CN105101180A

CN105101180A - Terminal authenticity verification method and terminal authenticity verification device

Info

Publication number: CN105101180A
Application number: CN201410159142.2A
Authority: CN
Inventors: 王颢; 蔡旋
Original assignee: BEIJING ANTUTU TECHNOLOGY Co Ltd
Current assignee: BEIJING ANTUTU TECHNOLOGY Co Ltd
Priority date: 2014-04-18
Filing date: 2014-04-18
Publication date: 2015-11-25
Anticipated expiration: 2034-04-18
Also published as: CN105101180B

Abstract

The embodiment of the invention discloses a terminal authenticity verification method and a terminal authenticity verification device. The terminal authenticity verification method is applicable to a server. The method comprises the steps of acquiring a verification request constructed and sent by a terminal when a verification instruction sent by a user is received, querying a prestored model which is identical to the model of the terminal and hardware performance evaluation indexes corresponding to a hardware performance evaluation result; determining an authenticity verification result corresponding to the terminal according to the hardware performance evaluation indexes and the hardware performance evaluation result; and feeding the verification result back to the terminal so as to enable the terminal to inform a user of the verification result. Therefore, manual input of a forgeable unique equipment identification code can be avoided by using the scheme disclosed by the invention, so that the accuracy and the speed of terminal authenticity verification can be improved.

Description

Terminal authenticity verification method and device

Technical Field

The invention relates to the field of terminals, in particular to a method and a device for verifying authenticity of a terminal.

Background

With the rapid development of science and technology, various terminals such as mobile phones and the like are continuously abundant and convenient for the public life. The terminal is an indispensable part in life or work of people due to the advantages of convenience, rapidness, resource saving and the like of utilizing the terminal to process information.

However, with the increasing popularity of various terminals, in order to obtain high illegal income, various counterfeit terminals imitating brand terminals have appeared on the market and have been increasingly popular. As a counterfeit, various counterfeit terminals mimic the function and style of a brand terminal, and are particularly susceptible to being mistaken by consumers as brand terminals. When a consumer purchases the terminal, some merchants can definitely tell the consumer that the sold terminal is the counterfeit terminal, and some merchants cannot tell the consumer to deceive the consumer, so that the counterfeit terminal is sold according to the price of a genuine product. Therefore, the verification of the authenticity of the terminal is an important part of guaranteeing the rights of consumers.

In the prior art, when verifying the authenticity of a terminal, a user usually needs to input an IMEI (international mobile equipment identity) of the terminal in a terminal official website or some specific verification website, and if the registration is successful, the terminal is verified to be a genuine product. However, since the user is required to manually input a long string of IMEI, the authentication rate is low, and the counterfeit terminal may also have a counterfeit unique device identification code, resulting in low authentication accuracy.

Disclosure of Invention

Based on the above problems, the embodiment of the invention discloses a method and a device for verifying authenticity of a terminal, so as to improve the accuracy and the speed of verifying authenticity of the terminal. The technical scheme is as follows:

in a first aspect, an embodiment of the present invention provides a method for verifying authenticity of a terminal, which is applicable to a server, and the method includes:

receiving a verification request sent by a terminal, wherein the verification request carries the model of the terminal and at least one hardware performance evaluation result;

inquiring a pre-stored hardware performance evaluation index which is of the same type as the terminal type and corresponds to the hardware performance evaluation result;

determining a authenticity verification result corresponding to the terminal according to the hardware performance evaluation index and the hardware performance evaluation result;

and feeding back the verification result to the terminal so that the terminal informs the user of the verification result.

Optionally, the determining, according to the hardware performance evaluation index and the hardware performance evaluation result, a authenticity verification result corresponding to the terminal includes:

judging whether the difference value between the hardware performance evaluation result of the terminal and the corresponding hardware performance evaluation index is within a preset range, and if not, determining that the terminal is a false inferior product;

or,

the hardware performance evaluation indexes comprise: a genuine product index and a counterfeit inferior product index;

the determining the authenticity verification result corresponding to the terminal according to the hardware performance evaluation index and the hardware performance evaluation result comprises the following steps:

determining a hardware performance evaluation index matched with a hardware performance evaluation result of the terminal;

and when the hardware performance evaluation index matched with the hardware performance evaluation result of the terminal is determined to be a pseudo-inferior product index, determining that the terminal is a pseudo-inferior product.

Optionally, the at least one hardware performance evaluation result includes: at least one of the CPU performance evaluation result and the GPU performance evaluation result.

Optionally, the verification request further carries hardware parameters of a predetermined hardware item;

the method further comprises the following steps:

inquiring at least one group of prestored hardware parameter information of the same model as the model of the terminal, wherein each group of hardware parameter information corresponds to a hardware item, and each group of hardware parameter information comprises at least one type of hardware parameter of the hardware item and the corresponding proportion of each type of hardware parameter, wherein the corresponding proportion of each type of hardware parameter is the proportion of terminals with the type of hardware parameter in terminals of the same model, in which the hardware parameters of the hardware item are collected in advance;

and determining the authenticity verification result corresponding to the terminal according to the hardware performance evaluation index, the hardware performance evaluation result, the hardware parameters in the inquired hardware parameter information and the corresponding proportion thereof, and the hardware parameters of the preset hardware item of the terminal.

