Multifunctional safety false-proof method and system being suitable for a plurality of anti-fake sign

Abstract

The invention discloses a multifunctional safety anti-counterfeiting method suitable for a plurality of anti-counterfeiting markings and a system thereof; the system comprises a marketplace client, a mobile anti-counterfeiting terminal, an anti-counterfeiting authentication server and child authentication center servers arranged in various regions. Anti-counterfeiting inquiry can reduce dispute after the commodities are sold, and effectively solves the dispute arbitration problem between the buyer and the seller; various forms of anti-counterfeiting codes can be accurately acquired with a low cost, and the consumer does not need to manually enter the anti-counterfeiting codes. As the address of the anti-counterfeiting authentication server is stored into the mobile anti-counterfeiting terminal of the user, the authentication server can be effectively prevented from being secretly arranged to cheat the consumer; by adopting the digital signature technology, the integrity and non-repudiation of the information can be effectively ensured; by providing each commodity with a unique anti-counterfeiting code as the ID of the commodity instead of providing a product code to the commodities of the same category for sharing use, the repeated use of the anti-counterfeiting code can be effectively prevented; as the anti-counterfeiting authentication server and the child servers arranged in various regions form a tree structure, the system is easy to extend.

Description

technical field [0001] The invention relates to mobile communication, network information security, database and other related technologies, in particular to a multifunctional safe mobile anti-counterfeiting method and system applicable to various anti-counterfeiting marks. The invention can be widely used in the field of anti-counterfeiting, and is suitable for various anti-counterfeiting carriers, such as RFID labels, one-dimensional barcodes and two-dimensional barcodes. Background technique [0002] At present, counterfeiting and shoddy products are becoming more and more rampant, and the existing anti-counterfeiting system has many disadvantages in the process of commodity circulation as follows: [0003] (1) When there is a dispute between the buyer and the seller, it is difficult to arbitrate: the current anti-counterfeiting system basically adopts the method of scratching or uncovering the anti-counterfeiting sticker to obtain the anti-counterfeiting code after the u...

AI Technical Summary

Problems solved by technology

[0004] (2) The acquisition of the anti-counterfeiting code has the following three major problems: the first: the existing anti-counterfeiting system often can only obtain the anti-counterfeiting code of a relatively single form

Although this method is more convenient than the way the user enters the anti-counterfeit code by himself, the cost is high and cannot be widely used in various types of mobile phones; third: when the anti-counterfeit code data is acquired, it is easy to cause data distortion: a large number of anti-counterfeit systems pass It is cumbersome and error-prone to obtain the anti-counterfeiting code by the user inputting the anti-counterfeiting data by himself.

Some anti-counterfeiting systems obtain anti-counterfeiting data by taking pictures of the anti-counterfeiting code and then processing the image data, but the accuracy of the anti-counterfeiting data is not high

[0005] (3) It is impossible to know whether the query result comes from a legitimate anti-counterfeiting center

[0006] (4) It is difficult to guarantee the security of anti-counterfeiting code data transmission

The anti-counterfeiting code data may be tampered with during transmission, thus affecting the anti-counterfeiting query results

[0007] (5) Anti-counterfeiting codes are easy to be reused

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