System and method for n-dimensional encryption

A method of encrypting a data string, comprising:

• receiving, from a user, the data string to be encoded;
• generating an n-dimensional entity, wherein the n-dimensional entity is populated with pseudo-random bits;
• for each bit in the data string:
• determining a cursor position within the n-dimensional entity;
• determining a direction within the n-dimensional entity;
• determining a number of bits in the n-dimensional entity, wherein the bits are read from the determined cursor position along the determined direction;
• performing an action based in part on the determined number of bits;
• generating a bit sequence;
• selecting another direction based in part on the bit sequence;
• determining an offset between a match bit within the n-dimensional entity and the cursor position, wherein the match bit is based in part on the action, the other direction, and the each bit in the data string, and wherein the offset is determined from the cursor position by performing a search within the n-dimensional entity for a match to the bit in the data string;
• and
• modifying the bit sequence with the determined offset by inserting the determined offset into the generated bit sequence to generate an encoded data string for each bit in the data string;
• and
• storing the encoded data string in a data store as an encoded representation of the data string.

A system for encrypting a data string, comprising:

• an entity generator that is arranged to generate an n-dimensional entity;
• a mapper, arranged to receive the n-dimensional entity, and perform actions, comprising:
• receiving a data string;
• and
• for each bit in the data string:
• reading a number of bits from the n-dimensional entity;
• performing an action based in part on the read number of bits;
• generating a bit sequence;
• selecting a direction within the n-dimensional entity based in part on the generated bit sequence;
• determining an offset between a cursor position and a match bit within the n-dimensional entity, wherein the match bit is based in part on the action, the direction, and the each bit in the data string, and wherein the offset is determined from the cursor position by performing a search within the n-dimensional entity for a match to the bit in the data string;
• and
• modifying the generated bit sequence by inserting the generated bit sequence into the determined offset to generate an encoded data string;
• and
• storing the encoded data string in a data store as an encoded representation of the received data string.

An apparatus for encrypting a data string, comprising:

• a transceiver that receives the data string and sends an encoded array to another apparatus;
• and
• coupled to the transceiver, an n-dimensional encrypter that is arranged to perform actions, comprising:
• generating an n-dimensional entity, wherein the n-dimensional entity comprises random bits;
• and
• for each bit in the received data string:
• reading a number of bits from the n-dimensional entity;
• performing an action associated with the read number of bits;
• generating a bit sequence;
• selecting a direction within the n-dimensional entity based in part on the generated bit sequence;
• determining an offset between a cursor position and a match bit within the n-dimensional entity, wherein the match bit is based in part on the action, the direction, and the each bit in the received data string, and wherein the offset is determined from the cursor position by performing a search within the n-dimensional entity for a match to the bit in the data string;
• and
• modifying the generated bit sequence with the determined offset by inserting the determined offset into the generated bit sequence to generate an encoded data string, wherein the encoded data string represents a row within the encoded array.

An apparatus of encrypting a data string, comprising:

• a means for generating an n-dimensional entity;
• a means for receiving the data string as input from a user;
• a means for performing an action for each bit in the data string based in part on the n-dimensional entity;
• a means for generating a random bit sequence associated with each bit in the data string;
• and
• a means for modifying each random bit sequence by inserting into each random bit sequence an offset associated with each bit in the data string, wherein the offset is based in part on the action, the n-dimensional entity, and the each bit in the data string, and wherein the offset is determined from a cursor position by performing a search within the n-dimensional entity for a match to each bit in the data string;
• and
• means for storing the modified bit sequence in a storage device.