Optionally, the hardware parameters of the predetermined hardware items of the terminal include: hardware parameters of a first type of hardware item of the terminal;

correspondingly, the determining the authenticity verification result corresponding to the terminal according to the hardware performance evaluation index, the hardware performance evaluation result, the hardware parameters and the corresponding proportion in the inquired hardware parameter information, and the hardware parameters of the predetermined hardware item of the terminal includes:

judging whether the difference value between the hardware performance evaluation result of the terminal and the corresponding hardware performance evaluation index is within a preset range, and if not, determining that the terminal is a false inferior product; if so, the mobile terminal can be started,

judging whether the hardware parameter of a first type of hardware item of the terminal is the hardware parameter with the highest proportion in the hardware parameter information corresponding to the first type of hardware item, and if not, determining that the terminal is a pseudo-inferior product;

if yes, further judging whether hardware parameters of a first type of hardware item of the terminal to be judged exist;

if so, taking the hardware parameter of a first type of hardware item of the terminal to be judged as the hardware parameter of the next first type of hardware item of the terminal for judgment; otherwise, determining that the terminal is a genuine product.

Optionally, the hardware performance evaluation index includes: a genuine product index and a counterfeit inferior product index; the hardware parameters of the predetermined hardware items of the terminal include: hardware parameters of a first type of hardware item of the terminal;

when the hardware performance evaluation index matched with the hardware performance evaluation result of the terminal is determined to be a pseudo-inferior product index, determining that the terminal is a pseudo-inferior product;

when the hardware performance evaluation index matched with the hardware performance evaluation result of the terminal is determined to be a genuine article index, continuously judging whether the hardware parameter of a first type of hardware item of the terminal is the hardware parameter with the highest proportion in the hardware parameter information corresponding to the first type of hardware item, and if not, determining that the terminal is a fake inferior article;

Optionally, the first type of hardware items include:

one or more of the CPU ID, CPU model, screen resolution, GPU brand, GPU model, CPU hardware, and GPU renderer;

the CPU hardware comprises one or more of core number, ARM processor version number and multimedia instruction set.

Optionally, the hardware parameters of the predetermined hardware items of the terminal include: hardware parameters of a first type of hardware item and hardware parameters of a second type of hardware item of the terminal;

if so, the mobile terminal can be started,

further judging whether hardware parameters of a first type of hardware item of the terminal to be judged exist or not, if so, judging by taking the hardware parameters of one first type of hardware item of the terminal to be judged as the hardware parameters of the next first type of hardware item of the terminal; if not, then,

respectively judging whether the hardware parameter of each second type hardware item of the terminal is the hardware parameter with the highest proportion in the hardware parameter information corresponding to the second type hardware item, and if so, determining that the corresponding second type hardware item is true; otherwise, determining that the corresponding second type hardware item is false;

after the judgment is finished, when the number of the second type of hardware items with the true judgment result is higher than a first preset threshold value, determining that the terminal is a genuine item; otherwise, determining the terminal as a false inferior product.

the determining the authenticity verification result corresponding to the terminal according to the hardware performance evaluation index, the hardware performance evaluation result, the hardware parameters and the corresponding proportion in the inquired hardware parameter information, and the hardware parameters of the predetermined hardware item of the terminal includes:

if so, the mobile terminal can be started,

respectively judging whether the hardware parameter of each second type hardware item of the terminal is the hardware parameter with the highest proportion in the hardware parameter information corresponding to the second type hardware item, and if not, allocating an error value to the corresponding second type hardware item;

after the judgment is finished, if the sum of error values distributed by the second type of hardware items is larger than a second preset threshold value, determining that the terminal is a pseudo-inferior product; otherwise, determining that the terminal is a genuine product.

if so, the mobile terminal can be started,

judging whether the hardware parameter of the second hardware item of the terminal is the hardware parameter with the highest proportion in the hardware parameter information corresponding to the second hardware item, if not, allocating an error value to the corresponding second hardware item, and judging whether the sum of the error values allocated to the second hardware item is greater than a third preset threshold value, if so, determining that the terminal is a false inferior product, otherwise,

further judging whether hardware parameters of a second type of hardware item of the terminal to be judged exist or not, if so, taking the hardware parameter of one second type of hardware item of the terminal to be judged as the hardware parameter of the next second type of hardware item of the terminal and judging; otherwise, determining that the terminal is a genuine product.

Optionally, the first type of hardware items include:

one or more of the CPU ID, CPU model, screen resolution, GPU brand, GPU model, CPU hardware, and GPU renderer; the CPU hardware comprises one or more of core number, ARM processor version number and multimedia instruction set;

the second class of hardware items includes:

one or more of a manufacturer, screen DPI, camera pixels, RAM capacity, International Mobile Equipment Identification (IMEI).

Optionally, before receiving the verification request sent by the terminal, the method further includes:

collecting a model of at least one terminal, hardware parameters of hardware items of the at least one terminal and a hardware performance evaluation result of the at least one terminal;

calculating the proportion corresponding to the hardware parameters according to the collected hardware parameters of the models and the hardware projects, wherein the proportion corresponding to the hardware parameters is the proportion of terminals with the hardware parameters in the terminals of the same model, which are collected with the hardware parameters of the same hardware project;

storing hardware parameter information of each machine type, wherein each set of hardware parameter information comprises at least one type of hardware parameters of a hardware item and a proportion corresponding to each type of hardware parameters, and the hardware parameter information and the hardware item have one-to-one correspondence;

determining a hardware performance evaluation index corresponding to each type of terminal according to the hardware performance evaluation result of the at least one terminal;

and storing the determined hardware performance evaluation indexes corresponding to the terminals of the various types.

Optionally, the method for verifying authenticity of a terminal provided in the embodiment of the present invention further includes:

judging whether the model of the terminal is an identifiable model or not, and if so, continuing to execute the step of inquiring a pre-stored hardware performance evaluation index which is of the same model as the terminal and corresponds to the hardware performance evaluation result and the step of inquiring at least one group of hardware parameter information of the pre-stored model which is of the same model as the terminal;

otherwise, determining that the terminal cannot be verified, and feeding back the determined verification result to the terminal.

Optionally, the criterion that the model of the terminal is an identifiable model includes:

the model of the terminal is contained in a pre-stored model; or,

the model of the terminal is contained in pre-stored models, and the statistic of the pre-stored models reaches a fourth preset threshold.

when the model of the terminal is not included in the pre-stored models, hardware parameter information corresponding to the model of the terminal is constructed according to the hardware parameters of the preset hardware items of the terminal, and the number of the terminals of the same model, which collect the hardware parameters of the same hardware items, and the number of the terminals with the hardware parameters same as the hardware parameters carried in the verification request are updated;

determining at least one hardware performance evaluation result of the terminal as a hardware performance evaluation index of corresponding hardware under the model of the terminal, and updating the number of terminals with the model of the terminal;

when the model of the terminal is included in the previously stored models,

according to the verification request, updating the number of the terminals of the same type and the number of the terminals with the same hardware parameters as the hardware parameters carried in the verification request, wherein the hardware parameters of the same type are collected;

updating and calculating the proportion corresponding to the hardware parameters carried in the verification request according to the updated number of the terminals of the same model, which collect the hardware parameters of the same hardware project, and the number of the terminals with the hardware parameters same as the hardware parameters carried in the verification request;

updating the hardware parameter information to modify the proportion corresponding to the hardware parameter which is the same as the hardware parameter carried in the verification request in the hardware parameter information into the proportion after the updating calculation;

and updating the hardware performance evaluation index of the corresponding hardware under the model of the terminal according to at least one hardware performance evaluation result of the terminal, and updating the number of the terminals with the model of the terminal.

judging whether hardware parameters with parameter values of preset invalid values exist in the hardware information carried by the verification request, and if so, determining that the terminal is a counterfeit product; otherwise, continuing to execute the step of inquiring the pre-stored hardware performance evaluation index which is of the same model as the terminal model and corresponds to the hardware performance evaluation result and the step of inquiring at least one group of hardware parameter information of the pre-stored model which is of the same model as the terminal model.

In a second aspect, an embodiment of the present invention further provides a method for verifying authenticity of a terminal, where the method is applied to the terminal, and the method includes:

when a verification instruction sent by a user is obtained, at least one hardware performance evaluation result is obtained;

constructing a verification request, wherein the verification request carries the model of the terminal and at least one hardware performance evaluation result of the terminal;

sending the authentication request to a server;

and receiving and displaying a verification result corresponding to the verification request fed back by the server.

Optionally, when the at least one hardware performance evaluation result includes a CPU performance evaluation result, obtaining at least one hardware performance evaluation result, including:

testing the floating point number operation efficiency of the CPU by using a first quick algorithm, and determining a test result as a CPU performance evaluation result;

when the at least one hardware performance evaluation result comprises a GPU performance evaluation result, obtaining at least one hardware performance evaluation result, comprising:

testing the pixel filling rate and the triangle generation rate of the GPU, and determining the test result as a GPU performance evaluation result;

when the at least one hardware performance evaluation result comprises a CPU performance evaluation result and a GPU performance evaluation result, obtaining at least one hardware performance evaluation result, comprising:

and testing the pixel filling rate and the triangle generation rate of the GPU, and determining the test result as a GPU performance evaluation result.

when a verification instruction sent by a user is obtained, scanning hardware information of the terminal;

extracting hardware parameters of a predetermined hardware item of the terminal from the scanned hardware information;

correspondingly, the verification request also carries hardware parameters of a predetermined hardware item of the terminal.

the first class of hardware items includes:

the second class of hardware items includes:

Optionally, when the scanned hardware information lacks a hardware parameter of a predetermined hardware item, when constructing the verification request, a parameter value of the hardware parameter of the missing hardware item in the verification request is set to a predetermined invalid value.

