Panda Key Exchange uses the Diffie-Hellman key exchange to generate a common passcode between two computers over a unsecured network.

Installing

You'll need to compile panda from source, but don't worry, it ain't that hard.

You'll need:

• GHC compiler
• Cabal
• Something that can run the Haskell Platform [Linux, Windows, OSX, etc]

Compiling (The Cabal way)

1. Clone the repo
2. cd into repo
3. cabal update
4. cabal configure
5. cabal install
6. You should be able to use panda as a command!

How to use

Panda works by using the Diffie-Hellman key exchange, which means you'll have to move the actual keys around yourself, but panda will generate them for you.

panda gen -n 202

Will generate a key, with a secret number of 202. This secret number should be much more random than this.

panda make -p PANDAKEY:8009-10007:5 -s PANDASECRET:31a3b

Will generate the result, p should be someone elses public key, and s should be your secret key.

Need help?

Command-line Arguments

.	Command	Information

1. | panda gen -n x | Generate a public+private key pair, with secret x
2. | panda gen ... -j | Same as 1, but output in JSON format
3. | panda gen ... -p | Same as 1, but only outputs public key (can be used with 2 or 5)
4. | panda gen ... -s | Same as 1, but only outputs private key (can be used with 2 or 5)
5. | panda gen ... -c | Same as 1, but outputs with comments (can be used with 3 or 4)
6. | panda gen ... --prime=primeNumber | Same as 1, generates with a non-standard prime number (can be used with anything)
7. | panda gen ... --root=primitiveRoot | Same as 1, generates with a non-standard primitive root (can be used with 3 or 4)
8. | panda make -p publicKey -s privateKey | Calculates the common key between someone elses public key, and your private key
9. | panda make ... -q | Same as 6, but outputs in quiet mode
10. | panda make ... -j | Same as 6, but outputs in JSON format
11. | panda -v | Shows version and license info
12. | panda ... --file=filePath | Outputs into a file

:squirrel: