Hello,
Greetings! I am Jeremy K. Yu-Ramos, president of DataET Research, Data
Engineering Technologies. I am sending you this message to let you know
that DataET Research has recently initiated the distribution of UDCM,
Universal Data Cryptography Module. UDCM implements a revolutionarily new,
extremely advanced and sophisticated, digital data encryption algorithm
named IMDMP, Integrated Mathematical Data Manipulation and Positioning.
UDCM (the IMDMP algorithm)...
o Is a royalty-free Windows DLL module featuring advanced cryptography.
o Contains more than 140 procedures and functions.
o Is a very cost-effective size of only 60 kilobytes.
o Implements the IMDMP encryption algorithm.
o Allows encryption keys as large as 2048 bits.
o Includes 18 sub-algorithms.
o Processes all forms of binary and ASCII files.
o Allows multiple encryption layer levels.
o Has absolutely no back-doors or magical keys.
o Includes time and date locking features.
o Includes file specific unique encryption features.
o Includes file authentication guard features.
o Includes digital signaturing capabilities.
o Implements the public key cryptosystem method of security.
o Includes data importance and sensitivity stamping features.
UDCM, being a Windows DLL module, can be accessed through programs
developed with popular application and database programming languages and
environments such as: C, C++, Visual Basic, PowerBuilder, Delphi, OOP
Pascal, Turbo Pascal, dBase, Paradox, Access, Sybase, Oracle, etc.
DataET Research has released a shareware version of UDCM named UDCM V2.0.
To download UDCM V2.0 for free, please go to:
http://members.aol.com/dataetrsch/udcm.html.
I hope you will consider applying UDCM in the software you develop.
Thank-you very much for your time.
Sincerely,
Jeremy K.Yu-Ramos
President
DataET Research
Data Engineering Technologies
DataETRsch (··········@aol.com) wrote:
> UDCM implements a revolutionarily new,
> extremely advanced and sophisticated, digital data encryption algorithm
> named IMDMP, Integrated Mathematical Data Manipulation and Positioning.
OK, where's the specification of this algorithm, so we can evaluate its
security?
> UDCM (the IMDMP algorithm)...
[...]
> o Allows encryption keys as large as 2048 bits.
Which says *nothing* about its security. For all we know, it could be
a simple stream cipher with periodic key.
[...]
> o Has absolutely no back-doors or magical keys.
I should hope so. But is it *secure*?
[...]
> o Implements the public key cryptosystem method of security.
Now you're getting somewhere. RSA, is it? I hope you've paid your licensing
fees, then.
Guess I'll stick with PGP.
Jens.
[Followups to sci.crypt]
--
Internet: ···········@bbn.hp.com Phone: +49-7031-14-7698 (TELNET 778-7698)
MausNet: [currently offline] Fax: +49-7031-14-7351
PGP: 06 04 1C 35 7B DC 1F 26 As the air to a bird, or the sea to a fish,
0x555DA8B5 BB A2 F0 66 77 75 E1 08 so is contempt to the contemptible. [Blake]