Noah@lemmy.federated.clubM to It's a Unix System, I know this!@lemmy.federated.clubEnglish · 1 年前[Angie Tribeca] Triple DES 168-bit encryption!lemmy.federated.clubimagemessage-square12fedilinkarrow-up1117arrow-down14
arrow-up1113arrow-down1image[Angie Tribeca] Triple DES 168-bit encryption!lemmy.federated.clubNoah@lemmy.federated.clubM to It's a Unix System, I know this!@lemmy.federated.clubEnglish · 1 年前message-square12fedilink
minus-squareZeth0s@lemmy.worldlinkfedilinkEnglisharrow-up9·edit-21 年前I guess the main point is that this not how one would mask an ip. An ip is masked by redirecting traffic via some intermediate server(s). Once she encrypts an ip, what does she do, she sends the string via email to colleagues? This is how I understand it… But I might be very wrong
minus-squareBleatingZombie@lemmy.worldlinkfedilinkEnglisharrow-up1·1 年前I guess I foolishly assumed she was doing her own encryption over https or something (I have no idea if that’s even possible. I’ve taken one network security class)
![[Angie Tribeca] Triple DES 168-bit encryption!](https://lemmy.federated.club/pictrs/image/350ed68a-52bf-4ff2-9d39-af1b5ec16572.jpeg){kind=link}
I guess the main point is that this not how one would mask an ip. An ip is masked by redirecting traffic via some intermediate server(s).
Once she encrypts an ip, what does she do, she sends the string via email to colleagues?
This is how I understand it… But I might be very wrong
I guess I foolishly assumed she was doing her own encryption over https or something (I have no idea if that’s even possible. I’ve taken one network security class)
Pretty much spot on