CN102332065A - Completely automated public test to tell computers and humans apart (CAPTCH) data generating method, and management system and method thereof - Google Patents
Completely automated public test to tell computers and humans apart (CAPTCH) data generating method, and management system and method thereof Download PDFInfo
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Abstract
The invention provides a completely automated public test to tell computers and humans apart (CAPTCH) data generating method, which is applicable to an electronic device and comprises the following steps that: firstly, the electronic device determines a group of first data set according to at least one first data of the corresponding operation, wherein the first data is sensitive data relevant to the operation of the user end; and then, the electronic device generates a group of CAPTCH data corresponding to the first data set according to the first data, wherein the electronic device can be a server end or the user end. When the electronic device is the user end, the user end obtains at least one generating module from the server end and is used for determining the first data set and generating the CAPTCH data. When any one operation can be executed between a server and the user end, the correctness of the transmitted data can be really protected.
Description
Technical field
The present invention relates to a kind of data processing method and relevant data management system thereof; Be particularly related to a kind of full-automatic differentiation computing machine and human test (Completely Automated Public Test to tell Computers and Humans Apart; CAPTCHA) data creating method and management system thereof; And the related application management method, thereby strengthen for the transmission Data Protection.
Background technology
In recent years, along with the application of network and development are more and more ripe, the user need have increasing through the chance that network is obtained information.The user can utilize its electronic installation such as computer system, mancarried device etc., serves in a large number and uses through network.In the service of some networks, the user must register or confirms for some information for specific service.In registration or affirmation process, the user must inspect the relevant information that server end provided that service is provided, and according to the input of being correlated with of these information, to register or to confirm.
Traditionally, information is via the computer writing transmission in the transmission of server and user's end, is altered by rogue programs such as virus or wooden horses easily, even adopt the mode of dummy keyboard, it holds the transmission after input is accomplished the user also is to transmit via computer writing.For instance, the input of transaction data at present is to import with keyboard or the dummy keyboard that is presented on the screen by user's end.When the user holds selection and transmission, still transfer to the identification that server is thought transaction content by electronics literal method.
Content for fear of these personal data or operation is stolen by other people, needs to strengthen the secrecy provision that the data between server and the user side transmit.Therefore, need a kind ofly can between server and user side, carry out arbitrary operation the time, protect the method and system of correctness of the data of transmission really.On the other hand, the part technology can utilize the side record and the mode of analog subscriber end input behavior to come the spoofs services device at present, and then accomplishes data and reply operation.So technology will form material risk for the transport behavior that needs high safety to consider.
Summary of the invention
In view of this, the present invention provides a kind of full-automatic differentiation computing machine and human test data production method and management system thereof, and the related application management method, to solve the above problems.
The embodiment of the invention provides a kind of full-automatic differentiation computing machine and human test data production method, is applicable to an electronic installation.At first, electronic installation determines one group of first data acquisition according at least one first data of a corresponding operation.Wherein, first data are and the relevant sensitive data of an operation.Then, electronic installation produces one group of CAPTCHA data corresponding to first data acquisition according to first data.Wherein, electronic installation can be a server end or a user side.When this electronic installation was this user side, this user side was obtained at least one generation module by this server end, in order to determine this first data acquisition and to produce this group CAPTCHA data.
The embodiment of the invention provides a kind of full-automatic differentiation computing machine and human test data management system in addition, comprises an electronic installation at least.Electronic installation determines one group of first data acquisition according at least one first data of a corresponding operation, and according to first data, produces one group of CAPTCHA data corresponding to first data acquisition.Wherein, first data are the sensitive data relevant with operation, and electronic installation is a server end or a user side.When electronic installation was user side, user side was obtained at least one generation module by server end, in order to determine first data acquisition and to produce this group CAPTCHA data.
The embodiment of the invention provides the application management method of a kind of full-automatic differentiation computing machine with the mankind's test data.At first, a server end or a user side determine one group of first data acquisition according at least one first data of a corresponding operation, and according to first data, produce and organize one group of CAPTCHA data of first data acquisition corresponding to this.Wherein, first data are the sensitive data relevant with operation.Then, in a data distributing program, this group of user side utilization CAPTCHA data and server end are operated, and before data distributing program finished, server end got/can indicate user side and utilizes an entity apparatus to carry out a specific operation.When server end detects user side and utilizes entity apparatus to carry out specific operation, confirm that operation accomplishes, with the end data transmission procedure.
In certain embodiments, when electronic installation was server end, server end was sent to user side with the CAPTCHA data, and user side utilizes CAPTCHA data and server end to operate.In certain embodiments, when electronic installation was user side, user side directly utilized the CAPTCHA data that one summary info of CAPTCHA data or corresponding CAPTCHA data is sent to server end, to operate.
Said method of the present invention can exist through the procedure code mode.When procedure code was written into and carries out by machine, this machine will become and is used to carry out device of the present invention.
For making above-mentioned purpose of the present invention, characteristic and the advantage can be more obviously understandable, hereinafter is special lifts embodiment, and conjunction with figs., specifies as follows.
