System and method for encrypting and decrypting information through the use of random numbers

A method for operating a digital information processing system that encrypts information from a plurality of transmitting devices to a receiving device or vice versa the method comprising processor executed steps of:

• at the transmitting device:
• means for generating a seed random number consisting of any arbitrary length and transmitting the said random number to the receiving device;
• means for using the information contained in the random number to identify single or plurality of unique mathematical or logical functions identical at the both transmitting and the receiving devices;
• means for encrypting any type of digital information consisted of any arbitrary length segment through operating the mathematical or logical functions;
• means for encrypting the seed random number through operating the mathematical or logical functions and declaring the resulting number as the seed random number for the next round;
• means for identifying the number of encryption rounds, N, through the use of any information means mutually agreed between the transmitting and the receiving devices;
• and
• means for repeating the encryption process on the said digital information segment and the said random number for N number of rounds.

A method for operating a digital information processing system that decrypts information from a plurality of transmitting devices to a receiving device or vice versa the method comprising processor executed steps of:

• at the receiving device:
• means for receiving and identifying the seed random number of an arbitrary length from the transmitting device;
• means for identifying the number of encryption rounds, N, through any means mutually agreed between the transmitting and the receiving devices;
• means for using the information contained within the specific bits of the seed random number to identify a single or plurality of unique mathematical or logical functions;
• means for identifying single or plurality of inverse functions corresponding to each of the identified mathematical or logical functions;
• means for decrypting the received digital information segment through operating single or plurality of inverse functions;
• means for encrypting the seed random number through operating the mathematical or logical functions and declaring the resulting number as the seed random number for the next round;
• and
• means for repeating the decryption process on the received digital information segment for N number of rounds to remove any effects of encryption on the said digital information segment.