifier that’s either programmed into the device or generated at runtime (depending on the subtype).
[link to www.novelbits.io (secure)]

Are we done?

Last Edited by Sol-tari on 10/19/2021 10:53 AM

Random addresses require the second bit to be either 2, 6, A or E. The example given here doesn’t comply with that rule.

I the example of the video from the Jap blogger, only the second MAC address would comply with the rule to show its a randomized one.

So, we are not done.

Last Edited by Red Hot Chilean Pepe on 10/19/2021 11:09 AM

FYI

[liveleak] [link to www.semiconductorstore.com (secure)]

The straw men/red herrings are strong in this thread!

Read the whole page, then get back to me

I read the whole thing, I looked up elsewhere how to tell a public MAC (registration required) from a random MAC (registration not required) and, whatever the kind of random MAC address may be, it requires to have the second bit as one of the ones described.

I get what you mean, but nevertheless, the MAC addresses have to be registered if public, or comply with the second bit rule if random.

1 and 1 are fixed in the most significant bits (MSB)
The remaining 46 bits are chosen randomly by the developer/manufacturer

A Resolvable Random Private address is “resolvable” using a key shared with a trusted device. This key is referred to as the IRK (Identity Resolving Key).

The address is originally generated using this IRK and a random number.

This type of address changes periodically. The recommendation per the Bluetooth specification is to have it change every 15 minutes (this is evident in all iOS devices).

The other type of Random Private addresses is the Non-Resolvable Random Private Address.

This type of addresses also changes periodically. However, unlike resolvable addresses, it is not resolvable by any other device. The sole purpose of this type of addresses is to prevent tracking by any other BLE device.



Clearly, you did not read it

Consider the news posted here awhile back about all Amazon devices sharing your WiFi with passer bye…..for seamless service…..

Oh I did, and that led me to question how one tells if a MAC is random or not, even if it changes every 15 minutes, and found this :! [link to www.mist.com (secure)]

ID205L is a lesser known Chinese smartwatch most commonly branded as Letsfit but also under other generic counterparts.

Thanks, it’s true, Letsfit smart watch, very cheap.

Learn something new everyday.
Would think spoofing wouldn't be a factor here, and wonder if pre-2020 devices have the same requirements.
Seems counter intuitive to have an identifier for a random address

Must keep in mind that the vax was developed by multiple manufacturers and not every vial has the actual G.O./aluminium based creature/substance in it. It has been proven that many vials are simply saline solution, while others have very nefarious shit in them. This gives 'them' the loophole for excuses.

Light and love to those seeking truth and justice.