Rubbing encryption algorithm and security attack safe OTP token

A system for providing secure access comprising:

• a first entity having a computing device including a processor, a memory, and a network connection, the first entity providing a plurality of data items to a second entity;
• the second entity having a second computing device including a processor, a memory, an input device, and a display device for displaying the plurality of data items as a multidimensional matrix image, wherein the multidimensional matrix image of the plurality of data items comprises a matrix image of encryption algorithm data items embedded within a matrix image of ciphertext data items, and wherein the plurality of data items include a plurality of dynamically tagged symbols and untagged symbols;
• the display device displaying a prompt for a user identification and a prompt for a code;
• the second entity further having a member with a plurality of access points disposed on the member, wherein physical dimension of the member is smaller than the physical dimension of the multidimensional matrix image displayed on the display device, wherein the plurality of access points comprise tagged and untagged windows disposed on the member, and wherein the number of access points disposed on the member is more than the required number for displaying an access code;
• the member having a plurality of first indicators;
• the plurality of data items displayed on the display device having a plurality of second indicators associated with the plurality of data items, wherein the plurality of second indicators are configured for providing indication for aligning the plurality of first indicators with the plurality of second indicators;
• the second entity overlaying the member over the multidimensional matrix image of the plurality of data items displayed on the display device, wherein the physical dimension of the member is smaller than the physical dimension of the multidimensional matrix image displayed on the display device, such that the plurality of first indicators on the member are aligned with the plurality of second indicators on the display device, wherein the aligned member covers some data items and the plurality of access points do not cover other data items, wherein the plurality of access points that are uncovered reveal the code after ignoring the dynamically tagged symbols visible through the tagged windows, wherein the tagged symbols are only accepted as the code if the tagged symbols are visible through the untagged windows and wherein the untagged symbols are always accepted as the code regardless of the tagged or untagged windows which the untagged symbols are visible through, and wherein the code is input by the second entity to permit access to the computing device of the first entity.

An access token comprising:

• a support comprising a covered portion and a second visible section revealing a plurality of access points, wherein the plurality of access points comprise tagged and untagged windows disposed on the support, and wherein the number of access points disposed on the support is more than the required number for capturing an access code;
• and
• a plurality of first indicators on the support to assist with orienting the support relative to a plurality of second indicators displayed on a display device along with a multidimensional matrix image of a plurality of data items, wherein the multidimensional matrix image of the plurality of data items comprises a matrix image of encryption algorithm data items embedded within a matrix image of ciphertext data items, and wherein the plurality of data items include a plurality of dynamically tagged symbols and untagged symbols, wherein the support covers certain data items and provides a visible access code via the second visible section after ignoring the dynamically tagged symbols visible through the tagged windows when the support is oriented correctly with the multidimensional matrix image of the plurality of data items displayed on the display device, wherein the tagged symbols are only accepted as the access code if the tagged symbols are visible through the untagged windows and wherein the untagged symbols are always accepted as the access code regardless of the tagged or untagged windows which the untagged symbols are visible through, and wherein physical dimension of the support is smaller than the physical dimension of the multidimensional matrix image displayed on the display device.