Description of drawings
Fig. 1 shows the data management system according to the embodiment of the invention.
Fig. 2 A, Fig. 2 B, Fig. 2 C figure are the synoptic diagram that shows according to the CAPTCHA data of the embodiment of the invention.
Fig. 3 is the synoptic diagram of demonstration one according to the CAPTCHA data that contain enciphered data of the embodiment of the invention.
Fig. 4 is the process flow diagram of demonstration one according to the CAPTCHA data creating method of the embodiment of the invention.
Fig. 5 is the data management system that shows according to another embodiment of the present invention.
Fig. 6 is the process flow diagram that shows according to the CAPTCHA data creating method of another embodiment of the present invention.
Fig. 7 is the process flow diagram that shows according to the CAPTCHA data creating method of the embodiment of the invention.
Wherein, description of reference numerals is following:
100～data management system;
110～server end;
112～generation module;
114～encrypting module;
116～deciphering module;
120～user side;
130～network;
300～CAPTCHA data;
312～the second data;
314～the 3rd data;
S410, S420, S430～execution in step;
500～data management system;
510～server end;
512～generation module;
514～encrypting module;
516～deciphering module;
520～user side;
530～network;
S610, S620, S630, S640～execution in step;
S710, S720 ..., S760～execution in step.
Embodiment
A kind of electronic installation that can be used for is provided in the embodiment of the invention; Full-automatic differentiation computing machine and human test (Completely Automated Public Test to tell Computers and Humans Apart is hereinafter to be referred as CAPTCHA) production method of data and relevant data management system thereof like server end and/or user side.Electronic installation can be according to one or more sensitive data or significant data relevant with operation of the desired operation of the user of respective user end; Determine one group of first data acquisition; Then, again according to sensitive data, produce one group of CAPTCHA data corresponding to first data acquisition.Simultaneously, can each the CAPTCHA data that produce be added a specific enciphered data (a for example watermark).Afterwards, the checking that data encrypted just capable of using and user side carry out this operation and carry out both sides' data, data are effectively altered in the prevention transport process.
In embodiment, more provide a kind of with the CAPTCHA data that produce for example picture be used to operate method like transaction processing.At first, electronic installation produces the mankind or the recognizable picture of computer (CAPTCHA data), and wherein, picture can produce different pattern or combination according to different transaction contents.When picture was produced by server end, server end can be sent to a user side with picture through transmission medium.User side can use the input of picture as transaction data, with the processing of concluding the business, and picture is sent back server end with transmission medium.At last, server end can be according to the content of picture recognition transaction.When picture was produced by user side, user side can directly use the input of picture as transaction data, with the processing of concluding the business, and picture was sent back server end with transmission medium.At last, server end can be according to the content of picture recognition transaction.
Fig. 1 shows the data management system according to the embodiment of the invention.Data management system 100 according to the embodiment of the invention comprises a server end 110 and a user side 120 at least, wherein server end 110 can through a transmission medium for example network 130 carry out the transmission of data with user side 120, carry out an operation between the two.Transmission medium for instance but be not limited thereto, comprises network 130.Network 130 can comprise wired or wireless network, world-wide web (INTERNET) for example, but be not limited thereto.In this embodiment, operation can comprise that one or more step and these steps have a set execution flow process, when carrying out this operation, must carry out all steps according to this set execution flow process in regular turn.
Wherein, server end 110 more comprises a generation module 112, an encrypting module 114 and a deciphering module 116.Generation module 112 determines one group of first data acquisition in order to according to first data.Generation module 112 can determine one group of first data acquisition according to one or more first data in the operation of institute's desire execution.Wherein, first data can be and operate relevant sensitive data, the sensitive data or the significant data of being correlated with like the user, for example user's personal identification data, account number, transfer amount, address or the like.Because these data will influence the result of operation, therefore need special processing.First data acquisition can comprise all possible data corresponding to first data.For instance, when being a numerical data as if first data, then its first corresponding data acquisition can be digital 0-9.
Then, generation module 112 according to the data characteristic of first data, produces one group of CAPTCHA data corresponding to first data acquisition again.For fear of the input behavior that is caused a large amount of malice or repeatability by computing machine or program, the CAPTCHA technology can be used for distinguishing the computing machine or the mankind, import by the user to pick out relevant input, also or by computing machine automatic generation.Generally speaking; CAPTCHA is by requiring the user to import literal or the numeral that is shown on the picture that relatively is not easy to be picked out automatically by some identification programs, and it is by computing machine or human the generation that literal that is for example shown on the picture of torsional deformation or line or numeral are distinguished relevant input.It is noted that, in the embodiment of the invention, adopt the CAPTCHA technology conception, the CAPTCHA data corresponding to the required related data of operation are provided.When first data comprise one by one or more the numeral formed numerical data the time, each data segment can be one or more numeral.Therefore, generation module 112 can produce the one group of CAPTCHA data that comprises digital 0-9, shown in Fig. 2 A according to the characteristic of numerical data.When first data comprise one form by one or more character character data the time, each data segment can be single character or a plurality of character (character string).Therefore, generation module 112 can produce the one group of CAPTCHA data that comprises English alphabet A-Z, shown in Fig. 2 B according to the characteristic of character data.In one embodiment; When supposing that first data are an address date; Because address date is made up of character datas such as comprising city, zone, street, lane, lane, therefore, generation module 112 can be according to the characteristic of address date; Each data segment is made as one or more character and produces one group of corresponding CAPTCHA data, shown in Fig. 2 C.Be noted that in this example, the CAPTCHA data shown in Fig. 2 to Fig. 2 C are pictures.Yet in certain embodiments, except picture, the CAPTCHA data also can be video signal or sound etc.
