Show HN: I made a binary enigma machine for manual encryption (makerworld.com)
Introducing the 3D Printed Binary Enigma (10 Enigma) – the ultimate encryption and decryption device, no batteries required!
Inspired by the iconic Enigma machines of WWII, this sleek and intuitive device lets you encode and decode messages “effortlessly”.
Or how else are we going to send secure messages in the future?
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[ 3.4 ms ] story [ 51.2 ms ] thread"Or how else are we going to send secure messages in the future?"
And you could probably also market it as quantum secure, you know, there probably can't be a bitflip due to cosmic radiation .. (isn't this what quantum computers are doing? /s)
Methods of attack on such machines are known, but not widely; moreover the amount of work required is likely to be large.
to
Methods of attack on such machines are widely known, thus crypt provides minimal security.
“This git repository is not meant to improve upon cbw, only make it compile on modern UNIX-like systems, like OS X, FreeBSD and GNU/Linux.
Current status: Compiling but crashing. You are welcome to help out ;-)”
I didn’t check whether ftp://ftp.isc.org/usenet/comp.sources.unix/volume10/cbw/ still exists. It could have the original sources.
"it's the perfect blend of simplicity and security for modern communication" "experience encryption like never before!"
That's an intriguing comment. What do you mean by that? Do you mean a future when governments force tech companies to install backdoors in all end-to-end encrypted software we use? Or when AGI writes all of our software, designs all hardware, and AGI decides that it needs to monitor all human communications. Only half joking.
Other than that it'll probably leave us alone (with occasional new enrichment toys when it suspects we've been alone too long)