TW202040432A - Verification system and method thereof capable of preventing the imitation of wireless identification tags - Google Patents

Verification system and method thereof capable of preventing the imitation of wireless identification tags Download PDF

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TW202040432A
TW202040432A TW108114384A TW108114384A TW202040432A TW 202040432 A TW202040432 A TW 202040432A TW 108114384 A TW108114384 A TW 108114384A TW 108114384 A TW108114384 A TW 108114384A TW 202040432 A TW202040432 A TW 202040432A
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tag
verification
wireless identification
verification server
mobile information
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TW108114384A
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劉國勝
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赫力股份有限公司
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Disclosed is a verification system and verification method capable of preventing counterfeiting of wireless identification tags. The verification system includes a verification server, a mobile information apparatus and at least one wireless identification tag; wherein the mobile information apparatus induces an wireless identification tag and transmits the captured tag exchange data to the verification server for verification, where the tap exchange data include a second identification code, a read count value and a tag-side cryptographic algorithm value, the tag-side end password calculated value may automatically generate a group of new cryptographic algorithm value calculated by using a cryptographic algorithm according to the read count value when the wireless identification tags are read every time, while the verification server may calculate a verification key with the second identification code, and then use the verification key to calculate a verification-side end cryptographic algorithm value, the verification server can determine the authenticity of the read wireless identification tag by comparing the two cryptographic algorithm values. The cryptographic algorithm value of the wireless identification tag changes each time it is read, thus preventing the wireless identification tag from being counterfeited.

Description

能防止無線辨識標籤被仿造的驗證系統及其驗證方法Verification system and verification method capable of preventing wireless identification tags from being forged
一種能防止無線辨識標籤被仿造的驗證系統及其驗證方法,尤指一種以行動資訊裝置讀取一無線辨識標籤,取得一標籤交換數據後傳送至一驗證伺服器進行驗證,以檢驗無線辨識標籤是否為仿造的無線辨識標籤驗證系統及其驗證方法。A verification system and a verification method that can prevent a wireless identification tag from being counterfeited, in particular a wireless identification tag is read by a mobile information device, and a tag exchange data is obtained and then sent to a verification server for verification to verify the wireless identification tag Whether it is a counterfeit wireless identification tag verification system and its verification method.
目前市面上商品為了讓消費者了解商品來源、品質、製造歷程,通常會將無線辨識標籤貼附於商品上,以供消費者以行動資訊裝置查閱,然而,有不肖業者會仿造無線辨識標籤貼附於偽造商品上,以假亂真欺騙消費者,因此有發明人針對無線辨識標籤之防偽識別進行研究,例如: (1) 中華民國專利公告號第I536295號「行動電子裝置防偽辨真系統及其防偽方法」,其主要係於無線辨識標籤內儲存有一組密碼,行動電子裝置可以此組密碼進行防偽驗證,然而,密碼是由商品資訊經過編碼加密而產生,是製造商製造時所寫入的資訊,密碼及商品資訊雖是事先經過編碼加密而產生,仿造者可直接複製無線辨識標籤之資訊,因此,仍存在被偽造之可能性; (2) 美國專利公開第20050049979號「Method, apparatus, and system for determining a fraudulent item」 ,其主要係透過事先編碼的加密密碼及產品資訊,再寫入於無線辨識標籤,當消費者讀取無線辨識標籤後,再去比對是否為是製造商製造時所寫入的產品資訊,然而,密碼乃事先經過編碼加密而產生,仿造者可直接複製無線辨識標籤之資訊,標籤本身仍存在被偽造之可能; (3) 中華民國專利公告第I325566號「驗證物品之真偽的方法及系統」,其主要係揭露一種驗證物品之真偽的方法及系統,其系統包含一射頻識別(RFID)標籤、一電子裝置和一驗證中心,方法包含以下步驟:使電子裝置產生及無線傳送一請求信號;根據請求信號,使RFID標籤基於一可變密鑰產生一第一驗證碼,且基於RFID標籤的一唯一識別碼和可變密鑰產生一第二驗證碼,且基於RFID標籤的唯一識別碼、第一驗證碼和第二驗證碼產生一第三驗證碼,且無線傳送第三驗證碼作為電子裝置的接收;及使電子裝置將接收自RFID標籤的第三驗證碼轉傳給驗證中心以用於驗證;然而,電子裝置會因為不同的作業系統 (Android、IOS),而無法將請求信號寫入RFID標籤,導致RFID標籤無法產生可變密鑰,以致系統無法正確運作; (4) 美國專利公告第9946903號「Authenticity verification system and methods of use」 ,其方法是利用事先將ID相關資訊、密碼及讀取計數等寫入可讀寫資料的RFID TAG,驗證商品時再利用讀取裝置讀取RFID TAG資訊判別資料庫是否存在以辨別是否為偽品,並同時再重新寫入變動的ID相關資訊存入RFID TAG,用來強化防偽的機制;然而,電子裝置會因為不同的作業系統 (Android、IOS),而無法將請求信號寫入RFID標籤,導致RFID標籤無法產生可變密鑰,以致系統無法正確運作。At present, in order to let consumers know the source, quality, and manufacturing process of the products on the market, wireless identification labels are usually attached to the products for consumers to check with mobile information devices. However, some unscrupulous companies will imitate wireless identification labels. Attached to counterfeit goods to deceive consumers with fake products. Therefore, some inventors have studied the anti-counterfeiting identification of wireless identification tags, such as: (1) The Republic of China Patent Announcement No. I536295 "Mobile electronic device anti-counterfeiting system and its anti-counterfeiting method", which mainly stores a set of passwords in the wireless identification tag, and mobile electronic devices can perform anti-counterfeiting verification with this set of passwords. The password is generated by encoding and encrypting the product information. It is the information written by the manufacturer during manufacturing. Although the password and product information are generated through encoding and encryption in advance, the counterfeiter can directly copy the information of the wireless identification tag. Therefore, it is still There is a possibility of being forged; (2) U.S. Patent Publication No. 20050049979 "Method, apparatus, and system for determining a fraudulent item", which mainly uses pre-encoded encrypted passwords and product information, and then writes them to wireless identification tags. When consumers read wireless After identifying the label, check whether it is the product information written by the manufacturer during manufacturing. However, the password is generated by encoding and encrypting in advance. The counterfeiter can directly copy the information of the wireless identification label, and the label itself is still forged The possibility (3) The Republic of China Patent Announcement No. I325566 "Method and System for Verifying the Authenticity of Items", which mainly exposes a method and system for verifying the authenticity of items. The system includes a radio frequency identification (RFID) tag and an electronic A device and a verification center. The method includes the following steps: the electronic device generates and wirelessly transmits a request signal; according to the request signal, the RFID tag generates a first verification code based on a variable key, and a unique identification based on the RFID tag Code and variable key to generate a second verification code, and generate a third verification code based on the unique identification code of the RFID tag, the first verification code and the second verification code, and wirelessly transmit the third verification code as the receiving of the electronic device ; And make the electronic device transfer the third verification code received from the RFID tag to the verification center for verification; however, the electronic device will be unable to write the request signal into the RFID tag due to different operating systems (Android, IOS) , Causing the RFID tag to fail to generate a variable key, so that the system cannot operate correctly; (4) US Patent Publication No. 9946903 "Authenticity verification system and methods of use", the method is to use the RFID TAG that writes ID-related information, passwords, and read counts into readable and writable data in advance, and reuse it when verifying products The reading device reads the RFID TAG information to determine whether the database exists to identify whether it is a counterfeit product, and at the same time rewrites the changed ID-related information into the RFID TAG to strengthen the anti-counterfeiting mechanism; however, the electronic device will be different The operating system (Android, IOS) is unable to write the request signal into the RFID tag. As a result, the RFID tag cannot generate a variable key, and the system cannot operate correctly.
