They could not engineer a scanner that would decode encrypted traffic. Period.
Why wouldn't Uniden or Whistler make a Scanner that can decode encrypted transmissions?
If it currently sits that the Analog or "Trunking" transmissions aren't illegal to listen to, why would the same thing "only encrypted" not be?
Because the law says so about Encrypted transmissions.
It's Encrypted for a Reason :roll:
I thought it was just certain services/and or groups.
So basically everything that is currently being transmitted right this minute that is analog, if it becomes encrypted it's now illegal?
I thought it was just certain services/and or groups.
So basically everything that is currently being transmitted right this minute that is analog, if it becomes encrypted it's now illegal?
Considering that it might take a Cray mainframe to decrypt AES256 encryption, I just don't see that fitting in a scanner at all, much less at a reasonable cost. If they are using a rolling encryption key, all bets are off.Never say never, my friend, Look at the world of computer hacking, and the world of the NSA, the people working on "spying on us" are just normal everyday people like you and I, granted with probably a lot more education than me but in the grand scheme of things nothing is impossible.
"...would still take billions of years to brute force on current and foreseeable hardware." Yeah, that'll fit in a scanner! :roll:This is a very small gain, as a 126-bit key (instead of 128-bits) would still take billions of years to brute force on current and foreseeable hardware. Also, the authors calculate the best attack using their technique on AES with a 128 bit key requires storing 288 bits of data (which later has been improved to 256 [28] ). That works out to about 38 trillion terabytes of data, which is more than all the data stored on all the computers on the planet. As such this is a theoretical attack that has no practical implication on AES security.
Why should they refuse?
So why can't companies like Kenwood, Motorola and others refuse to make encrypted radios? Maybe we should be asking them instead?