Years before Andy Grove was attributed with the phrase:

"Whatever can be done, will be done"

A lot of us technologists assumed this was the case anyway.

It's a truism.

What if we could track every person on the planet in real time?

Or at least everyone in a major city

🤔🔮

So, given someone has this idea.

Then the only question is can it be done.

Well, we're already installing all the tech to do this for autonomous vehicles, drones and smart city infrastructure.

It really wouldn't be a huge leap to do that for people.
But how might that be possible 🤔

Sure we can already do it with phones right, but not everyone has a phone and sometimes the batteries die blah blah.

Could we do it in a way that it was difficult to circumvent, and always active?
Well, maybe we could if we put our thinking caps on about the problem.

--- this line intentionally left blank ---

Now I'm going to enter the wild world of wild speculative futurism, so take everything else with a pinch of salt 🧂

--- this line intentionally left blank ---
Turns out cell phone towers pinpoint the location of your phone as part of how they work.

And then as you move around you switch from one tower to another.

I think most people get this.

Something like the image below
But screw cell phones, we are in the future here!

Can we get future cell towers to track individuals??? 🤔

Well maybe this little baby has some legs...

An 85μm THz spectrum cavity resonator that can be be manufactured so that they are tuned to different resonant frequencies.
Okay so if we stuck a bunch of these under the skin of an individual, and some of them are tuned to one frequency and some others are tuned to another frequency, you could make up kind of a unique identifier for that person, right.

Similar to an RFID that and totally passive.
All we now is to read them as they move around .

But in this hypothetical future, it just so happens we have many base stations everywhere, even inside our homes.

And these stations form a mesh network with each other and able to work in the terrahertz field of the spectrum.
The base stations could send out a
RF signals that match the resonant frequencis of the sub-miniature implanted cavity resonators under the skin.

If the frequency matched, the tiny resonator would 'chirp' like a bell ringing.

This could be read back and position triangulated.
Assuming you had enough base stations, and a population that had some of these little resonators, it seems the technology is certainly plausible.

And you know what Andy Grove said...
Wouldn't this be a really awesome way to geofence criminals like YOU!

BWAHAHAHA.

Only kidding, I'm a good guy 😉
@threadreaderapp please unroll

More from Internet

SolarWinds follow up. Very good tweet explaining what happened.


Basically what this means is that SolarWinds itself was exploited. Someone posted an infected update as legitimate (digitally signed), leading customers to download a bad update.

“Multiple trojanized updates were digitally signed from March - May 2020 and posted to the SolarWinds updates website” https://t.co/8e3bMFWXYu


FireEye then explains that infected organizations were approached and exploited. This is a separate Step 2.

At this point, information is already going to “malicious domains” without extra intervention, after the malware does nothing for “up to two weeks”

You May Also Like

Department List of UCAS-China PROFESSORs for ANSO, CSC and UCAS (fully or partial) Scholarship Acceptance
1) UCAS School of physical sciences Professor
https://t.co/9X8OheIvRw
2) UCAS School of mathematical sciences Professor

3) UCAS School of nuclear sciences and technology
https://t.co/nQH8JnewcJ
4) UCAS School of astronomy and space sciences
https://t.co/7Ikc6CuKHZ
5) UCAS School of engineering

6) Geotechnical Engineering Teaching and Research Office
https://t.co/jBCJW7UKlQ
7) Multi-scale Mechanics Teaching and Research Section
https://t.co/eqfQnX1LEQ
😎 Microgravity Science Teaching and Research

9) High temperature gas dynamics teaching and research section
https://t.co/tVIdKgTPl3
10) Department of Biomechanics and Medical Engineering
https://t.co/ubW4xhZY2R
11) Ocean Engineering Teaching and Research

12) Department of Dynamics and Advanced Manufacturing
https://t.co/42BKXEugGv
13) Refrigeration and Cryogenic Engineering Teaching and Research Office
https://t.co/pZdUXFTvw3
14) Power Machinery and Engineering Teaching and Research