於此,從上述無線辨識標籤驗證技術所揭內容可知,習知驗證技術若採取事先寫入密碼者,則仿造者可直接複製無線辨識標籤及密碼,使得防偽作用驗證失去意義,又,若採取可變密碼者,其需要特殊讀取裝置才可將指令寫入於無線辨識標籤,且受限於讀取裝置的作業系統,無線辨識標籤的資料格式僅可被讀取而無法寫入,因此亦無法起到防偽功效,據此,若無線辨識標籤不受作業系統限制,仍可隨著條件變換密碼,此乃待需解決之問題。Here, it can be seen from the content of the above-mentioned wireless identification tag verification technology that if the conventional verification technology adopts a password written in advance, the counterfeiter can directly copy the wireless identification tag and password, making the verification of the anti-counterfeiting function meaningless. The variable password requires a special reading device to write commands to the wireless identification tag, and is limited by the operating system of the reading device. The data format of the wireless identification tag can only be read but cannot be written, so It is also unable to achieve anti-counterfeiting effect. According to this, if the wireless identification tag is not restricted by the operating system, the password can still be changed according to the conditions. This is a problem to be solved.
有鑑於上述的問題,本發明人係依據多年來從事相關行業的經驗,針對無線辨識標籤驗證系統進行修正;緣此,本發明之主要目的在於提供一種可基於無線辨識標籤的感應次數變化自動計算出一新的密碼演算值,用來防止無線辨識標籤被仿造的驗證系統及其驗證方法;不再因為Android手機可讀寫無線辨識標籤,無線辨識標籤比較不會被仿造,而Apple手機只能讀取無線辨識標籤的通訊數據交換格式(NDEF格式資料),以Apple手機驗證時,都無法防止無線辨識標籤不會被仿照,一次解決手機系統雖然不同,而能全面使用行動裝置來防止無線辨識標籤被仿造。In view of the above problems, the inventor of the present invention modified the wireless identification tag verification system based on years of experience in related industries; for this reason, the main purpose of the present invention is to provide an automatic calculation based on the number of induction changes of the wireless identification tag. A new password calculation value is used to prevent the verification system and verification method of wireless identification tags from being counterfeited; no longer because Android phones can read and write wireless identification tags, wireless identification tags are less likely to be counterfeited, while Apple phones can only Reading the communication data exchange format (NDEF format data) of the wireless identification tag. When verifying with an Apple mobile phone, it cannot prevent the wireless identification tag from being imitated. The mobile phone system is different at one time, but mobile devices can be used to prevent wireless identification. The label is faked.
為達上述的目的,本發明提出一種能防止無線辨識標籤被仿造的驗證系統及其驗證方法,其包含有一驗證伺服器、一行動資訊裝置、及至少一無線辨識標籤,使用者可以行動資訊裝置感應無線辨識標籤,無線辨識標籤每次被讀取時,會依據讀取計數值的次數自動產生一組經加密演算法所算出之新的密碼演算值,然後將一標籤交換數據傳送至驗證伺服器進行驗證,其中,標籤交換數據係包含有一第二識別碼、一被讀取計數值、及一標籤端密碼演算值,驗證伺服器擷取標籤交換數據後,可基於第二識別碼優先計算出一驗證金鑰,再以驗證金鑰、第二識別碼、及被讀取計數值作為參數計算出一驗證端密碼演算值,驗證伺服器比對兩密碼演算值是否相同,即可判斷出無線辨識標籤的真偽;本發明之驗證伺服器主要係透過被讀取計數值之變化,以此為基礎計算出驗證端密碼演算值,據此,當無線辨識標籤被感應後,即可重新計算新的驗證端密碼演算值,即使盜取無線辨識標籤內的標籤交換數據,亦無法複製驗證端密碼演算值、及驗證金鑰,據此,驗證伺服器在接收第二識別碼與被讀取計數值後,即可產生驗證端密碼演算值作為比對基礎,並快速比對出該無線辨識標籤是否為仿造,又,本發明之驗證端密碼演算值並非習知以隨機密碼、或以時間作為計算參數,達到極佳的防偽造效果。In order to achieve the above objective, the present invention provides a verification system and a verification method that can prevent a wireless identification tag from being counterfeited, which includes a verification server, a mobile information device, and at least one wireless identification tag. The user can move the information device Induction of the wireless identification tag, each time the wireless identification tag is read, it will automatically generate a set of new cryptographic calculation values calculated by the encryption algorithm based on the number of read counts, and then send a tag exchange data to the verification server The tag exchange data includes a second identification code, a read count value, and a tag end password calculation value. After the tag exchange data is retrieved by the verification server, it can be calculated based on the second identification code. Generate a verification key, and then use the verification key, the second identification code, and the read count value as parameters to calculate a verification end password calculation value. Verify that the server compares the two password calculation values to determine whether the calculation values are the same. The authenticity of the wireless identification tag; the verification server of the present invention mainly calculates the password calculation value of the verification terminal based on the change of the read count value. According to this, when the wireless identification tag is sensed, it can be reset Calculate the new verification end password calculation value. Even if the tag exchange data in the wireless identification tag is stolen, the verification end password calculation value and verification key cannot be copied. According to this, the verification server is receiving the second identification code and being read. After the count value is taken, the verification terminal password calculation value can be generated as a comparison basis, and the wireless identification tag is quickly compared to see whether the wireless identification tag is counterfeit. Moreover, the verification terminal password calculation value of the present invention is not conventionally known to use random passwords or Time is used as a calculation parameter to achieve an excellent anti-counterfeiting effect.
為使 貴審查委員得以清楚了解本發明之目的、技術特徵及其實施後之功效,茲以下列說明搭配圖示進行說明,敬請參閱。In order for your reviewer to have a clear understanding of the purpose, technical features and effects of the present invention after implementation, the following descriptions and illustrations are used for explanation, please refer to them.
請參閱「第1圖」,圖中所示為本發明之系統架構圖,如圖,本發明之一種能防止無線辨識標籤被仿造的驗證系統10,其主要係由一驗證伺服器101、一無線辨識標籤102、及一行動資訊裝置103所組成,其中,所述的驗證伺服器101係透過一網際網路與行動資訊裝置103完成資訊連接,再者,驗證伺服器101與行動資訊裝置103完成資訊連接後,驗證伺服器101係可以接收自行動資訊裝置103所發送的資訊,透過驗證伺服器101進行無線辨識標籤102的驗證處理,以驗證行動資訊裝置103所感應的無線辨識標籤102之真偽。Please refer to "Figure 1". The figure shows the system architecture diagram of the present invention. As shown in the figure, a verification system 10 of the present invention that can prevent counterfeiting of wireless identification tags is mainly composed of a verification server 101 and a verification system. It is composed of a wireless identification tag 102 and a mobile information device 103, wherein the authentication server 101 completes the information connection with the mobile information device 103 through an Internet, and further, the authentication server 101 and the mobile information device 103 After the information connection is completed, the verification server 101 can receive the information sent from the mobile information device 103, and perform verification processing of the wireless identification tag 102 through the verification server 101 to verify the wireless identification tag 102 sensed by the mobile information device 103 Authenticity.
