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Re: [ANN][ZEN] Horizen: Bringing Privacy To Life [EX ZenCash]
by
dmwardjr
on 01/09/2018, 18:00:11 UTC
Are you saying that the NSA has a backdoor into every device?
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Yes, that's what a lot of the hoopla was about with intel chips having been found to have a chip within a chip of sorts designed specifically for the NSA to be able to drop in on you without having to use your password.  That's why Russia has gone as far as to begin making their own chips to go in their own devices instead of buying chips from Intel and AMD.

Did you not hear about this in the news about a year or two ago.  That's the reason Intel stock took a big hit during the time this was made known to the public.  I want to say Snowden released that information on Wikileaks as well.

https://www.telegraph.co.uk/technology/2018/01/09/intel-promises-fix-chip-flaw-left-billions-devices-vulnerable/

I didn't have to hear it in the news to KNOW this was occurring.



Eh... iOS code at Apple goes through rigorous tests to make sure that it's not backdoored or compromised.  Unless Apple want a backdoor to exist... it doesn't just appear out of thin air.
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The back door is there just for Apple and for whom Apple allows to use the backdoor.  If you want to Trust Tim Cook's Globalist Cabal ass, be my guest.


What are you talking about here?  What is a "metallic current?"
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There's TWO (2) DIFFERENT TYPES OF ALTERNATING CURRENT.  Meaning, THEY BOTH ALTERNATE BUT IN DIFFERENT WAYS.

Longitudinal Current flows in the SAME direction on two conductors (Tip and Ring) to Ground.

Metallic Current flows in OPPOSITE directions on two conductors (Tip and Ring) and NOT to Ground.

The Tip and Ring is the name of each conductor of a twisted pair used in wire line telephone.  Where did the term "Tip and Ring" come from?  If you watched the Telephone Operator on Andy Griffith at that old switch board with cords; she had a cord with plugs on each end that looked similar in shape to the plugs you see on the end of headphone cords.  These cords had a TIP that was Grounded and a Ring around the tip with voltage on it for switching purposes.


Hmmm... this sounds made up.  AC current is converted to DC current to run a computer.  If there was a signal present on the AC current, it would be destroyed in the AC-to-DC conversion.  And second... computers don't respond to a signal unless there is a hardware device that can interpret and process the signal.  No device exists in your standard computer, and it certainly doesn't exist in your AC-to-DC converter.
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That's where you're wrong, Sir.  I'm a Transmission Engineer and have taught engineering design of the outside plant to Outside Plant Engineers and Telephone Technicians how to use their meter to identify and locate troubles since July 27, 1997.  I've been in the industry since 1984.

Even ADSL modems use both Longitudinal and Metallic current in it's transmission of data.  Why the hell do you think you can still have internet without dial tone caused by a hard short on your twisted pair going to your house?  A "HARD" short creates TWO Metallic paths.  However, You can still have excellent internet with your ADSL modem with that hard short on the line.  You're subject to have no voice transmission but will still have excellent internet transmission with a HARD short.  WHY?  Because LONGITUDINAL CURRENT isn't studying a short.  Longitudinal Current flows on each conductor past that short to ground.  As long as there is capacitance to ground; longitudinal current can flow on that conductor until the capacitance to ground ends.  

I'm NOT going to give a detailed course on here explaining how the conversion from longitudinal currents on the power line can be used to see DATA transmitted in a modem LONGITUDINALLY.  POTS (Plain Old Telephone Service) used to be strictly Metallic Current.  Now, in the age of VOIP (Voice of Internet Provider), the voice is also transmitted LONGITUDINALLY; NOT METALLICALLY through CLEC's (Competitive Local Exchange Carriers) but metallically through most ILEC's.

But again,  I'm not going to explain this to you nor do I have to.  If you choose to be naive, that's your choice.  Not mine...  Most of the surveillance done on copper wire is done with Longitudinal Current.  SOME is done with Metallic Current over plain old telephone service but not as much as it used to be.