In a third aspect, an embodiment of the present invention further provides a device for verifying authenticity of a terminal, where the device is applied to a server, and the device includes:

the system comprises a request receiving module, a verification module and a verification module, wherein the request receiving module is used for receiving a verification request sent by a terminal, and the verification request carries the model of the terminal and at least one hardware performance evaluation result;

the evaluation index query module is used for querying a pre-stored hardware performance evaluation index which is of the same type as the terminal and corresponds to the hardware performance evaluation result;

the authenticity result determining module is used for determining an authenticity verification result corresponding to the terminal according to the hardware performance evaluation index and the hardware performance evaluation result;

and the authenticity result sending module is used for feeding back the verification result to the terminal so that the terminal informs the user of the verification result.

Optionally, the verification request received by the request receiving module further carries a hardware parameter of a predetermined hardware item;

the device further comprises:

the hardware parameter information inquiry module is used for inquiring at least one group of prestored hardware parameter information of the same model as that of the terminal, wherein each group of hardware parameter information corresponds to a hardware item, and each group of hardware parameter information comprises at least one type of hardware parameter of the hardware item and the corresponding proportion of each type of hardware parameter, wherein the corresponding proportion of each type of hardware parameter is the proportion of terminals with the hardware parameter in the same model of terminals which are collected with the hardware parameter of the hardware item in advance;

correspondingly, the authenticity result determining module is specifically configured to determine an authenticity verification result corresponding to the terminal according to the hardware performance evaluation index, the hardware performance evaluation result, the hardware parameters and the corresponding proportions thereof in the queried hardware parameter information, and the hardware parameters of the predetermined hardware item of the terminal.

In a fourth aspect, an embodiment of the present invention further provides a terminal authenticity verification apparatus, which is applied to a terminal, where the apparatus includes:

the testing module is used for obtaining at least one hardware performance evaluation result when a verification instruction sent by a user is obtained;

the request construction module is used for constructing a verification request, and the verification request carries the model of the terminal and at least one hardware performance evaluation result of the terminal;

the request sending module is used for sending the verification request to a server;

and the verification result processing module is used for receiving and displaying the verification result corresponding to the verification request fed back by the server.

Optionally, the apparatus for verifying authenticity of a terminal provided in the embodiment of the present invention further includes:

the scanning module is used for scanning the hardware information of the terminal when a verification instruction sent by a user is obtained;

a hardware parameter extraction module for extracting hardware parameters of a predetermined hardware item of the terminal from the scanned hardware information;

correspondingly, the verification request constructed by the request construction module also carries the hardware parameters of the predetermined hardware item of the terminal.

In the embodiment of the invention, after acquiring a verification request which is constructed and sent when a terminal receives a verification instruction of a user, a server inquires a pre-stored hardware performance evaluation index which is of the same type as that of the terminal and corresponds to a hardware performance evaluation result; determining an authenticity verification result corresponding to the terminal according to the hardware performance evaluation index and the hardware performance evaluation result; and feeding back the verification result to the terminal so that the terminal informs the user of the verification result. Therefore, by utilizing the scheme, the situation that the only equipment identification code which can be counterfeited is manually input can be avoided, and therefore the accuracy and the speed of the authenticity verification of the terminal can be improved.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.

Fig. 1 is a first flowchart of a method for verifying authenticity of a terminal according to an embodiment of the present invention;

fig. 2 is a second flowchart of a method for verifying authenticity of a terminal according to an embodiment of the present invention;

fig. 3 is a third flowchart of a method for verifying authenticity of a terminal according to an embodiment of the present invention;

fig. 4 is a fourth flowchart of a method for verifying authenticity of a terminal according to an embodiment of the present invention;

fig. 5 is a fifth flowchart of a method for verifying authenticity of a terminal according to an embodiment of the present invention;

fig. 6 is a sixth flowchart of a method for verifying authenticity of a terminal according to an embodiment of the present invention;

fig. 7 is a first structural diagram of a terminal authentication device according to an embodiment of the present invention;

fig. 8 is a second structural diagram of a terminal authentication device according to an embodiment of the present invention;

fig. 9 is a schematic structural diagram of a third exemplary embodiment of a terminal authentication device according to the present invention;

fig. 10 is a schematic diagram of a fourth structure of a terminal authentication device according to an embodiment of the present invention.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

In order to improve the accuracy and speed of terminal authenticity verification, the embodiment of the invention provides a terminal authenticity verification method and device. First, a method for verifying authenticity of a terminal provided in an embodiment of the present invention is described below.

