Earlier quoted context omitted.
I don't think you have followed me at all. The intention is to send a noisy level of encrypted 'constant' bandwidth. The activity has the same random level of increased and decreased activity the whole time, active or inactive. How are you not getting this? endpoint0-n ---> 'server' ---> endpoint0-n where ---> is a random level of encrypted noisy signal. the endpoint does not open a connection to the other endpoint,…
So if you can guarantee that the probability distributions of the number of bytes sent between the endpoints and server in a time window are unaffected by whether or not communication was happening in that time window, your approach is totally valid. Pond does have that property, if you use the defaults. I don't think a lot of other systems do. The tradeoffs are pretty steep in terms of delaying interactions until th…
the traffic from the 'server' is completely random and unrelated to the traffic into it.
within this level of encrypted traffic noise, data is carried, smaller than the carrying capacity of that traffic.