🚀 go-pugleaf

-- "counterstandard" secret-key encryption algorithm as an alternative to
-- DES? It would have the following properties:
-- 1. Complete public disclosure of all algorithmic details and design
-- principles.
-- 2. A widespread consensus as to the mathematical strength of the algorithm,
-- given point #1 above.
-- 3. A design tailored for efficient software implementation (no "initial
-- permutations" or similar gratuitous garbage meant to sabotage software
-- in favor of custom hardware).  Unfortunately, this seems to rule out
-- public-key systems; that's why I said "secret-key" above.
-- 4. A key size sufficient to rule out all brute force attacks, even those
-- by custom hardware.

Last April, I have published the program MIX via comp.sources, a complete
and professional implementation in C and UN*X, of an algorithm eminently
fulfilling your criteria  1, 3, and 4.  With respect to point #2, and with
due respect to readers of this news group, crypto experts are snobs when it
comes to non-DES, and any widespread consensus that you are likely to get
on a given non-DES algorithm is that it sucks.

-- 
        Istvan Mohos
        {ihnp4,decvax,allegra}!philabs!hhb!istvan
        HHB Systems 1000 Wyckoff Ave. Mahwah NJ 07430 201-848-8000
====================================================================