For clarity, a terminal authenticity verification method provided by the embodiment of the invention is described first from the perspective of the terminal. In this embodiment, the hardware performance evaluation result based on hardware is obtained when verifying the authenticity of the terminal.

It should be noted that the method for verifying authenticity of a terminal provided by this embodiment is applicable to terminals. In practical application, the terminal can be a mobile phone, a tablet computer, a notebook computer and the like, which are all reasonable.

As shown in fig. 1, the method for verifying authenticity of a terminal provided in this embodiment may include:

s101, when a verification instruction sent by a user is obtained, at least one hardware performance evaluation result is obtained;

when a user needs to verify the authenticity of a terminal, a verification instruction can be sent to the terminal through a human-computer interaction interface so as to indicate the terminal to start the process of verifying the authenticity of the terminal through a server; and after the terminal obtains the verification instruction sent by the user, at least one hardware performance evaluation result can be obtained, and the obtained hardware performance evaluation result is utilized to carry out subsequent processing. Wherein each hardware corresponds to a hardware performance evaluation result.

It should be noted that, when obtaining the verification instruction sent by the user, at least one hardware performance evaluation result can be obtained from the historical test data; or when the verification instruction sent by the user is obtained, the hardware performance test method commonly used in the prior art is adopted to carry out the hardware performance test on at least one piece of hardware, so that at least one hardware performance evaluation result is obtained. Furthermore, for the idea of performing a hardware performance test after obtaining a verification instruction, in order to improve the test efficiency and reduce the waiting time of a user, a hardware performance rapid test method may be used to perform a hardware performance test on at least one hardware when obtaining the verification instruction sent by the user, and the hardware performance rapid test method effectively reduces the time required by the test process through a test algorithm, selection of test items, and the like, so as to obtain at least one hardware performance test result, where the hardware performance rapid test methods corresponding to different hardware are different.

Specifically, the at least one hardware performance evaluation result may include: at least one of the CPU performance evaluation result and the GPU performance evaluation result, but is not limited thereto.

It will be understood by those skilled in the art that the floating-point number operation efficiency of the CPU may be tested based on a test algorithm commonly used in the art, so as to determine the test result as the CPU performance evaluation result. Furthermore, in order to improve the testing efficiency, the floating point number operation efficiency of the CPU may be tested by using the first fast algorithm, and the test result may be determined as the CPU performance evaluation result, where the operation peak value may be obtained by performing floating point number operation without stop based on the first fast algorithm, and the operation peak value may be obtained as the CPU performance test result. Specifically, the first fast algorithm may be: linpack or SuperPI type floating point performance benchmark program or algorithm. It is understood that the CPU performance test is not limited to the test of the floating point number operation efficiency of the CPU, such as: the test of the integer arithmetic efficiency of the CPU may be performed, and a test algorithm or a rapid test algorithm commonly used in the prior art may be specifically used.

Similarly, performance test can be performed on the GPU by a GPU performance test method commonly used in the prior art, so as to obtain a GPU performance evaluation result. Furthermore, in order to improve the testing efficiency and reduce the user waiting time, only the pixel filling rate and the triangle generation rate of the GPU may be tested, and the test result may be determined as the GPU performance evaluation result. Specifically, the pixel filling rate refers to the number of pixels rendered by the GPU in each second, and is the most common index for measuring the pixel processing performance of the GPU; the rendering pipeline of the GPU is an important component of a display core, and is a group of special channels which are used for matching colors for the graphics in the display core; the more rendering pipelines, the higher the pipeline operating frequency, the higher the filling rate of the GPU will be, and the higher the performance of the GPU will be, so the performance of the GPU can be roughly determined from the pixel filling rate of the GPU. Similarly, the triangle generation rate refers to the number of triangles generated by the GPU per second; for example: the graphs displayed by the terminal are all composed by taking triangles as units, and in the continuous transformation of the graphs, the triangles are continuously generated and changed, the graphs are finer and finer as the generation rate of the triangles is higher, and the performance of the GPU is better.

It is emphasized that the hardware performance evaluation result may be a specific parameter value or a score converted according to the specific parameter value, but is not limited thereto, and may be a grade, for example.

S102, constructing a verification request, wherein the verification request carries the model of the terminal and at least one hardware performance evaluation result of the terminal;

it should be emphasized that the model of the terminal is a short name of the brand and model of the terminal, and the terminal of the same model is referred to in the present invention, that is, the terminal has the same brand and model. The hardware parameters of each hardware item of the same model terminal are the same, and the hardware parameters of the hardware items of different model terminals are usually different.

S103, sending the verification request to a server;

after at least one hardware performance evaluation result and model of the terminal are obtained, an authentication request carrying the information can be constructed and sent to a corresponding server, so that the server processes the authentication request after receiving the authentication request and feeds back the authentication result to the terminal.

And S104, receiving and displaying the verification result corresponding to the verification request fed back by the server.