For instance but be not limited thereto, in an embodiment, when being operating as Net silver account transfer operation; Comprise user's the account number and the sensitive data of transfer amount during operation; Therefore, generation module 112 will produce pairing 10 the CAPTCHA data of digital 0-9 respectively, shown in Fig. 2 A.In another embodiment, when comprising the combination of English alphabet and numeral as if Account Data, then generation module 112 can produce alphabetical A-Z and pairing 36 the CAPTCHA data of digital 0-9 respectively, shown in Fig. 2 A and Fig. 2 B.
After one group of CAPTCHA data that generation module 112 produces corresponding to first data acquisition, encrypting module 114 can be with the indivedual enciphered datas of hiding a correspondence of the CAPTCHA data of generation module 112 all generations.Wherein, enciphered data includes the information relevant with operation, the for example Step Information of operator's recognition data and operation.In certain embodiments, enciphered data can be a watermark, a digital signature or specific key that an algorithm produced etc.Please, show a CAPTCHA schematic diagram data according to the embodiment of the invention with reference to Fig. 3.As shown in Figure 3, more include an enciphered data 310 in the CAPTCHA data 300, this enciphered data 310 is not visual watermark.Enciphered data 310 more includes one second data 312 and one the 3rd data 314.For instance, second data 312 can be in order to the expression corresponding operation steps of enciphered data 310 in operation steps, also be that this enciphered data 310 produces in which step, and the 3rd data 314 can be represented the user's of user side 120 a recognition data.In other words, can learn which user is enciphered data 310 produce with in which step through second data 312 and the 3rd data 314 and produce, and then verify the correctness of user's identity and data.
The CAPTCHA data of hiding enciphered data will be transferred into user side 120, and causes users end 120 utilizes the full-automatic differentiation computing machine of these generations and human test data to import, and carries out this operation with server end 110.In operating process, user side 120 can be sent to server end 110 with selected CAPTCHA data and verify.
Afterwards; For instance; If when a step is the step of the input amount of money; The user can be through clicking the input of corresponding desire the CAPTCHA data of amount of money numeral import, and user side 120 can be sent to server end 110 with the CAPTCHA data of correspondence or its summary info and verifies whether correctly pass on server end 110 in order to verification msg.
Whether the data that deciphering module 116 is transmitted in order to decode users end 120 decode enciphered data (for example watermark) from the data that user side 120 is transmitted, identical with the data of originally sending according to the represented content judgment data of enciphered data again.In certain embodiments, the information that generation module 112 is also can foundation relevant with operation produces a summary info.For instance, summary info can be a specific data structure, wherein comprise, for example, aforesaid second and third data.In certain embodiments; The data that user side 120 is transmitted can be the summary info of corresponding CAPTCHA data; At this moment; Whether deciphering module 116 also can decode second and third data from the summary info that user side 120 is transmitted, identical with the data of originally sending according to the represented content judgment data of second and third data again.Therefore, can further guarantee the correctness of transmission data between server end 110 and the user side 120 through deciphering module 116.Detailed CAPTCHA data creating method will in after describe.
Fig. 4 shows a process flow diagram according to the CAPTCHA data creating method of the embodiment of the invention.Please be simultaneously with reference to Fig. 1 and Fig. 4.CAPTCHA data creating method according to the embodiment of the invention can be applied on the server end 110 of data management system 100, carries out the required service data of an operation in order to produce, and this operation has the step of a plurality of fixing operation orders.For instance, an operation can comprise the first step and second step, and wherein second step just is performed after first step executes.
At first, like step S410, generation module 112 determines one group of first data acquisition according at least one first data of a corresponding operation.For instance, if first data are when being a numerical data, first data acquisition is digital 0-9, and when if first data are a character data, first data acquisition is the set of the possible character of institute.Then, like step S420, generation module 112 is divided into a plurality of data segments with first data acquisition, and to each data segment, produces corresponding CAPTCHA data according to the characteristic of first data.Similarly, when first data comprise one by one or more the numeral formed numerical data the time, each data segment can be one or more numeral.When first data comprise one form by one or more character character data the time, each data segment can be single character or a plurality of character (character string).For instance, when being operating as Net silver account transfer operation, required data can comprise account number and transfer amount data during operation, and therefore, server end 110 will produce pairing 10 the CAPTCHA data of digital 0-9 respectively, shown in Fig. 2 A.In another embodiment, when comprising the combination of English alphabet and numeral as if Account Data, then server end 110 can produce alphabetical A-Z and pairing 36 the CAPTCHA data of digital 0-9 respectively.Similarly, the CAPTCHA data can be a picture (shown in Fig. 2 to Fig. 2 C), video signal or sound etc.
