System and method for three-phase data encryption

An encryption and decryption method comprising:

• converting a content of a message from a first form M to a second form M′ as a function of a known encryption key E, a first secret prime number P, and a second secret prime number Q;
• separating the content of the message according to a spacing pattern, the spacing pattern a function of a third secret prime number R and a second known encryption key K;
• scrambling the content of the message according to a scrambling pattern, the scrambling pattern a function of a fourth secret prime number S and a secret modulus J;
• sending an encrypted message from an encrypting device to a receiving device
• calculating the scrambling pattern and parsing through the encrypted message to reverse the scrambling pattern;
• calculating the spacing pattern and parsing through the encrypted message to place the content of the message in a unified message;
• and
• converting the content of the message from the second form M′ to the first form M as a function of a decryption key D, the first secret prime number P, and the second secret prime number Q.

A system for encrypting a message, comprising:

• an encryption module comprising a first processor, a first memory coupled with the first processor, and a first network interface coupled with a communications network, the first processor, and the first memory;
• conversion logic stored in the first memory and executable by the first processor to convert a content of the message from a first form M to a second form M′ as a function of a known encryption key E, a first secret prime number P, and a secret prime number Q;
• separating logic stored in the first memory and executable by the first processor to separate the content of the message according to a spacing pattern;
• scrambling logic stored in the first memory and executable by the first processor to scramble the content of the message according to a scrambling pattern;
• and
• communication logic stored in the first memory and executable by the first processor to send an encrypted message over the communications network.

A system for encrypting and decrypting a message comprising:

• conversion means for converting a content of the message from a first form M to a second form M′ as a function of a known encryption key E, a first secret prime number P, and a second secret prime number Q;
• separating means for separating the content of the message according to a spacing pattern, the spacing pattern a function of a third secret prime number R and a second known encryption key K;
• scrambling means for scrambling the content of the message according to a scrambling pattern, the scrambling pattern a function of a fourth secret prime number S and a secret modulus J;
• descrambling means for calculating the scrambling pattern and parsing through the encrypted message to reverse the scrambling pattern;
• unifying means for calculating the spacing pattern and parsing through the encrypted message to place the content of the message into a unified message;
• and
• second conversion means for converting the content of the message from the second form M′ to the first form M as a function of a decryption key D, the first secret prime number P, and the second secret prime number Q.