Miraplacid Scripting Components

MSCCrypto is COM component for Active Server Pages and stand-alone applications. It includes collection of the best encryption and hashing algorithms:

• RSA public key algorithm (512/1024/2048 bits key size)
• AES symmetric block algorithm (128/192/256 bits key size)
• Blowfish symmetric block algorithm (64 to 448 bits key size)
• Twofish symmetric block algorithm (128/192/256 bits key size)
• Cast5 (Cast 128) symmetric block algorithm (128 bits key size)
• TripleDES symmetric block algorithm (192 bits key size)
• MD5 hash (128 bits hash)
• SHA1 hash (160 bits hash)
• Ripemd hash (160 bits hash)
• 32-bit CRC checksum algorithm
• 24-bit CRC checksum algorithm

Additionally, MSCCrypto 2.0 includes PGP/OpenPGP - compatible component, MSCCyrptoPGP.
It allows you to exchange symmetrically exncrypted information between MSCCrypto and various cryptographic applications in binary and armored (text) form.
With MSCCrypto, you can keep sensitive or private information of your customers safe and undisclosed.
All algoritms are exact implementations of respective standards.
Miraplacid Crypto Component core is propetary Miraplacid Crypto Library. It is not an object wrapper around the Microsoft CryptoAPI.

MSCABImage is the best protection from nasty posting bots (robots). These bots create hundreds of email accounts on your web-based mail servers and spam from there, fill your forums with thousands of commercial postings and screw your online polls.

How it works. ABImage Component generates random number and converts it to image file. Your Web Application asks visitor to read the number and type it in a textbox. Human can easily recognize the number, but there is no way how bot can do this. As soon as the form will be posted back, application compares the random number with the number posted by visitor and authorizes the human or rejects the bot.

The number can be generated by internal random number generator or can be set by the application.
Image can be extra protected from recognition by adding random noise.