請參閱「第2圖」,圖中所示為本發明之組成示意圖(一),如圖,所述的驗證伺服器101包含有一中央處理模組1011,另有一演算法模組1012、一驗證模組1013、一標籤資料庫1014、及一標籤讀取次數紀錄資料庫1015與中央處理模組1011完成電性連接;其中,所述的中央處理模組1011可運行驗證伺服器101、及處理電子資訊;所述的演算法模組1012係儲存有至少一筆系統參數、及一雜湊演算法;所述的驗證模組1013可以雜湊演算法計算出一驗證金鑰,再以驗證金鑰計算出一驗證端密碼演算值,最後以驗證端密碼演算值驗證無線辨識標籤102之真偽;所述的標籤資料庫1014係儲存有至少一筆無線辨識標籤102的一第一識別碼;所述的標籤讀取次數紀錄資料庫1015儲存有一被讀取計數值,所述的被讀取計數值係記錄無線辨識標籤102被讀取之數值,以供驗證伺服器101透過檢查被讀取計數值,判斷無線辨識標籤102是否為仿造。Please refer to "Figure 2", which shows the composition diagram (1) of the present invention. As shown in the figure, the verification server 101 includes a central processing module 1011, an algorithm module 1012, and a verification The module 1013, a label database 1014, and a label reading count record database 1015 are electrically connected to the central processing module 1011; wherein, the central processing module 1011 can run the verification server 101 and process Electronic information; the algorithm module 1012 stores at least one system parameter and a hash algorithm; the verification module 1013 can calculate a verification key with the hash algorithm, and then calculate it with the verification key A verification terminal password calculation value, and finally the verification terminal password calculation value is used to verify the authenticity of the wireless identification tag 102; the tag database 1014 stores at least one first identification code of the wireless identification tag 102; the tag The read count record database 1015 stores a read count value. The read count value records the value read by the wireless identification tag 102 for the verification server 101 to determine by checking the read count value Whether the wireless identification tag 102 is counterfeit.
請參閱「第3圖」,圖中所示為本發明之組成示意圖(二),如圖,所述的無線辨識標籤102可以為近距離無線通訊(Near-field communication ,NFC)標籤,無線辨識標籤102包含有一處理單元1021,另有一天線單元1022及一數據儲存單元1023、一讀取計數單元1024與處理單元1021完成電性連接;其中,所述的處理單元1021用以運行無線辨識標籤102、及交換無線辨識標籤102之數據;所述的天線單元1022可被行動資訊裝置103感應讀取,且無線辨識標籤102亦透過天線單元1022與行動資訊裝置103交換數據;所述的數據儲存單元1023儲存有一第一識別碼、一標籤交換數據及一驗證金鑰,所述的標籤交換數據至少包含有一第二識別碼、一被讀取計數值、及一標籤端密碼演算值,又,標籤交換數據的格式係可以為一近場通訊數據交換格式(NFC Data Exchang Format ,NDEF),以供行動資訊裝置103讀取,其中,所述的第一識別碼為一唯一識別碼(Unique Identifier,UID);所述的第二識別碼為一鏡射識別碼(Mirror UID),且第二識別碼為第一識別碼之鏡射值,其中,行動資訊裝置103的作業系統係可以為蘋果作業系統(IOS)或安卓作業系統(Android)、或其他智能手機作業系統,不同作業系統對於無線辨識標籤102有不同的讀取限制,例如,蘋果作業系統(IOS)會限制讀取識別碼(UID),根據蘋果作業系統(IOS)的通訊協定,安裝IOS系統的行動資訊裝置103僅可以讀取NDEF格式的標籤交換數據,驗證伺服器101亦可以第二識別碼作為第一識別碼使用,以第二識別碼計算出驗證金鑰及驗證端密碼演算值;所述的被讀取計數值由讀取計數單元1024產生,當無線辨識標籤102被讀取時,讀取計數單元1024會再更新被讀取計數值,又,處理單元1021係基於驗證金鑰與被讀取計數值及第二識別碼計算出一組標籤端密碼演算值,其中,所述的標籤端密碼演算值與驗證端密碼演算值為相同數值,為避免混淆本實施例中以標籤端、驗證端作為區別,特先陳明,又,所述的驗證金鑰無法被其他裝置讀取及複製,使他人惡意複製無線辨識標籤102時無法通過驗證伺服器101之驗證防護。Please refer to "Figure 3". The figure shows a schematic diagram (2) of the composition of the present invention. As shown in the figure, the wireless identification tag 102 can be a Near-field communication (NFC) tag, and wireless identification The tag 102 includes a processing unit 1021, an antenna unit 1022 and a data storage unit 1023, a reading and counting unit 1024 and the processing unit 1021 are electrically connected; wherein, the processing unit 1021 is used to run the wireless identification tag 102 , And exchange data of the wireless identification tag 102; the antenna unit 1022 can be read by the mobile information device 103, and the wireless identification tag 102 also exchanges data with the mobile information device 103 through the antenna unit 1022; the data storage unit 1023 stores a first identification code, a tag exchange data, and a verification key. The tag exchange data includes at least a second identification code, a read count value, and a tag end password calculation value. The format of the exchanged data may be a near field communication data exchange format (NFC Data Exchang Format, NDEF) for the mobile information device 103 to read, wherein the first identification code is a unique identification code (Unique Identifier, UID); the second identification code is a mirrored identification code (Mirror UID), and the second identification code is the mirrored value of the first identification code, wherein the operating system of the mobile information device 103 can be an Apple operation System (IOS) or Android operating system (Android), or other smart phone operating systems, different operating systems have different reading restrictions for the wireless identification tag 102. For example, the Apple operating system (IOS) restricts the reading of the identification code (UID) ). According to the communication protocol of the Apple Operating System (IOS), the mobile information device 103 installed with the IOS system can only read the tag exchange data in the NDEF format. The verification server 101 can also use the second identification code as the first identification code. The second identification code calculates the verification key and the verification terminal password calculation value; the read count value is generated by the read count unit 1024. When the wireless identification tag 102 is read, the read count unit 1024 will update again The read count value, and the processing unit 1021 calculates a set of tag end cryptographic calculation values based on the verification key, the read count value, and the second identification code, wherein the tag end cryptographic calculation value and the verification end The cipher calculation value is the same value. In order to avoid confusion between the tag end and the verification end in this embodiment, it is specifically stated that the verification key cannot be read and copied by other devices, so that others maliciously copy the wireless When the tag 102 is recognized, the verification protection of the verification server 101 cannot be passed.