Afterwards, like step S430, each CAPTCHA data that encrypting module 114 is produced generation module 112 are hidden into one and are included and the corresponding enciphered data of operating relevant information.Similarly, enciphered data can be the specific key that a watermark, a digital signature or an algorithm are produced.Please with reference to Fig. 3.As shown in Figure 3, more include an enciphered data 310 in the CAPTCHA data 300, wherein enciphered data 310 more includes one second data 312 and one the 3rd data 314.Second data 312 can in order to expression enciphered data 310 in operation steps a corresponding operation steps, also be that this enciphered data 310 produces in which step, and the 3rd data 314 can be represented the user's of user side 120 a recognition data.
The CAPTCHA data of hiding enciphered data will be transferred into user side 120, and causes users end 120 utilizes the CAPTCHA data of these generations to import, and carries out this operation with server end 110.In operating process, user side 120 can be sent to server end 110 with selected CAPTCHA data and verify.User side 120 just can be sent to server end 110 with the CAPTCHA data of correspondence or its summary info and verify whether correctly pass on server end 110 in order to verification msg.
Afterwards, when server end 110 receives the data that user side 120 sees off, can check whether enciphered data on the CAPTCHA data correctly guarantees the correctness of data.
Fig. 5 shows the data management system according to another embodiment of the present invention.Data management system 500 according to the embodiment of the invention comprises a server end 510 and a user side 520 at least, wherein server end 510 can through a transmission medium for example network 530 carry out the transmission of data with user side 520, carry out an operation between the two.Transmission medium for instance but be not limited thereto, comprises network 530.Network 530 can comprise wired or wireless network, world-wide web (INTERNET) for example, but be not limited thereto.In this embodiment, operation can comprise that one or more step and these steps have a set execution flow process, when carrying out this operation, must carry out all steps according to this set execution flow process in regular turn.
Wherein, server end 510 more comprises a generation module 512, an encrypting module 514 and a deciphering module 516.Similarly, generation module 512 determines one group of first data acquisition in order to according to first data.Generation module 512 can determine one group of first data acquisition according to one or more first data in the operation of institute's desire execution.Wherein, first data can be and operate relevant sensitive data, the sensitive data or the significant data of being correlated with like the user, for example user's personal identification data, account number, transfer amount, address or the like.First data acquisition can comprise all possible data corresponding to first data.Generation module 512 can produce one group of CAPTCHA data corresponding to first data acquisition according to the data characteristic of first data.It is noted that, in the embodiment of the invention, adopt the CAPTCHA technology conception, the CAPTCHA data corresponding to the required related data of operation are provided.When first data comprise one by one or more the numeral formed numerical data the time, each data segment can be one or more numeral.Therefore, generation module 512 can produce the one group of CAPTCHA data that comprises digital 0-9, shown in Fig. 2 A according to the characteristic of numerical data.When first data comprise one form by one or more character character data the time, each data segment can be single character or a plurality of character (character string).Therefore, generation module 512 can produce the one group of CAPTCHA data that comprises English alphabet A-Z, shown in Fig. 2 B according to the characteristic of character data.In one embodiment; When supposing that first data are an address date; Because address date is made up of character datas such as comprising city, zone, street, lane, lane, therefore, generation module 512 can be according to the characteristic of address date; Each data segment is made as one or more character and produces one group of corresponding CAPTCHA data, shown in Fig. 2 C.Be noted that in this example, the CAPTCHA data shown in Fig. 2 A to Fig. 2 C are pictures.Yet in certain embodiments, except picture, the CAPTCHA data also can be video signal or sound etc.
After one group of CAPTCHA data that generation module 512 produces corresponding to first data acquisition, encrypting module 514 can be with the indivedual enciphered datas of hiding a correspondence of the CAPTCHA data of generation module 512 all generations.Wherein, enciphered data includes the information relevant with operation, the for example Step Information of operator's recognition data and operation.In certain embodiments, enciphered data can be a watermark, a digital signature or specific key that an algorithm produced etc.Please, show a CAPTCHA schematic diagram data according to the embodiment of the invention with reference to Fig. 3.As shown in Figure 3, more include an enciphered data 310 in the CAPTCHA data 300, this enciphered data 310 is not visual watermark.Enciphered data 310 more includes one second data 312 and one the 3rd data 314.For instance, second data 312 can be in order to the expression corresponding operation steps of enciphered data 310 in operation steps, also be that this enciphered data 310 produces in which step, and the 3rd data 314 can be represented the user's of user side 520 a recognition data.In other words, can learn which user is enciphered data 310 produce with in which step through second data 312 and the 3rd data 314 and produce, and then verify the correctness of user's identity and data.
