Matrix encryption—a symmetric key encryption technology

A non-transitory computer-readable storage device with a readable pair of software programs stored thereon that together facilitate clandestine communication between parties secured by a symmetric key system implemented onto an asymmetric architecture and that, when executed by one or more computer processors, cause the one or more computer processors to perform operations comprising:

• receiving plaintext data from a first user, the plaintext data comprising a string of characters;
• encoding the plaintext data by converting each character of the string of characters in the plaintext data to an integer within the range of [11, 99] in accordance with a character map, thereby creating encoded data;
• receiving a secret numeric key from the first user, wherein the digit count of the secret numeric key must equal twice the character count of the received plaintext data and wherein the sum of the secret numeric key plus the encoded data must not have a digit count greater than the digit count of the secret numeric key;
• creating keyed encoded data by adding the secret numeric key to the encoded data;
• performing a Modified Combinatorial Batch Decimation Function (CBDF-Mod) on the keyed encoded data to produce encrypted data, wherein the Modified Combinatorial Batch Decimation Function (CBDF-Mod) is given by:
• f(X)=z+(R−┌X/10┐)+(X−Z), wherein:
• X is the keyed encoded data,
• T=length(X),
• Z=10T−1,
• z=10T+1, and
• R=10T-1;
• saving the encrypted data to a first user designated file;
• receiving the encrypted data in the first user designated file from a second user, wherein the first user and the second user may be the same user or different users;
• receiving the secret numeric key from the second user;
• subtracting the secret numeric key from the encrypted data to produce unlocked encrypted data;
• performing a Modified Inverse Combinatorial Batch Decimation Function (CBDI-Mod) on the unlocked encrypted data to reproduce the encoded data, wherein the Modified Inverse Combinatorial Batch Decimation Function (CBDI-Mod) is given by:
• f(x)=Z−(└(z−x)/9┘+z−x), wherein:
• x is the unlocked encrypted data,
• T=length(x),
• Z=10T−1, and
• z=10T+1;
• decoding the reproduced encoded data to restore the reproduced encoded data to the plaintext data received from the first user, the decoding performed by converting each pair of integers within the range of [11, 99] in the reproduced encoded data to a character in accordance with the character map;
• and
• saving the restored plaintext data to a second user designated file.

A computer system comprising a computer processor and a memory, the memory storing a readable pair of software programs stored thereon that together facilitate clandestine communication between parties secured by a symmetric key system implemented onto an asymmetric architecture and that, when executed by the computer processor, causes the computer processor to perform operations comprising:

• receiving plaintext data from a first user, the plaintext data comprising a string of characters;
• encoding the plaintext data by converting each character of the string of characters in the plaintext data to an integer within the range of [11, 99] in accordance with a character map, thereby creating encoded data;
• receiving a secret numeric key from the first user, wherein the digit count of the secret numeric key must equal twice the character count of the received plaintext data and wherein the sum of the secret numeric key plus the encoded data must not have a digit count greater than the digit count of the secret numeric key;
• creating keyed encoded data by adding the secret numeric key to the encoded data;
• performing a Modified Combinatorial Batch Decimation Function (CBDF-Mod) on the keyed encoded data to produce encrypted data, wherein the Modified Combinatorial Batch Decimation Function (CBDF-Mod) is given by:
• f(X)=z+(R−┌X/10┐)+(X−Z), wherein:
• X is the keyed encoded data,
• T=length(X),
• Z=10T−1,
• z=10T+1, and
• R=10T-1;
• saving the encrypted data to a first user designated file;
• receiving the encrypted data in the first user designated file from a second user, wherein the first user and the second user may be the same user or different users;
• receiving the secret numeric key from the second user;
• subtracting the secret numeric key from the encrypted data to produce unlocked encrypted data;
• performing a Modified Inverse Combinatorial Batch Decimation Function (CBDI-Mod) on the unlocked encrypted data to reproduce the encoded data, wherein the Modified Inverse Combinatorial Batch Decimation Function (CBDI-Mod) is given by:
• f(x)=Z−(└(z−x)/9┘+z−x), wherein:
• x is the unlocked encrypted data,
• T=length(x),
• Z=10T−1, and
• z=10T+1;
• decoding the reproduced encoded data to restore the reproduced encoded data to the plaintext data received from the first user, the decoding performed by converting each pair of integers within the range of [11, 99] in the reproduced encoded data to a character in accordance with the character map;
• and
• saving the restored plaintext data to a second user designated file.