請再參閱「第2圖」,所述的行動資訊裝置103,其主要係由一微處理單元1031,另有一感應單元1032、及一標籤驗證單元1033與微處理單元1031完成電性連接;其中,所述的微處理單元1031用以運行行動資訊裝置103;所述的感應單元1032可產生一射頻訊號,透過射頻訊號感應無線辨識標籤102,以讀取無線辨識標籤102的標籤交換數據;所述的標籤驗證單元1033資訊連接於驗證伺服器101,行動資訊裝置103讀取無線辨識標籤102後,可將讀取到的標籤交換數據傳送至驗證伺服器101。Please refer to "Figure 2" again. The mobile information device 103 is mainly composed of a micro-processing unit 1031, another sensing unit 1032, and a tag verification unit 1033 that is electrically connected to the micro-processing unit 1031; The micro-processing unit 1031 is used to run the mobile information device 103; the sensing unit 1032 can generate a radio frequency signal, and sense the wireless identification tag 102 through the radio frequency signal to read the tag exchange data of the wireless identification tag 102; The tag verification unit 1033 is connected to the verification server 101. After the mobile information device 103 reads the wireless identification tag 102, it can send the read tag exchange data to the verification server 101.
請參閱「第4圖」,圖中所示為本發明之驗證金鑰產生流程,並請搭配參閱「第5圖」,圖中所示為本發明之實施示意圖(一),如圖,本發明之驗證金鑰產生流程S1,如下: (1)  標籤讀寫裝置讀取第一識別碼步驟S11:一標籤讀寫裝置104感應無線辨識標籤102,以擷取無線辨識標籤102的一第一識別碼,並將第一識別碼傳送至驗證伺服器101; (2)  驗證伺服器產生驗證金鑰步驟S12: 驗證伺服器101取得第一識別碼後,一驗證模組1013係將第一識別碼儲存至一標籤資料庫1014,儲存完畢後,再將第一識別碼與一系統參數透過雜湊演算法計算出一驗證金鑰; (3)  標籤讀寫裝置寫入驗證金鑰步驟S13: 驗證伺服器101計算出驗證金鑰後,驗證伺服器101再將驗證金鑰回傳給標籤讀寫裝置104,使標籤讀寫裝置104可將驗證金鑰寫入於無線辨識標籤102。Please refer to "Figure 4", the figure shows the authentication key generation process of the present invention, and please refer to "Figure 5", the figure shows the schematic diagram (1) of the implementation of the present invention. The invention's verification key generation process S1 is as follows: (1) The tag reading and writing device reads the first identification code Step S11: A tag reading and writing device 104 senses the wireless identification tag 102 to capture a first identification code of the wireless identification tag 102, and transmits the first identification code to Authentication server 101; (2) The verification server generates a verification key. Step S12: After the verification server 101 obtains the first identification code, a verification module 1013 stores the first identification code in a label database 1014. An identification code and a system parameter are used to calculate a verification key through a hash algorithm; (3) Write the verification key to the tag reading and writing device Step S13: After the verification server 101 calculates the verification key, the verification server 101 then sends the verification key back to the tag reading and writing device 104 so that the tag reading and writing device 104 The verification key can be written in the wireless identification tag 102.
請參閱「第6圖」,圖中所示為本發明之實施流程圖(一),請搭配參閱「第3圖」、「第7圖」,如圖,本發明的無線辨識標籤之驗證流程S2如下: (1)  行動資訊裝置感應無線辨識標籤步驟S21:如「第7圖」,一行動資訊裝置103驅動一感應單元1032,使行動資訊裝置103透過感應單元1032發射一射頻訊號,並以射頻訊號讀取無線辨識標籤102;其中,依據行動資訊裝置103的作業系統差異,可再進一步限制行動資訊裝置103感應方式,例如,當行動資訊裝置103為蘋果作業系統(IOS)時,行動資訊裝置103會要求使用者感應無線辨識標籤102兩次,或者,當行動資訊裝置103為安卓作業系統(Android),行動資訊裝置103會要求使用者感應無線辨識標籤102一次,藉此,可避免使用者以不同作業系統,對感應無線辨識標籤102的讀取限制,造成驗證結果產生錯誤; (2)  行動資訊裝置擷取標籤交換數據步驟S22:當無線辨識標籤102感應到射頻訊號後,無線辨識標籤102的一處理單元1021會擷取一數據儲存單元1023的一標籤交換數據D1,將標籤交換數據D1回傳給行動資訊裝置103,再透過行動資訊裝置103將標籤交換數據D1傳送至一驗證伺服器101,所述的標籤交換數據D1 係包含有一第二識別碼、一被讀取計數值、及一標籤端密碼演算值;其中,無線辨識標籤102基於該感應動作,其會進一步驅動一讀取計數單元1024,使讀取計數單元1024更新被讀取計數值,例如,無線辨識標籤102完成第一次感應,則被讀取計數值”+1”, 無線辨識標籤102完成第二次感應,則被讀取計數值”+2”,依此類推,再者,被讀取計數值被更新後,處理單元1021再以第二識別碼、被讀取計數值、及一驗證金鑰基於加密演算法重新計算出標籤端密碼演算值,以確保標籤端密碼演算值可回應感應次數作變化; (3)  驗證伺服器驗證被讀取計數值步驟S23:當驗證伺服器101接收到標籤交換數據D1後,一驗證模組1013可擷取標籤交換數據D1中的第二識別碼、及被讀取計數值,根據第二識別碼查詢標籤讀取次數紀錄資料庫1015,並判斷標籤交換數據D1的被讀取計數值,是否多於標籤讀取次數記錄資料庫1015所記錄的被讀取計數值,如是,則進行下一步驟,如否,則驗證模組1013會判斷為一未通過驗證結果,並發布標籤無法辨識訊息至行動資訊裝置103顯示,其中,較佳實施例為無線辨識標籤102的被讀取計數值,應多於標籤讀取次數紀錄資料庫1015所記錄的被讀取計數值1次以上,透過此機制可防止他人惡意複製第二識別碼及被讀取計數值及標籤端密碼演算值時欺騙驗證伺服器101的機會; (4)  驗證伺服器計算驗證金鑰步驟S24:驗證模組1013可將第二識別碼透過雜湊演算法計算出一驗證金鑰; (5)  驗證伺服器計算密碼演算值步驟S25:當驗證模組1013計算出驗證金鑰後,驗證模組1013會再以第二識別碼、驗證金鑰、及被讀取計數值作為參數,並以加密演算法計算出一驗證端密碼演算值; (6)  驗證伺服器比對密碼演算值步驟S26:當驗證模組1013經由計算取得驗證端密碼演算值後,驗證模組1013會將驗證端密碼演算值比對標籤端密碼演算值,當標籤端密碼演算值與驗證端密碼演算值相同時,則驗證模組1013會判斷為一通過驗證結果,並回覆行動資訊裝置103、及更新標籤讀取次數紀錄資料庫1015,反之,當標籤端密碼演算值與驗證端密碼演算值不相同時,則驗證模組1013會判斷為一未通過驗證結果,並發布標籤無法辨識訊息至行動資訊裝置103顯示。Please refer to "Figure 6", the figure shows the implementation flow chart (1) of the present invention, please refer to "Figure 3" and "Figure 7" together, as shown in the figure, the verification process of the wireless identification tag of the present invention S2 is as follows: (1) The mobile information device senses the wireless identification tag. Step S21: As shown in "Figure 7", a mobile information device 103 drives a sensing unit 1032 so that the mobile information device 103 transmits a radio frequency signal through the sensing unit 1032 and reads it with the radio frequency signal Take the wireless identification tag 102; among them, according to the operating system difference of the mobile information device 103, the sensing method of the mobile information device 103 can be further restricted. For example, when the mobile information device 103 is an Apple operating system (IOS), the mobile information device 103 will The user is required to sense the wireless identification tag 102 twice, or, when the mobile information device 103 is an Android operating system (Android), the mobile information device 103 will require the user to sense the wireless identification tag 102 once, so as to prevent the user from different The operating system restricts the reading of the inductive wireless identification tag 102, causing an error in the verification result; (2) The mobile information device captures tag exchange data. Step S22: After the wireless identification tag 102 senses the radio frequency signal, a processing unit 1021 of the wireless identification tag 102 will capture a tag exchange data D1 of a data storage unit 1023, and The label switching data D1 is sent back to the mobile information device 103, and then the label switching data D1 is sent to a verification server 101 through the mobile information device 103. The label switching data D1 includes a second identification code and a read The count value, and a tag-side password calculation value; wherein, based on the sensing action, the wireless identification tag 102 will further drive a reading counting unit 1024 so that the reading counting unit 1024 updates the read count value, for example, wireless identification When the tag 102 completes the first sensing, the count value "+1" is read, and the wireless identification tag 102 completes the second sensing, then the count value "+2" is read, and so on, and again, it is read After the count value is updated, the processing unit 1021 uses the second identification code, the read count value, and a verification key to recalculate the tag-side cryptographic calculation value based on the encryption algorithm to ensure that the tag-side