Whether the data that deciphering module 516 is transmitted in order to decode users end 520 decode enciphered data (for example watermark) from the data that user side 520 is transmitted, identical with the data of originally sending according to the represented content judgment data of enciphered data again.In certain embodiments, the information that generation module 512 is also can foundation relevant with operation produces a summary info.For instance, summary info can be a specific data structure, wherein comprise, for example, aforesaid second and third data.In certain embodiments; The data that user side 520 is transmitted can be the summary info of corresponding CAPTCHA data; At this moment; Whether deciphering module 516 also can decode second and third data from the summary info that user side 520 is transmitted, identical with the data of originally sending according to the represented content judgment data of second and third data again.Therefore, can further guarantee the correctness of transmission data between server end 510 and the user side 520 through deciphering module 516.
On the other hand, user side 520 can comprise generation module 512 and/or encrypting module 514.It should be noted that user side 520 through a transmission medium for example network 530 obtain generation module 512 and/or encrypting module 514 by a specific electronic devices like server end 510.What remind is that in certain embodiments, user side 520 also can be obtained generation module 512 and/or encrypting module 514 through a third party.For instance, face cabinet to obtain a smart card (Smart Card) for user side 520 or user side 520 through post office or the logistics dealer external additional card (Dongle) of providing and delivering.The function of generation module 512 mainly is to determine first data acquisition and produce the CAPTCHA data.The function of encrypting module 514 mainly is the enciphered data of in the CAPTHCA data, hiding a correspondence.The correlative detail of generation module 512 and encrypting module 514 repeats no more at this as previously mentioned.The CAPTCHA data that user side 520 can utilize CPATCHA data or Tibetan to go into enciphered data are imported, and carry out this operation with server end 510.In operating process, user side 520 can be sent to server end 510 with selected CAPTCHA data and/or corresponding summary info and verify.
Fig. 6 shows the process flow diagram according to the CAPTCHA data creating method of another embodiment of the present invention.Please be simultaneously with reference to Fig. 5 and Fig. 6.CAPTCHA data creating method according to the embodiment of the invention can be applied on the user side 520 of data management system 500, carries out the required service data of an operation in order to produce, and this operation has the step of a plurality of fixing operation orders.For instance, an operation can comprise the first step and second step, and wherein second step just is performed after first step executes.
At first, like step S610, user side 520 by a specific electronic devices, is obtained (download) generation module 512 and encrypting module 514 like server end 510 like network 530 through a transmission medium.Similarly, in certain embodiments, user side 520 also can be obtained generation module 512 and/or encrypting module 514 through a third party.Like step S620, generation module 512 determines one group of first data acquisition according at least one first data of a corresponding operation.For instance, if first data are when being a numerical data, first data acquisition is digital 0-9, and when if first data are a character data, first data acquisition is the set of the possible character of institute.Then, like step S630, generation module 512 is divided into a plurality of data segments with first data acquisition, and to each data segment, produces corresponding CAPTCHA data according to the characteristic of first data.Similarly, when first data comprise one by one or more the numeral formed numerical data the time, each data segment can be one or more numeral.When first data comprise one form by one or more character character data the time, each data segment can be single character or a plurality of character (character string).For instance, when being operating as Net silver account transfer operation, required data can comprise account number and transfer amount data during operation, and therefore, user side 520 will produce pairing 10 the CAPTCHA data of digital 0-9 respectively, shown in Fig. 2 A.In another embodiment, when comprising the combination of English alphabet and numeral as if Account Data, then user side 520 can produce alphabetical A-Z and pairing 36 the CAPTCHA data of digital 0-9 respectively.Similarly, the CAPTCHA data can be a picture (shown in Fig. 2 to Fig. 2 C), video signal or sound etc.
Afterwards, like step S640, each CAPTCHA data that encrypting module 514 is produced generation module 512 are hidden into one and are included and the corresponding enciphered data of operating relevant information.Similarly, enciphered data can be the specific key that a watermark, a digital signature or an algorithm are produced.Please with reference to Fig. 3.As shown in Figure 3, more include an enciphered data 310 in the CAPTCHA data 300, wherein enciphered data 310 more includes one second data 312 and one the 3rd data 314.Second data 312 can in order to expression enciphered data 310 in operation steps a corresponding operation steps, also be that this enciphered data 310 produces in which step, and the 3rd data 314 can be represented the user's of user side 120 a recognition data.
After the CAPTCHA data of hide enciphered data were produced, user side 520 can utilize the CAPTCHA data of these generations to import, and carries out this operation with server end 510.In operating process, user side 520 can be sent to server end 510 with selected CAPTCHA data and/or corresponding summary info and verify.When server end 510 receives the data that user side 520 sees off, can check whether whether enciphered data on the CAPTCHA data correctly guarantees the correctness of data, correctly pass on server end 510 with verification msg.
