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pkgsrc/security/Makefile@1.575
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pkgsrc/security/codecrypt/DESCR@1.1 / diff
pkgsrc/security/codecrypt/Makefile@1.1 / diff
pkgsrc/security/codecrypt/PLIST@1.1 / diff
pkgsrc/security/codecrypt/distinfo@1.1 / diff
pkgsrc/security/codecrypt/DESCR@1.1 / diff
pkgsrc/security/codecrypt/Makefile@1.1 / diff
pkgsrc/security/codecrypt/PLIST@1.1 / diff
pkgsrc/security/codecrypt/distinfo@1.1 / diff
Add codecrypt, version 1.7.5 to the Packages Collection.
codecrypt is a program like gnupg (or netpgp) that uses only
quantum-computer-resistant algorithms
This is a GnuPG-like unix program for encryption and signing that uses
only quantum-computer-resistant algorithms:
+ McEliece cryptosystem (compact QC-MDPC variant) for encryption
+ Hash-based Merkle tree algorithm (FMTSeq variant) for digital
signatures
Stream ciphers used: ChaCha20, XSynd stream cipher, RC4 (for initial
simplicity of implementation)
CRHFs used:
+ Cubehash variants were selected for implementation ease, really
clean design, quite good speed and flexibility of parameter choices.
KeyID's are CUBE256 hashes of serialized public key.
+ ripemd128 for small hashes
+ tiger192 is used as an alternative for Cubehash for 192bit hashes
+ There's always a variant with SHA-256, SHA-384 or SHA-512.
Signature algorithms:
+ FMTSeq with many possibilities and combinations of aforementioned CRHFs
Encryption:
MDPC McEliece on quasi-cyclic matrices - decoding is (slightly)
vulnerable to timing attacks.
codecrypt is a program like gnupg (or netpgp) that uses only
quantum-computer-resistant algorithms
This is a GnuPG-like unix program for encryption and signing that uses
only quantum-computer-resistant algorithms:
+ McEliece cryptosystem (compact QC-MDPC variant) for encryption
+ Hash-based Merkle tree algorithm (FMTSeq variant) for digital
signatures
Stream ciphers used: ChaCha20, XSynd stream cipher, RC4 (for initial
simplicity of implementation)
CRHFs used:
+ Cubehash variants were selected for implementation ease, really
clean design, quite good speed and flexibility of parameter choices.
KeyID's are CUBE256 hashes of serialized public key.
+ ripemd128 for small hashes
+ tiger192 is used as an alternative for Cubehash for 192bit hashes
+ There's always a variant with SHA-256, SHA-384 or SHA-512.
Signature algorithms:
+ FMTSeq with many possibilities and combinations of aforementioned CRHFs
Encryption:
MDPC McEliece on quasi-cyclic matrices - decoding is (slightly)
vulnerable to timing attacks.