cryptographic calculation value can respond to sensing Change in frequency; (3) The verification server verifies the read count value Step S23: After the verification server 101 receives the tag exchange data D1, a verification module 1013 can retrieve the second identification code in the tag exchange data D1 and be read Take the count value, query the tag reading times record database 1015 according to the second identification code, and determine whether the read count value of the tag exchange data D1 is greater than the read count recorded in the tag reading times record database 1015 If the value is yes, then proceed to the next step. If not, the verification module 1013 will determine that it is a failed verification result, and will issue a tag unrecognizable message to the mobile information device 103 for display. The preferred embodiment is a wireless identification tag The read count value of 102 should be more than one time more than the read count value recorded in the tag read times record database 1015. This mechanism can prevent others from maliciously copying the second identification code and the read count value. Opportunity to deceive the authentication server 101 when calculating the value of the password on the tag side; (4) The verification server calculates the verification key step S24: the verification module 1013 can calculate a verification key through the second identification code through a hash algorithm; (5) The verification server calculates the password calculation value Step S25: After the verification module 1013 calculates the verification key, the verification module 1013 will use the second identification code, the verification key, and the read count value as parameters. And use the encryption algorithm to calculate a verification end password calculation value; (6) The verification server compares the password calculation value. Step S26: After the verification module 1013 obtains the verification end password calculation value through calculation, the verification module 1013 compares the verification end password calculation value with the tag end password calculation value. When the calculation value of the end password is the same as the calculation value of the verification end password, the verification module 1013 will determine that it has passed the verification result and reply to the mobile information device 103 and update the tag read count database 1015. On the contrary, when the tag end password When the calculated value is not the same as the calculated value of the verification terminal password, the verification module 1013 will determine that the verification result is not passed, and will issue a tag unrecognizable message to the mobile information device 103 for display.
請參閱「第8圖」,圖中所示為本發明之另一實施例(一),承「第6圖」中無線辨識標籤之驗證流程S2,當行動資訊裝置擷取標籤交換數據步驟S22完成後,更可再執行一驗證伺服器比對第二識別碼步驟S221,其步驟如下: 驗證伺服器比對第二識別碼步驟S221:當驗證伺服器101接收到標籤交換數據D1後,驗證模組1013會擷取標籤交換數據D1中的第二識別碼,並搜尋標籤資料庫1014是否儲存有相對應的第一識別碼,由於第二識別碼是第一識別碼之鏡射值,因此,標籤資料庫1014中的第一識別碼可與無線辨識標籤102的第二識別碼相互對應,當驗證模組1013匹配到相對應的一組第一識別碼時,進行下一步驟,反之,驗證模組1013未能與任一筆第一識別碼相互匹配時,則驗證模組1013發布一標籤無法辨識訊息至行動資訊裝置103顯示。Please refer to "Figure 8", the figure shows another embodiment (1) of the present invention, following the wireless identification tag verification process S2 in "Figure 6", when the mobile information device captures the tag exchange data step S22 After completion, a second identification code comparison step S221 of the verification server can be performed, and the steps are as follows: The verification server compares the second identification code step S221: When the verification server 101 receives the label exchange data D1, verify The module 1013 retrieves the second identification code in the tag exchange data D1, and searches the tag database 1014 to see if the corresponding first identification code is stored. Since the second identification code is a mirrored value of the first identification code, The first identification code in the tag database 1014 can correspond to the second identification code of the wireless identification tag 102. When the verification module 1013 matches a corresponding set of first identification codes, proceed to the next step, otherwise, When the verification module 1013 fails to match any of the first identification codes, the verification module 1013 issues a tag unrecognizable message to the mobile information device 103 for display.
請參閱「第9圖」,圖中所示為本發明之另一實施例(二),請搭配參閱「第2圖」,如圖,所述的驗證伺服器101另有一標籤內容資料庫1016,與中央處理模組1011完成電性連接,所述的標籤內容資料庫1016儲存有至少一標籤內容資訊D2,當無線辨識標籤102通過驗證後,驗證伺服器101即可將相對應的標籤內容資訊D2傳送至行動資訊裝置103顯示,實施時,當驗證模組1013判斷為通過驗證結果時,中央處理模組1011即可基於標籤交換數據D1的第二識別碼,於標籤內容資料庫1016搜尋相對應的一標籤內容資訊D2,並將標籤內容資訊D2傳送至行動資訊裝置103,以供行動資訊裝置103顯示該筆標籤內容資訊D2;請再搭配參閱「第10圖」,圖中所示為本發明之實施示意圖(二),如圖,本發明之透過將無線辨識標籤102設置於一商品G上,當使用者欲查詢記載有商品G的標籤內容資訊D2時,使用者即可持行動資訊裝置103感應無線辨識標籤102,使行動資訊裝置103擷取標籤交換數據D1後,可將標籤交換數據D1傳送至驗證伺服器101,待驗證伺服器101成功驗證標籤交換數據D1後,驗證伺服器101即可將相對應的標籤內容資訊D2傳送回行動資訊裝置103,並顯示於行動資訊裝置103,以便使用者可查明商品G之真偽。Please refer to "Figure 9", which shows another embodiment (2) of the present invention. Please refer to "Figure 2" in conjunction with the figure. The verification server 101 has another label content database 1016. , Complete the electrical connection with the central processing module 1011, the tag content database 1016 stores at least one tag content information D2, when the wireless identification tag 102 is verified, the verification server 101 can then transfer the corresponding tag content The information D2 is sent to the mobile information device 103 for display. During implementation, when the verification module 1013 determines that the verification result is passed, the central processing module 1011 can search the label content database 1016 based on the second identification code of the label exchange data D1 A corresponding label content information D2, and the label content information D2 is sent to the mobile information device 103 for the mobile information device 103 to display the label content information D2; please refer to "Figure 10", as shown in the figure This is the schematic diagram (2) of the implementation of the present invention. As shown in the figure, the wireless identification tag 102 is set on a product G in the present invention. When the user wants to inquire about the label content information D2 of the product G, the user can hold The mobile information device 103 senses the wireless identification tag 102. After the mobile information device 103 captures the tag exchange data D1, it can send the tag exchange data D1 to the verification server 101. After the verification server 101 successfully verifies the tag exchange data D1, the verification The server 101 can send the corresponding tag content information D2 back to the mobile information device 103 and display it on the mobile information device 103 so that the user can find out the authenticity of the product G.