Below enumerate an embodiment, in order to aid illustration foundation data processing details of the present invention, but the present invention is not limited to this.In present embodiment; Suppose with one be operating as the Internet bank transfer transactions be example, " the account transfer account number " in this transaction and " amount of money " two-part data will influence the result of whole transaction, so definable is the sensitive data in this transaction; And " account transfer account number " can be digital " 0 "-" 9 " and letter " A "-" Z " with the pairing data acquisition of " amount of money " data; For example, " account transfer account number " can be " A123456 " and can be " 1000 " with " amount of money ", therefore; Digital " 0 "-" 9 " are possible data acquisition with letter " A "-" Z "; Therefore according to CAPTCHA data creating method of the present invention, the generation module of server end or user side will produce the corresponding CAPTCHA data of 0-9 and A-Z respectively, shown in Fig. 2 A and Fig. 2 B.The encrypting module of server end or user side is hidden the CAPTCHA data of all generations into one and is comprised and the watermark of operating relevant data.When the CAPTCHA data were produced by server end, server end just can be sent to user side with the CAPTCHA data after encrypting, and the CAPTCHA data after the user side encryption just capable of using are carried out this transaction.When the CAPTCHA data were produced by user side, user side just can directly utilize the CAPTCHA data after the encryption to carry out this transaction.
Fig. 7 shows the process flow diagram according to the application management method of the CAPTCHA data of the embodiment of the invention.It should be noted that in this embodiment the CAPTCHA data that an entity apparatus of user side can combine the application to produce are used, and then the augmentation data safety of transmission.
At first, in a data distributing program, like step S710, at least one first data according to a corresponding operation determine one group of first data acquisition, and according to first data acquisition, produce and organize one group of CAPTCHA data of first data acquisition corresponding to this.It should be noted that step S710 can be performed by a server end or a user side.When step S710 was performed by user side, user side can be obtained relevant module like server end earlier by a specific electronic devices, and like generation module and encrypting module, the module that obtains of utilization determines first data acquisition and produces the CAPTCHA data again.Similarly, in certain embodiments, user side also can be obtained generation module and/or encrypting module through a third party.In addition, similarly, first data can be the sensitive data relevant with this operation.For instance, when being operating as Net silver account transfer operation, required data can comprise account number and transfer amount data during operation, and therefore, user side 520 will produce pairing 10 the CAPTCHA data of digital 0-9 respectively, shown in Fig. 2 A.In another embodiment, when comprising the combination of English alphabet and numeral as if Account Data, then user side 520 can produce alphabetical A-Z and pairing 36 the CAPTCHA data of digital 0-9 respectively.Similarly, the CAPTCHA data can be a picture (shown in Fig. 2 to Fig. 2 C), video signal or sound etc.
Like step S720, this group of user side utilization CAPTCHA data and server end are operated.It should be noted that in certain embodiments, when first data acquisition and CAPTCHA data determine that by server end when producing, in data distributing program, server end can be sent to user side with this group CAPTCHA data earlier.In addition, similarly, when this group of user side utilization CAPTCHA data and server end were operated, user side can be sent to server end 510 with selected CAPTCHA data and/or corresponding summary info and verify.
Like step S730, before data distributing program finished, server end got/can transmit relevant information to user side, utilized an entity apparatus to carry out a specific operation with the indication user side.It should be noted that in certain embodiments entity apparatus can comprise a fiscard, a credit card, a storage card, a smart card or a specific device that can plugged or responded to by user side.Be noted that, the purpose of step S730 be to require the user at the user side place the actual entity apparatus that utilizes carry out specific operation.In addition, it should be noted that specific operation can and should be used for according to different demands designing.For instance, specific operation can be extracted the fetch equipment that injects user side again or be connected to user side with aforementioned card or device, like CR etc.In another example, specific operation can move away specific device user side or be connected to the sensing apparatus of user side, makes user side can't sense specific device.Afterwards, again specific device is moved nearly user side or be connected to the sensing apparatus of user side, make user side sense specific device again.In another example, specific operation can be adjusted at least one member of entity apparatus, as shift one's position etc.Prompting is once more, and specific operation can and should be used for according to different demands designing, and the application is not limited to any specific operation.
Afterwards, like step S740, whether server end judges end utilizes entity apparatus to carry out this specific operation.(step S740 not) do not arranged when utilizing entity apparatus to carry out specific operation when server end detects user side,, confirm failure like step S750, and the end data transmission procedure.When server end detects user side (step S740 is) when utilizing entity apparatus to carry out specific operation arranged,, confirm that operation accomplishes like step S760, and the end data transmission procedure.
In sum; According to CAPTCHA data creating method of the present invention and data management system thereof; And related application management method; Can in server end or the operation of user side, gather one group of CAPTCHA data of generation by the possible data of the sensitive data relevant, again this group CAPTCHA data added one and include and operate the for example next further data of protecting institute to transmit and received of a watermark of relevant enciphered data, can strengthen the security on the existing method of commerce with the user according to a desire execution; Utilize CAPTCHA data (like picture) to replace to be easier to the computer writing of being altered by virus or wooden horse in server end and user side whole process; In the past adopt fully the computer writing transmission come safety, and can guarantee the unlikely loss of data important in the transport process or stolen, and then the security when increasing executable operations.On the other hand, through the indication user at the user side place the actual entity apparatus that utilizes carry out specific operation, the behavior that utilizes side record and analog subscriber end input behavior to come the spoofs services device in can solving.
