They copy every packet, that's how they broke TOR when they took down Silk Road. Theoretically you can encrypt stuff that they can't decode, but they still know where it came from and where it went to.
If it's even theoretically possible to brute force decode some encryption, then the NSA can use quantum computers to instantly break it. It's like time travel for computer code.
For that not happening I have an easy solution. I have not published it since 2006 when I discovered it.
The task is that they do not know who is sending what to whom.
A hint; Cascading encription with at least 2 post offices.
They copy every packet, that's how they broke TOR when they took down Silk Road. Theoretically you can encrypt stuff that they can't decode, but they still know where it came from and where it went to.
Fortunately, the crypto market created massive incentive to build factories that produce chips designed solely for brute-forcing encryption.
If it's even theoretically possible to brute force decode some encryption, then the NSA can use quantum computers to instantly break it. It's like time travel for computer code.
For that not happening I have an easy solution. I have not published it since 2006 when I discovered it. The task is that they do not know who is sending what to whom. A hint; Cascading encription with at least 2 post offices.