Back to pen and paper it is!
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Back to pen and paper it is! Start feeding the pigeons, everyone!
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Back to pen and paper it is! Start feeding the pigeons, everyone!
Message in a bottle is the way to go.
If hackers don’t know where the bottle is floating, they can’t read the message. It’s also completely disconnected from the Internet, further enhancing the already robust security. This protocol also supports all encryption methods you can fit inside the bottle. There’s no central authority, no servers, no licenses, and no EULAs to accept without reading.
The only bottlenecks are bandwidth, packet loss, and the physical dimensions of the glass container.
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Back to pen and paper it is! Start feeding the pigeons, everyone!
Obligatory link to IPoAC
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Obligatory link to IPoAC
With 1.5TB capacity micro sd cards available, a pigeon could probably deliver 12-18TB.
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Message in a bottle is the way to go.
If hackers don’t know where the bottle is floating, they can’t read the message. It’s also completely disconnected from the Internet, further enhancing the already robust security. This protocol also supports all encryption methods you can fit inside the bottle. There’s no central authority, no servers, no licenses, and no EULAs to accept without reading.
The only bottlenecks are bandwidth, packet loss, and the physical dimensions of the glass container.
And the actual neck of the bottle.
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Message in a bottle is the way to go.
If hackers don’t know where the bottle is floating, they can’t read the message. It’s also completely disconnected from the Internet, further enhancing the already robust security. This protocol also supports all encryption methods you can fit inside the bottle. There’s no central authority, no servers, no licenses, and no EULAs to accept without reading.
The only bottlenecks are bandwidth, packet loss, and the physical dimensions of the glass container.
Reliance on security by obscurity is unacceptable, except when the obscurity method is the oceans entire fucking surface area.
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With 1.5TB capacity micro sd cards available, a pigeon could probably deliver 12-18TB.
This is the way.
Edit: can we also give'em tiny cyberpunk shades and stuff?
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Message in a bottle is the way to go.
If hackers don’t know where the bottle is floating, they can’t read the message. It’s also completely disconnected from the Internet, further enhancing the already robust security. This protocol also supports all encryption methods you can fit inside the bottle. There’s no central authority, no servers, no licenses, and no EULAs to accept without reading.
The only bottlenecks are bandwidth, packet loss, and the physical dimensions of the glass container.
For the landlocked, may I recommend the Dead Drop Protocol? Leave the message in a place that everyone knows about, but only the intended recipients knows a message is there to be read. Like the Message in a Bottle, it supports all encryption methods and is disconnected from the Internet.
There are a couple drawbacks, though. For one, unless you are watching the drop point, you have no way of knowing whether your message made it to the intended recipient or if it was intercepted. Vice versa, if you are the intended recipient of a dropped message, the only guarantee you have that the message is authentic is if the message uses a self-authenticating encryption method. Also, there is a potential that any drop point you use may be under surveillance, so make sure to not use the same drop point too often.
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Message in a bottle is the way to go.
If hackers don’t know where the bottle is floating, they can’t read the message. It’s also completely disconnected from the Internet, further enhancing the already robust security. This protocol also supports all encryption methods you can fit inside the bottle. There’s no central authority, no servers, no licenses, and no EULAs to accept without reading.
The only bottlenecks are bandwidth, packet loss, and the physical dimensions of the glass container.
You forgot one bottleneck. The bottleneck.
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