Method of the present invention, or specific modality or its part can exist with the form of procedure code.Procedure code can be contained in tangible media; Like soft dish, CD-RW discsCD-RW, hard disc or any other machine-readable (getting) medium like computer-readable; Also or be not limited to the computer program product of external form, wherein, when procedure code by machine; When being written into and carrying out like computer, this machine becomes in order to participate in device of the present invention.Procedure code also can pass through some transfer mediums, transmit like electric wire or cable, optical fiber or any transmission form, wherein, when procedure code by machine, as computer receive, when being written into and carrying out, this machine becomes in order to participate in device of the present invention.When the general service processing unit is done in fact, procedure code combines processing unit to provide a class of operation to be similar to the unique apparatus of using particular logic circuit.
Though the present invention discloses as above with preferred embodiment; Yet it is not in order to limit the present invention; Any those of ordinary skills; Do not breaking away from the spirit and scope of the present invention, when can doing a little change and retouching, so protection scope of the present invention is as the criterion when looking the scope that claim defined of enclosing.
Claims (29)
1. a full-automatic computing machine and the human test data production method distinguished is applicable to an electronic installation, comprises the following steps:
This electronic installation determines one group of first data acquisition according at least one first data of a corresponding operation, and wherein these first data are the sensitive data relevant with this operation; And
This electronic installation produces corresponding to this group of organizing first data acquisition and automatically distinguishes computing machine and human test data according to these first data,
Wherein, This electronic installation is a server end or a user side; And when this electronic installation was this user side, this user side was obtained at least one generation module by this server end, in order to determine this first data acquisition and to produce this full-automatic computing machine and human test data distinguished.
2. full-automatic differentiation computing machine as claimed in claim 1 and human test data production method more comprise:
Full-automatic each that distinguish computing machine and human test data of this group is hidden into a corresponding enciphered data, and wherein this enciphered data includes the information relevant with this operation.
3. full-automatic differentiation computing machine as claimed in claim 2 and human test data production method more comprise:
Information according to should be relevant with this operation produces a summary info.
4. full-automatic differentiation computing machine as claimed in claim 3 and human test data production method; Wherein this operation has a plurality of operation stepss; And the information relevant with this operation that this enciphered data comprised comprises one second data, wherein the corresponding operation steps of this this enciphered data of second data representation in said a plurality of operation stepss.
5. full-automatic differentiation computing machine as claimed in claim 4 and human test data production method, the information relevant with this operation that this enciphered data comprised comprises one the 3rd data, wherein the user's of the 3rd this user side of data representation a recognition data.
6. full-automatic differentiation computing machine as claimed in claim 1 and human test data production method, wherein this enciphered data is a watermark.
7. full-automatic differentiation computing machine as claimed in claim 1 and human test data production method wherein should be according to these first data, and the step that generation is automatically distinguished computing machine and the mankind's test data corresponding to this group of organizing first data acquisition more comprises:
According to the characteristic of these first data, should organize first data acquisition and be divided into a plurality of data segments; And
To each said a plurality of data segment, produce a corresponding full-automatic computing machine and the human test data distinguished.
8. full-automatic differentiation computing machine as claimed in claim 7 and human test data production method, wherein these first data comprise that a numerical data and each said a plurality of data segment are one or more numeral.
9. full-automatic differentiation computing machine as claimed in claim 7 and human test data production method, wherein these first data comprise that a character and each said a plurality of data segment are one or more character.
10. full-automatic differentiation computing machine as claimed in claim 1 and human test data production method, wherein, each said a plurality of full-automatic differentiation computing machine comprises a picture, a video signal or a sound with human test data.
11. full-automatic differentiation computing machine as claimed in claim 1 and human test data production method; Wherein, When this electronic installation is this server end; This server end will be organized the full-automatic computing machine of distinguishing and be sent to this user side with human test data, and this user side utilizes the full-automatic computing machine of distinguishing of this group to carry out this operation with human test data and this server end.
12. full-automatic differentiation computing machine as claimed in claim 1 and human test data production method; Wherein, When this electronic installation is this user side; This user side directly utilizes full-automatic computing machine and the human test data distinguished of this group will organize and automatically distinguish the computing machine and the mankind's test data or should organize full-automatic differentiation computing machine mutually and a summary info of the mankind's test data is sent to this server end, to carry out this operation.
13. a full-automatic computing machine and the human test data management system distinguished comprises at least:
One electronic installation; At least one first data in order to according to a corresponding operation determine one group of first data acquisition, and according to these first data; Generation is automatically distinguished computing machine and human test data corresponding to this group of organizing first data acquisition; Wherein, these first data are the sensitive data relevant with this operation
Wherein, This electronic installation is a server end or a user side; And when this electronic installation was this user side, this user side was obtained at least one generation module by this server end, in order to determine this first data acquisition and to produce this full-automatic computing machine and human test data distinguished.