After receiving the verification request, the server inquires a pre-stored hardware performance evaluation index which is of the same type as that of the terminal and corresponds to the hardware performance evaluation result; determining an authenticity verification result corresponding to the terminal according to the hardware performance evaluation index and the hardware performance evaluation result; and feeding back the verification result to the terminal so that the terminal informs the user of the verification result. Correspondingly, the terminal can receive the verification result corresponding to the verification request fed back by the server and display the verification result, thereby completing the verification of the authenticity of the terminal.

In the embodiment of the invention, when the terminal is verified to be true or false, the user sends a verification instruction to the terminal, and after the terminal receives the verification instruction, the terminal constructs a verification request comprising the model of the terminal and at least one hardware performance evaluation result and sends the verification request to the server, so that the server can verify the true or false of the terminal and feed back the verification result to the terminal according to the information stored in the server and the information carried by the verification request, thereby avoiding manually inputting a unique equipment identification code which can be forged, and improving the accuracy and the speed of the true or false verification of the terminal.

Based on the above method for determining the authenticity of the terminal based on the hardware performance evaluation result introduced from the terminal perspective, the following introduces a method for verifying the authenticity of the terminal provided in this embodiment from the server perspective.

It should be noted that the terminal authenticity verification method provided by this embodiment is applicable to a server. Moreover, the server may collect the model of the at least one terminal and the hardware performance evaluation result of the at least one terminal in advance, determine the hardware performance evaluation index corresponding to the terminal of each model according to the hardware performance evaluation result of the at least one terminal, and further store the determined hardware performance evaluation index corresponding to the terminal of each model.

For example: and performing mean calculation on the hardware performance evaluation results of the same type of hardware under the same model, determining the variance of the hardware performance evaluation results of the type of hardware under the model according to the mean, taking the mean as the hardware performance evaluation index of the type of hardware under the model, and taking the variance as a preset range allowed to float relative to the hardware performance evaluation index.

Another example is: carrying out mean value calculation on the hardware performance evaluation results belonging to the same hardware under the same model, determining the variance of the hardware performance evaluation results of the hardware under the model according to the mean value, and further determining the hardware performance evaluation index of the hardware under the model according to the mean value and the variance; specifically, the hardware performance evaluation index may include a genuine article index and a counterfeit article index, where the score range of the genuine article index may be [ mean-variance, mean + variance ], and the score range of the counterfeit article index may be a range outside the score range corresponding to the genuine article index; alternatively, the allowable range of fluctuation with respect to the mean genuine product index may be [ - (variance/mean), + (variance/mean) ] and the allowable range of fluctuation with respect to the mean pseudo-inferior product index may be a range outside the allowable range of fluctuation with respect to the mean genuine product index.

As shown in fig. 2, a method for verifying authenticity of a terminal may include:

s201, receiving a verification request sent by a terminal, wherein the verification request carries the model of the terminal and at least one hardware performance evaluation result;

after a user sends an authentication request to a server through a terminal, the server can receive the authentication request sent by the terminal, and then subsequently process the authentication request.

S202, inquiring a pre-stored hardware performance evaluation index which is of the same type as the terminal and corresponds to the hardware performance evaluation result;

after the verification request sent by the terminal is acquired, the pre-stored hardware performance evaluation index corresponding to the hardware performance evaluation result and of the machine type same as the machine type of the terminal can be inquired, and then subsequent processing is executed.

S203, determining a authenticity verification result corresponding to the terminal according to the hardware performance evaluation index and the hardware performance evaluation result;

it should be emphasized that, when the average value is used as the hardware performance evaluation index and the variance is used as a preset range allowed to float relative to the hardware performance evaluation index, determining the authenticity verification result corresponding to the terminal according to the hardware performance evaluation index and the hardware performance evaluation result may include:

judging whether the difference value between the hardware performance evaluation result of the terminal and the corresponding hardware performance evaluation index is within a preset range, and if not, determining that the terminal is a fake inferior product;

and when the hardware performance test index comprises a genuine product index and a counterfeit inferior product index, determining a true and false verification result corresponding to the terminal according to the hardware performance evaluation index and the hardware performance evaluation result, which may include:

and when the hardware performance evaluation index matched with the hardware performance evaluation result of the terminal is determined to be the pseudo-inferior product index, determining that the terminal is the pseudo-inferior product.

It can be understood that the terminal can be determined as a genuine product only when the difference between all the hardware performance evaluation results and the corresponding hardware performance evaluation indexes is within a preset range; and when the difference value between at least one hardware performance evaluation result and the corresponding hardware performance evaluation index is not in the preset range, the terminal is determined to be a false inferior product. Similarly, the terminal can be determined as a genuine product only when the hardware performance evaluation indexes matched with all the hardware performance evaluation results are genuine product indexes; and when the hardware performance evaluation index matched with at least one hardware performance evaluation result is a false inferior product index, the terminal is determined to be a false inferior product.