請參閱「第11圖」,圖中所示為本發明之另一實施例(三),請搭配參閱「第2圖」,如圖,行動資訊裝置103係使用安卓(Android)系統時,由於安卓系統可直接讀取第一識別碼,因此,行動資訊裝置103在讀取無線辨識標籤102讀取標籤交換數據後,行動資訊裝置103的標籤驗證單元1033,可先比對標籤交換數據中的一第一識別碼與一第二識別碼是否相同,當第一識別碼與第二識別碼不相同時,則標籤驗證單元1033判斷為未通過驗證,並且標籤驗證單元1033會產生一標籤無法辨識訊息於行動資訊裝置103顯示,另,當第一識別碼與第二識別碼相同時,則標籤驗證單元1033會判斷為通過驗證,使行動資訊裝置103可依據通過驗證判斷,再將標籤交換數據傳送至驗證伺服器;據此驗證機制,即使惡意複製無線辨識標籤102的第二識別碼,標籤驗證單元1033仍可透過比對第一識別碼與第二識別碼,預先判斷無線辨識標籤102是否為仿造品。Please refer to "Figure 11". The figure shows another embodiment (3) of the present invention. Please refer to "Figure 2" in conjunction. As shown in the figure, when the mobile information device 103 uses the Android system, because The Android system can directly read the first identification code. Therefore, after the mobile information device 103 reads the wireless identification tag 102 to read the tag exchange data, the tag verification unit 1033 of the mobile information device 103 can first compare the data in the tag exchange data. Whether a first identification code and a second identification code are the same. When the first identification code and the second identification code are not the same, the label verification unit 1033 determines that the verification has not passed, and the label verification unit 1033 generates a label that cannot be identified The message is displayed on the mobile information device 103. In addition, when the first identification code is the same as the second identification code, the tag verification unit 1033 will determine that the verification is passed, so that the mobile information device 103 can exchange data with the tag based on the verification judgment. Send to the verification server; according to this verification mechanism, even if the second identification code of the wireless identification tag 102 is maliciously copied, the tag verification unit 1033 can still determine in advance whether the wireless identification tag 102 is For imitations.
由上所述可知,本發明之能防止無線辨識標籤被仿造的驗證系統及其驗證方法,其包含有一驗證伺服器、一行動資訊裝置、及至少一無線辨識標籤,使用者可以行動資訊裝置讀取無線辨識標籤,無線辨識標籤每次被讀取時,會依據讀取計數值的次數自動產生一組經加密演算法算出新的密碼演算值,然後擷取無線辨識標籤的一標籤交換數據,所述的標籤交換數據包含有一第二識別碼、一被讀取計數值、及一標籤端密碼演算值,行動資訊裝置可將標籤交換數據傳送至一驗證伺服器,並且驗證伺服器會以第二識別碼計算出驗證金鑰,取得驗證金鑰後,驗證伺服器再以第二識別碼、驗證金鑰、及一被讀取計數值作為參數,再基於加密演算法計算出一驗證端密碼演算值,使驗證伺服器可比對驗證端密碼演算值與標籤端密碼演算值,如兩密碼演算值相同時,則驗證伺服器判定為正確的無線辨識標籤,反之,則驗證伺服器判定為仿造的無線辨識標籤;依此,本發明其據以實施後,確實可達到提供一種可基於無線辨識標籤的感應次數變化,計算出一密碼演算值作為辨識無線辨識標籤數據的無線辨識標籤驗證系統及其驗證方法之目的。It can be seen from the above that the verification system and verification method of the present invention that can prevent the wireless identification tag from being counterfeited includes a verification server, a mobile information device, and at least one wireless identification tag, which the user can read by the mobile information device Take the wireless identification tag. Every time the wireless identification tag is read, it will automatically generate a set of encrypted algorithm to calculate a new password calculation value based on the number of read counts, and then capture a tag exchange data of the wireless identification tag. The tag exchange data includes a second identification code, a read count value, and a tag end password calculation value. The mobile information device can send the tag exchange data to a verification server, and the verification server will The verification key is calculated by the second identification code. After obtaining the verification key, the verification server uses the second identification code, the verification key, and a read count value as parameters, and then calculates a verification end password based on the encryption algorithm The calculation value enables the verification server to compare the verification end password calculation value with the tag end password calculation value. If the two password calculation values are the same, the verification server determines that the wireless identification tag is correct, otherwise, the verification server determines that it is a counterfeit According to this, after the present invention is implemented according to it, it is indeed possible to provide a wireless identification tag verification system that can calculate a password calculation value based on the change in the number of inductions of the wireless identification tag as the identification data of the wireless identification tag and The purpose of its verification method.
唯,以上所述者,僅為本發明之較佳之實施例而已,並非用以限定本發明實施之範圍;任何熟習此技藝者,在不脫離本發明之精神與範圍下所作之均等變化與修飾,皆應涵蓋於本發明之專利範圍內。However, the above are only the preferred embodiments of the present invention and are not intended to limit the scope of implementation of the present invention; anyone who is familiar with this technique can make equal changes and modifications without departing from the spirit and scope of the present invention , Should be covered in the patent scope of the present invention.
綜上所述,本發明之功效,係具有發明之「產業可利用性」、「新穎性」與「進步性」等專利要件;申請人爰依專利法之規定,向 鈞局提起發明專利之申請。To sum up, the effect of the present invention is that it possesses the patent requirements of "industrial applicability", "novelty" and "progressiveness" of the invention; the applicant, in accordance with the provisions of the Patent Law, filed a patent for invention Application.
