So, it would rebuild them, decrypt them, scan them, and then issue a 1974 report?

Reply to this note

Please Login to reply.

Discussion

If that works, it would solve the problem, but it would also remove the plausible deniability argument, as it proves that you could find out what you were storing, with a reasonable effort.

Reasonable efforts are reasonable.

I feel like the encryption damages the potential without adding anything, since it can't be securely encrypted without making it impossible for the public to rebuild it. Encryption adds value if only the person who receives the package can open it, or you are trying to circumvent censorship in-transit. We already automatically encrypt in-transit relay communations, tho, and these aren't only meant to be pay-per-view, or something.

But maybe I'm just confused and missing the point of encryption, in this use case.

Is each segment encrypted separately? That would be better, at least, as you could then decrypt and utilize one in isolation.

Otherwise, wouldn't missing one segment make the whole thing undecryptable?

I'm not sure about that, tho. I'm not a cryptography expert.

Segments are encrypted separately, HLS standard

Oh, okay. That helps a lot. I was thinking it was encrypted before segmenting.