ECC
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RSA just doesn't cut it anymore for fast public-key crypto. Keys are large for reasonable security making it quite slow...
Enter elliptic curves: smaller numbers are necessary and everything is faster. Maybe this library is not for embedded system usage, but now people can experiment with ECC for those use-cases where otherwise some form of RSA would be chosen.


Hecc.Base
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This is the Haskell-Elliptic-Curve-Cryptography-library, or maybe more appropriately atm it is only the basic math for many ECC-algorithms the user of this library may wish to implement.
As an example the EC-variant of the Diffie-Hellman key-exchange is included which shows how the values can be computed with this library.
Also included is a basic speed-test (a point multiplication) for the NIST Curve P-256 (the author wants some usage results and performance-numbers... so...).


The API
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...is _not_ stable right now! This is only some ECC-playground. If anybody wants to use the library in its current state for serious cryptographic uses, then by all means contact the author!

The Code began as a prototyped script and has since been polished, but this is best-effort work in progress!


Plan
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Some algorithms using these primitives will likely follow (also: better versions of the primitives).