14. full-automatic differentiation computing machine as claimed in claim 13 and human test data management system; Wherein this electronic installation more comprises a generation module; In order to according to these first data; Determine one group of first data acquisition, and produce full-automatic computing machine and the human test data distinguished of this group of organizing first data acquisition corresponding to this.
15. full-automatic differentiation computing machine as claimed in claim 14 and human test data management system; Wherein this electronic installation more comprises an encrypting module; Hide into a corresponding enciphered data in order to will organize full-automatic each that distinguish computing machine and human test data, wherein this enciphered data includes the information relevant with this operation.
16. full-automatic differentiation computing machine as claimed in claim 15 and human test data management system, wherein this generation module more according to operating relevant information with this, produces a summary info.
17. full-automatic differentiation computing machine as claimed in claim 16 and human test data management system; Wherein this operation has a plurality of operation stepss; And the information relevant with this operation that this enciphered data comprised comprises one second data, wherein the corresponding operation steps of this this enciphered data of second data representation in said a plurality of operation stepss.
18. full-automatic differentiation computing machine as claimed in claim 17 and human test data management system; The information relevant with this operation that wherein this enciphered data comprised comprises one the 3rd data, wherein the user's of the 3rd this user side of data representation a recognition data.
19. full-automatic differentiation computing machine as claimed in claim 13 and human test data management system, wherein this enciphered data is a watermark.
20. full-automatic differentiation computing machine as claimed in claim 13 and human test data management system; Wherein this generation module is more according to the characteristic of these first data; Should organize first data acquisition and be divided into a plurality of data segments; And, produce a corresponding full-automatic computing machine and the human test data distinguished to each said a plurality of data segment.
21. full-automatic differentiation computing machine as claimed in claim 20 and human test data management system, wherein these first data comprise that a numerical data and each said a plurality of data segment are a numeral.
22. full-automatic differentiation computing machine as claimed in claim 20 and human test data management system, wherein these first data comprise that a character data and each said a plurality of data segment are one or more character.
23. full-automatic differentiation computing machine as claimed in claim 13 and human test data management system, wherein, each said a plurality of full-automatic differentiation computing machine comprises a picture, a video signal or a sound with human test data.
24. full-automatic differentiation computing machine as claimed in claim 13 and human test data management system; Wherein, When this electronic installation is this server end; This server end more will be organized the full-automatic computing machine of distinguishing and be sent to this user side with human test data, and this user side utilizes the full-automatic computing machine of distinguishing of this group to carry out this operation with human test data and this server end.
25. full-automatic differentiation computing machine as claimed in claim 13 and human test data management system; Wherein, When this electronic installation is this user side; This user side directly utilizes full-automatic computing machine and the human test data distinguished of this group will organize and automatically distinguish the computing machine and the mankind's test data or should organize full-automatic differentiation computing machine mutually and a summary info of the mankind's test data is sent to this server end, to carry out this operation.
26. a full-automatic application management method of distinguishing computing machine and the mankind's test data comprises the following steps:
One server end or a user side are according at least one first data of a corresponding operation; Determine one group of first data acquisition; And according to these first data; Generation is automatically distinguished computing machine and human test data corresponding to this group of organizing first data acquisition, and wherein, these first data are the sensitive data relevant with this operation;
In a data distributing program, this user side utilizes the full-automatic computing machine of distinguishing of this group to carry out this operation with human test data and this server end; And
Before this data distributing program finished, this this user side of server end indication utilized an entity apparatus to carry out a specific operation; And
When this server end detects this user side and utilizes this entity apparatus to carry out this specific operation, confirm and operation to accomplish, to finish this data distributing program.
27. the application management method of full-automatic differentiation computing machine as claimed in claim 26 and the mankind's test data; Wherein, When this first data acquisition with should full-automatic distinguish computing machine and human test data by this server end decision when producing; In this data distributing program, this server end more will be organized the full-automatic computing machine of distinguishing and be sent to this user side with human test data.
28. the application management method of full-automatic differentiation computing machine as claimed in claim 26 and the mankind's test data; Wherein, When this first data acquisition with should full-automatic distinguish computing machine and human test data by this user side decision when producing; In this data distributing program, this user side is obtained at least one generation module by this server end, to determine this first data acquisition and to produce this full-automatic computing machine and human test data distinguished.
29. the application management method of full-automatic differentiation computing machine as claimed in claim 26 and the mankind's test data; Wherein, this entity apparatus comprises a fiscard, a credit card, a storage card, a smart card or a specific device that can plugged or responded to by this user side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102298040A CN102332065A (en) | 2010-07-13 | 2010-07-13 | Completely automated public test to tell computers and humans apart (CAPTCH) data generating method, and management system and method thereof |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2010102298040A CN102332065A (en) | 2010-07-13 | 2010-07-13 | Completely automated public test to tell computers and humans apart (CAPTCH) data generating method, and management system and method thereof |
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