The application relates to the field of
information security and anti-counterfeiting technology and discloses a two-dimensional code anti-counterfeiting
intelligent verification system which comprises a
code assignment management module, a physical
fingerprint registration module and an offline
verification module. The
code assignment management module is used for generating a two-dimensional code load containing a
digital signature and a product serial number and transmitting the two-dimensional code load to a printing device to execute a printing instruction. The physical
fingerprint registration module collects a microtexture
feature vector of a two-dimensional code area during the execution of the printing instruction and binds the microtexture
feature vector with the product serial number to generate a preset
fingerprint template. The offline
verification module is used for acquiring a real-time microtexture and performing feature alignment by referring to the preset fingerprint template. The physical fingerprint registration and feature alignment
verification scheme is adopted, the printing microtexture is extracted as a
unique identifier, the double binding of the
digital signature and the physical feature is realized, the effect of distinguishing the original and the copied copy is achieved, and the problem that the existing static
graphics are easily cloned by high-precision photographing or
copying is solved.