Further, it is emphasized that the comparison of the at least one hardware performance evaluation result with the hardware performance evaluation index may be performed simultaneously or sequentially; and, after comparing all the hardware performance evaluation results with the hardware performance evaluation indexes, determining the authenticity of the terminal, and certainly, in order to improve the testing efficiency, stopping the test after determining that one hardware performance evaluation result does not meet the requirement corresponding to the genuine product, and directly determining that the terminal is the counterfeit inferior product.

S204, the verification result is fed back to the terminal so that the terminal informs the user of the verification result.

After the verification result corresponding to the terminal is determined, the determined verification result can be fed back to the terminal, so that the terminal receives and displays the verification result. It is understood that the fed back verification result may include: counterfeit (counterfeit or counterfeit), genuine.

Furthermore, in order to ensure the efficiency and accuracy of the verification, after receiving a verification request sent by a terminal, the method may first determine whether the model of the terminal is an identifiable model, and if so, perform a step of querying a pre-stored hardware performance evaluation index corresponding to the hardware performance evaluation result and of the model same as the model of the terminal; otherwise, determining that the terminal cannot be verified, and feeding back the determined verification result to the terminal.

In practical application, the criterion that the model of the terminal is an identifiable model may include: the model of the terminal is contained in a model stored in advance; alternatively, the model of the terminal is included in a model stored in advance, and the statistic of the model stored in advance reaches a certain amount, for example, 200.

And after judging whether the model of the terminal can be identified, whether the model of the terminal can be identified or not can be judged, the hardware performance evaluation index in the server can be updated according to at least one hardware performance evaluation result of the terminal, so that the purpose of updating the hardware performance evaluation index stored in the server in real time is achieved. Specifically, when the model of the terminal is not included in the pre-stored models, determining at least one hardware performance evaluation result of the terminal as a hardware performance evaluation index of corresponding hardware under the model of the terminal, and updating the number of terminals with the model of the terminal; when the model of the terminal is included in the pre-stored models, updating the number of the stored terminals with the model of the terminal according to at least one hardware performance evaluation result of the terminal, updating the average value and the variance of the stored hardware performance evaluation results, and further updating the hardware performance evaluation index of the corresponding hardware under the model of the terminal.

The terminal authenticity verification method provided by the invention is introduced below by combining specific application examples.

The CPU performance evaluation result tested by the terminal to be tested is assumed to be: the floating-point number operation efficiency is 76.21%; the GPU performance evaluation result is as follows: the pixel fill rate is 1200MPixel/S (million pixels per second) and the triangle generation rate is 230 ten thousand per second.

The CPU performance evaluation indexes of the authentic equipment are assumed as follows: the floating point number operation efficiency of the CPU is 90%, and the GPU performance evaluation indexes are as follows: the pixel fill rate is 1800MPixel/S and the triangle generation rate is 235 ten thousand per second.

If at least one of the two hardware performance evaluation results has a fluctuation range relative to the corresponding hardware performance evaluation index which is larger than the allowable fluctuation percentage, the terminal pseudo-inferior product to be tested can be obtained; and if the fluctuation range of all the hardware performance evaluation results relative to the corresponding hardware performance evaluation indexes is not more than the allowable fluctuation percentage, the terminal can be judged to be a genuine product.

The CPU performance evaluation result and the GPU performance evaluation result can also be converted into scores, the test results are embodied in the form of scores, and in this case, the CPU performance evaluation index and the GPU performance evaluation index stored in the server both exist in the form of scores.

In order to improve the accuracy of the terminal authenticity verification, the embodiment of the invention also provides a terminal authenticity verification method. And when the terminal is verified to be true or false, the hardware performance evaluation result of the hardware and the hardware parameter of the preset hardware item are based.

For clarity, a terminal authenticity verification method provided by the embodiment of the invention is described first from the perspective of the terminal.

As shown in fig. 3, a method for verifying authenticity of a terminal may include:

s301, when a verification instruction sent by a user is obtained, at least one hardware performance evaluation result is obtained;

when a user needs to verify the authenticity of a terminal, a verification instruction can be sent to the terminal through a human-computer interaction interface so as to indicate the terminal to start the process of verifying the authenticity of the terminal through a server; and after the terminal obtains the verification instruction sent by the user, at least one hardware performance evaluation result is obtained, and the obtained hardware performance evaluation result is utilized to carry out subsequent processing. Wherein each hardware corresponds to a hardware performance evaluation result.

It should be noted that, when obtaining the verification instruction sent by the user, at least one hardware performance evaluation result can be obtained from the historical test data; or when the verification instruction sent by the user is obtained, a common hardware performance test method is adopted to carry out hardware performance test on at least one piece of hardware, so that at least one hardware performance evaluation result is obtained. Furthermore, for the idea of performing a hardware performance test after obtaining the verification instruction, in order to improve the test efficiency and reduce the waiting time of the user, a hardware performance rapid test method may be used to perform a hardware performance test on at least one hardware when obtaining the verification instruction sent by the user, so as to obtain at least one hardware performance evaluation result, where the hardware performance rapid test methods corresponding to different hardware are different.