10:能防止無線辨識標籤被仿造的驗證系統 101:驗證伺服器102:無線辨識標籤 1011:中央處理模組1021:處理單元 1012:演算法模組1022:天線單元 1013:驗證模組1023:數據儲存單元 1014:標籤資料庫1024:讀取計數單元 1015:標籤讀取次數紀錄資料庫 1016:標籤內容資料庫 103:行動資訊裝置 1031:微處理單元 1032:感應單元 1033:標籤驗證單元 D1:標籤交換數據 D2:標籤內容資訊 G:商品 S1:驗證金鑰產生流程 S11:標籤讀寫裝置讀取第一識別碼步驟 S12:驗證伺服器產生驗證金鑰步驟 S13:標籤讀寫裝置寫入驗證金鑰步驟 S2:無線辨識標籤之驗證流程 S21:行動資訊裝置感應無線辨識標籤步驟 S22:行動資訊裝置擷取標籤交換數據步驟 S221:驗證伺服器比對第二識別碼步驟 S23:驗證伺服器驗證被讀取計數值步驟 S24:驗證伺服器計算驗證金鑰步驟 S25:驗證伺服器計算密碼演算值步驟 S26:驗證伺服器比對密碼演算值步驟10: Verification system that can prevent wireless identification tags from being counterfeited 101: Authentication server 102: Wireless identification tag 1011: Central Processing Module 1021: Processing Unit 1012: Algorithm module 1022: Antenna unit 1013: Verification module 1023: Data storage unit 1014: Tag database 1024: Read counting unit 1015: Tag read count record database 1016: Label content database 103: Mobile Information Device 1031: Micro Processing Unit 1032: induction unit 1033: label verification unit D1: Label exchange data D2: Label content information G: Goods S1: Verification key generation process S11: Step of reading the first identification code by the tag reading and writing device S12: Steps of verifying server to generate verification key S13: Steps for writing verification key to tag reader S2: Verification process of wireless identification tag S21: Steps for mobile information devices to detect wireless tags S22: Steps for the mobile information device to retrieve tag exchange data S221: Step of verifying the server to compare the second identification code S23: Verification server verifies the read count value step S24: The verification server calculates the verification key step S25: Verify that the server calculates the password calculation value step S26: Verify that the server compares the password calculation value step
第1圖,為本發明之系統架構圖。 第2圖,為本發明之組成示意圖(一)。 第3圖,為本發明之組成示意圖(二)。 第4圖,為本發明之驗證金鑰產生流程。 第5圖,為本發明之實施示意圖(一)。 第6圖,為本發明之實施流程圖(一)。 第7圖,為本發明之實施示意圖(一)。 第8圖,為本發明之另一實施例(一)。 第9圖,為本發明之另一實施例(二)。 第10圖,為本發明之實施示意圖(二)。 第11圖,為本發明之另一實施例(三)。Figure 1 is a system architecture diagram of the present invention. Figure 2 is a schematic diagram (1) of the composition of the present invention. Figure 3 is a schematic diagram (2) of the composition of the present invention. Figure 4 shows the authentication key generation process of the present invention. Figure 5 is a schematic diagram (1) of the implementation of the present invention. Figure 6 is the implementation flow chart (1) of the present invention. Figure 7 is a schematic diagram (1) of the implementation of the present invention. Fig. 8 is another embodiment (1) of the present invention. Figure 9 shows another embodiment (2) of the present invention. Figure 10 is a schematic diagram of the implementation of the present invention (2). Figure 11 shows another embodiment (3) of the present invention.
S2:無線辨識標籤之驗證流程 S2: Verification process of wireless identification tag
S21:行動資訊裝置感應無線辨識標籤步驟 S21: Steps for mobile information devices to detect wireless tags
S22:行動資訊裝置擷取標籤交換數據步驟 S22: Steps for the mobile information device to retrieve tag exchange data
S23:驗證伺服器驗證被讀取計數值步驟 S23: Verification server verifies the read count value step
S24:驗證伺服器計算驗證金鑰步驟 S24: The verification server calculates the verification key step
S25:驗證伺服器計算密碼演算值步驟 S25: Verify that the server calculates the password calculation value step
S26:驗證伺服器比對密碼演算值步驟 S26: Verify that the server compares the password calculation value step

Claims (12)

  1. 一種能防止無線辨識標籤被仿造的驗證系統,供以驗證一無線辨識標籤,其包括: 該無線辨識標籤,具有一處理單元,另有一數據儲存單元與該處理單元完成電性連接,該數據儲存單元儲存有一標籤交換數據及一驗證金鑰,該標籤交換數據包含有一第二識別碼、一被讀取計數值、及一標籤端密碼演算值,該標籤端密碼演算值基於該無線辨識標籤每次被讀取時,會依據該被讀取計數值的次數自動產生一組經加密演算法算出新的該密碼演算值; 一驗證伺服器,具有一中央處理模組,另有一標籤讀取次數紀錄資料庫及一驗證模組分別與該中央處理模組完成電性連接,該標籤讀取次數紀錄資料庫供以記錄該被讀取計數值,該驗證模組可基於該標籤交換數據的該第二識別碼計算出該驗證金鑰,該驗證模組再以該驗證金鑰、該第二識別碼、及該被讀取計數值計算出一驗證端密碼演算值; 一行動資訊裝置,與該驗證伺服器完成資訊連接,該行動資訊裝置感應該無線辨識標籤後,將擷取到的該標籤交換數據傳送至該驗證伺服器;以及 該驗證伺服器比對該標籤端密碼演算值與該驗證端密碼演算值是否一致,以判斷出該無線辨識標籤之真偽。A verification system that can prevent a wireless identification tag from being counterfeited for verifying a wireless identification tag, which includes: The wireless identification tag has a processing unit, and another data storage unit is electrically connected to the processing unit. The data storage unit stores a tag exchange data and a verification key. The tag exchange data includes a second identification code, A read count value and a tag end password calculation value. The tag end password calculation value is based on each time the wireless identification tag is read, and a set of encrypted calculation values are automatically generated according to the number of times the count value is read Method to calculate the new cryptographic calculation value; A verification server has a central processing module, a tag reading count record database and a verification module are respectively electrically connected to the central processing module, and the label read count record database is used to record the The read count value, the verification module can calculate the verification key based on the second identification code of the tag exchange data, and the verification module then uses the verification key, the second identification code, and the read Take the count value to calculate a verification end password calculation value; A mobile information device completes the information connection with the verification server, and after the mobile information device senses the wireless identification tag, it sends the retrieved tag exchange data to the verification server; and The verification server compares whether the password calculation value of the tag terminal is consistent with the verification terminal password calculation value to determine the authenticity of the wireless identification tag.
  2. 如申請專利範圍第1項所述之能防止無線辨識標籤被仿造的驗證系統,其中,該驗證伺服器包含有一標籤內容資料庫,該標籤內容資料庫儲存有與該商品端標籤數據對應的至少一標籤內容。As described in item 1 of the scope of patent application, the verification system capable of preventing counterfeiting of wireless identification tags, wherein the verification server includes a tag content database, and the tag content database stores at least the tag data corresponding to the product end One label content.
  3. 如申請專利範圍第1項所述之能防止無線辨識標籤被仿造的驗證系統,其中,該無線辨識標籤包含有一讀取計數單元,該讀取計數單元與該處理單元完成電性連接,當該無線辨識標籤完成感應動作,該讀取計數單元基於該感應動作更新該被讀取計數值。As described in item 1 of the scope of patent application, the verification system that can prevent the wireless identification tag from being counterfeited, wherein the wireless identification tag includes a reading counting unit, and the reading counting unit is electrically connected with the processing unit. The wireless identification tag completes the sensing action, and the reading counting unit updates the read count value based on the sensing action.
  4. 如申請專利範圍第1項所述之能防止無線辨識標籤被仿造的驗證系統,其中,該數據儲存單元儲存有一第一識別碼,該行動資訊裝置係比對該第一識別碼與該第二識別碼是否相同,以判斷該無線辨識標籤之真偽。The verification system for preventing counterfeiting of wireless identification tags as described in item 1 of the scope of patent application, wherein the data storage unit stores a first identification code, and the mobile information device compares the first identification code with the second identification code Whether the identification codes are the same to determine the authenticity of the wireless identification tag.
  5. 如申請專利範圍第4項所述之能防止無線辨識標籤被仿造的驗證系統,其中,該第二識別碼為該第一識別碼的鏡射值。As described in item 4 of the scope of patent application, the verification system that can prevent the wireless identification tag from being forged, wherein the second identification code is a mirrored value of the first identification code.
