Secure unique glyph carrier configured to interface with customizable finite state machine
OwnerPawel Matykiewiczinventor
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Abstract
Systems and methods for generating a series of connected secure, unique glyph carriers configured to interface with customizable finite state machines are described herein. In some embodiments, the present disclosure relates to systems and methods for scanning the secure, unique glyph carriers disclosed herein. The systems and methods may include a database in communication with a finite state machine. In various configurations, the systems and methods may be used to detect a forgery of the secure, unique glyphs described herein.
Claims20
A system including a processor and memory, the memory containing instructions that when executed by the processor cause the processor to:
- generate a first glyph from a first identification string,
- wherein the first identification string is a cryptographic digest resulting from hashing a first salt and an initial identification string;
- generate a second identification string by:
- hashing a second salt with the first identification string to obtain a second identification string;
- and
- use the second identification string as a seed to generate a second glyph.
A method for generating a series of connected glyphs, wherein each glyph is based on the previously generated glyph, the method comprising:
- generating a first glyph from a first identification string,
- wherein the first identification string is a digest containing at least one predetermined byte, the digest resulting from hashing a first salt and an initial identification string;
- generating a second identification string by:
- hashing a second salt with the first identification string to obtain a second identification string containing a predetermined byte;
- using the second identification string to generate a second glyph that is based on the first glyph.
A series of connected glyphs, wherein each glyph is based on the preceding glyph and wherein each glyph comprises:
- a pixel matrix generated from an identification string;
- wherein the identification string is a cryptographic digest resulting from hashing an initial identification string with a salt;
- wherein the identification string starts or ends with a predefined byte;
- and
- wherein the pixel matrix includes a security modification based on the identity of the initial salt.
Dependencies are inferred from the claim text.