  6. 一種能防止無線辨識標籤被仿造的驗證方法,其包含: 一行動資訊裝置感應無線辨識標籤步驟:一行動資訊裝置感應一無線辨識標籤; 一行動資訊裝置擷取標籤交換數據步驟:當該無線辨識標籤被感應後,無線辨識標籤每次被讀取時,會依據讀取計數值的次數自動產生一組經加密演算法算出新的密碼演算值,該行動資訊裝置擷取一標籤交換數據,並將該標籤交換數據傳送至一驗證伺服器; 一驗證伺服器驗證被讀取計數值步驟:該驗證伺服器接收到該標籤交換數據後,該驗證伺服器擷取該標籤交換數據的一第二識別碼、一標籤端密碼演算值及一被讀取計數值,該驗證伺服器搜尋一標籤讀取次數紀錄資料庫,比對該被讀取計數值是否多於該標籤讀取次數紀錄資料庫所記錄的該被讀取計數值,如是,則進行下一步驟; 一驗證伺服器計算驗證金鑰步驟:該驗證伺服器以該第二識別碼透過一雜湊演算法計算出一驗證金鑰; 一驗證伺服器計算密碼演算值步驟:當該驗證伺服器計算出該驗證金鑰後,該驗證伺服器再以該驗證金鑰、該第二識別碼、及該被讀取計數值作為參數,再透過該加密演算法計算出一驗證端密碼演算值;以及 一驗證伺服器比對密碼演算值步驟:該驗證伺服器比對該驗證端密碼演算值與該標籤端密碼演算值是否相同,當兩該密碼演算值相同時,則該驗證伺服器判斷為一通過驗證結果及更新該標籤讀取次數紀錄資料庫,並回覆該行動資訊裝置。A verification method that can prevent the wireless identification tag from being counterfeited, which includes: A mobile information device senses a wireless identification tag step: a mobile information device senses a wireless identification tag; A mobile information device captures the tag exchange data step: when the wireless identification tag is sensed, each time the wireless identification tag is read, it will automatically generate a set of encrypted algorithms to calculate a new password based on the number of read counts Calculated value, the mobile information device captures a tag exchange data, and sends the tag exchange data to a verification server; A verification server verifies the read count value step: after the verification server receives the tag exchange data, the verification server retrieves a second identification code of the tag exchange data, a tag end password calculation value and a password To read the count value, the verification server searches a tag read count record database and compares whether the read count value is more than the read count value recorded in the tag read count record database. If yes, Then proceed to the next step; Step of calculating a verification key by the verification server: the verification server uses the second identification code to calculate a verification key through a hash algorithm; Step of a verification server calculating a cryptographic calculation value: After the verification server calculates the verification key, the verification server uses the verification key, the second identification code, and the read count value as parameters, Then use the encryption algorithm to calculate a verifier password calculation value; and Step of comparing the password calculation value by the verification server: the verification server compares whether the verification end password calculation value is the same as the tag end password calculation value. When the two password calculation values are the same, the verification server judges that it is one Pass the verification result and update the tag read count record database, and reply to the mobile information device.
  7. 如申請專利範圍第6項所述之能防止無線辨識標籤被仿造的驗證方法,其中,該行動資訊裝置擷取標籤交換數據步驟完成後,接續執行一驗證伺服器比對第二識別碼步驟: 當該驗證伺服器接收到該標籤交換數據後,該驗證伺服器擷取該標籤交換數據中的該第二識別碼,並搜尋一標籤資料庫是否儲存有相對應的一第一識別碼,當該驗證伺服器匹配到相對應的該第一識別碼時,進行下一步驟,反之,該驗證伺服器未能完成匹配時,則該驗證伺服器發布一標籤無法辨識訊息至該行動資訊裝置顯示。As described in item 6 of the scope of patent application, the verification method for preventing counterfeiting of wireless identification tags, wherein, after the step of capturing tag exchange data by the mobile information device is completed, a step of verifying the server to compare the second identification code is continued: After the verification server receives the label exchange data, the verification server retrieves the second identification code in the label exchange data, and searches a label database to see if a corresponding first identification code is stored. When the verification server matches the corresponding first identification code, proceed to the next step. On the contrary, when the verification server fails to complete the matching, the verification server issues a label unrecognizable message to the mobile information device to display .
  8. 如申請專利範圍第6項所述之能防止無線辨識標籤被仿造的驗證方法,其中,當該行動資訊裝置可讀取該第一識別碼,該行動資訊裝置擷取該標籤交換數據後,該行動資訊裝置比對該標籤交換數據中的該第二識別碼與該第一識別碼是否相同,當該第一識別碼與該第二識別碼相同時,該行動資訊裝置再將該標籤交換數據傳送至該驗證伺服器驗證。The verification method for preventing counterfeiting of wireless identification tags as described in item 6 of the scope of patent application, wherein when the mobile information device can read the first identification code, the mobile information device captures the tag exchange data, the The mobile information device compares whether the second identification code in the tag exchange data is the same as the first identification code, and when the first identification code is the same as the second identification code, the mobile information device exchanges data with the tag Send to the verification server for verification.
  9. 如申請專利範圍第6項所述之能防止無線辨識標籤被仿造的驗證方法,其中,該驗證伺服器比對密碼演算值步驟中,當兩該密碼演算值不相同時,則該驗證伺服器判斷為一未通過驗證結果,並發布一標籤無法辨識訊息至該行動資訊裝置。For example, the verification method that can prevent the wireless identification tag from being forged as described in item 6 of the scope of patent application, wherein in the step of comparing the password calculation value by the verification server, when the two password calculation values are not the same, the verification server It is judged as a failed verification result, and a label unrecognizable message is issued to the mobile information device.
  10. 如申請專利範圍第6項所述之能防止無線辨識標籤被仿造的驗證方法,其中,該驗證伺服器驗證被讀取計數值步驟中,當該無線辨識標籤的該被讀取計數值小於或等於該驗證伺服器的該被讀取計數值,則該驗證伺服器判斷為一未通過驗證結果,並發布一標籤無法辨識訊息至該行動資訊裝置。The verification method for preventing counterfeiting of the wireless identification tag as described in item 6 of the scope of patent application, wherein, in the step of verifying the read count value of the verification server, when the read count value of the wireless identification tag is less than or If it is equal to the read count value of the verification server, the verification server determines that the verification result is not passed and issues a tag unrecognizable message to the mobile information device.
  11. 如申請專利範圍第10項所述之能防止無線辨識標籤被仿造的驗證方法,其中,該驗證伺服器驗證被讀取計數值步驟中,該無線辨識標籤的該被讀取計數值係多於該驗證伺服器的該被讀取計數值1次以上。The verification method for preventing counterfeiting of wireless identification tags as described in item 10 of the scope of patent application, wherein in the step of verifying the read count value of the verification server, the read count value of the wireless identification tag is more than The read count value of the verification server is more than once.
  12. 如申請專利範圍第6項所述之能防止無線辨識標籤被仿造的驗證方法,其中,該行動資訊裝置擷取標籤交換數據步驟中,該行動資訊裝置完成感應後,該無線辨識標籤更新該無線辨識標籤的該被讀取計數值,使該無線辨識標籤再以更新後的該無線辨識標籤的該被讀取計數值、該第二識別碼、及該驗證金鑰重新計算該標籤端密碼演算值。As described in item 6 of the scope of patent application, the wireless identification tag can be prevented from being counterfeited, wherein, in the step of capturing tag exchange data by the mobile information device, after the mobile information device completes sensing, the wireless identification tag updates the wireless identification tag. Identify the read count value of the tag, so that the wireless identification tag recalculates the tag end password calculation with the updated read count value of the wireless identification tag, the second identification code, and the verification key value.
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