Specifically, the at least one hardware performance evaluation result may include: at least one of the CPU performance evaluation result and the GPU performance evaluation result, but is not limited thereto. It is emphasized that the hardware performance evaluation result may be a specific parameter value or a score converted according to the specific parameter value, but is not limited thereto, and may be a grade, for example.

S302, scanning hardware information of the terminal;

after the terminal obtains the verification instruction sent by the user, the hardware information of the terminal can be scanned, and the scanned hardware information is used for subsequent processing. It should be emphasized that there is no strict order of execution for performing the hardware performance test on the terminal and scanning the hardware information of the terminal, such as: after receiving the verification instruction, the two steps of testing the hardware performance of the terminal and scanning the hardware information of the terminal can be executed at the same time; or, after receiving the verification instruction, the step of performing the hardware performance test on the terminal may be executed first, and the step of scanning the hardware information of the terminal is continuously executed during or after the execution of the step is completed; or, after receiving the verification instruction, the step of scanning the hardware information of the terminal may be executed first, and the step of performing the hardware performance test on the terminal may be executed continuously during or after the step is executed, and the execution order is reasonable.

The hardware information of the terminal may include one or more hardware items of the terminal and hardware parameters of the hardware items, that is, values corresponding to the hardware items, for example: an ID of the CPU, a screen resolution, a GPU (graphics processing unit) brand, CPU hardware, a GPU renderer, a CPU model, a GPU model, a manufacturer, a screen DPI (dot per inch), a camera pixel, a RAM capacity, an IMEI (international mobile equipment identity), and the like, although not limited thereto.

For convenience of understanding, the hardware item and the hardware parameter of the hardware item described in the embodiment of the present invention are described by way of example, for example, if the CPU model of the terminal is QRD8226, the hardware item is CPUID, and the hardware parameter of the hardware item is QRD 8226.

S303, extracting the hardware parameter of the preset hardware item of the terminal from the scanned hardware information;

in order to accurately verify the authenticity of the terminal, the server can be provided with the hardware parameters of the preset hardware item of the terminal according to the preset verification requirement while sending at least one hardware performance test result to the server, so that the server can further determine the verification result corresponding to the terminal according to the stored hardware parameter information of the corresponding model and the hardware parameters of the preset hardware item provided by the terminal. Therefore, after the hardware information of the terminal is scanned, the hardware parameters of the predetermined hardware items of the terminal can be extracted from the scanned hardware information according to the preset verification requirement. Those skilled in the art can understand that terminals with different hardware configuration levels can correspond to different authentication requirements, that is, the hardware parameters of predetermined hardware items required to be extracted by terminals with different hardware configuration levels are different; also, the hardware parameters described herein may include only: the specific parameter values corresponding to the hardware items may also include: the item identification of the hardware item and the specific parameter values are reasonable.

Specifically, the hardware parameters of the predetermined hardware items of the terminal may include: the hardware parameters of the first type hardware items of the terminal are determined, wherein each first type hardware item correspondingly has one hardware parameter.

It should be noted that, in this embodiment, the first type of hardware item may be a decisive item for authenticating the authenticity of the terminal, and for the first type of hardware item, when a certain first type of hardware item is false (that is, the hardware parameter of the first hardware item does not meet the value or requirement corresponding to the genuine product), the terminal is necessarily a false inferior product; when all the first hardware items are true (that is, the hardware parameter of the first hardware item meets the value or requirement corresponding to the genuine product), the terminal can be determined to be the genuine product. Wherein the first type of hardware item may include: one or more of the CPU ID, CPU model, screen resolution, GPU brand, GPU model, CPU hardware, and GPU renderer; the CPU hardware includes one or more of a core number, an ARM processor version number, and a multimedia instruction set (i.e., a multimedia instruction set supported by the terminal), but is not limited thereto.

Further, in order to improve the accuracy of the terminal authentication, the hardware parameters of the predetermined hardware item of the terminal may include: the hardware parameters of the first type hardware items and the hardware parameters of the second type hardware items of the terminal are determined, wherein each first type hardware item corresponds to one hardware parameter, and each second type hardware item corresponds to one hardware parameter. Similarly, the first type of hardware item can be said to be a decisive item for authenticating the authenticity of the terminal, and the second type of hardware item can be said to be an auxiliary item for authenticating the authenticity of the terminal. It should be noted that, when a certain first-class hardware item is judged to be false, the terminal is definitely a false inferior item, and when all the first-class hardware items are judged to be true, the true or false of the second-class hardware item (that is, whether the hardware parameter of the second-class hardware item meets the value or requirement corresponding to the true item) can be continuously judged; alternatively, for the second type of hardware items, when all the first type of hardware items are true, the terminal may be determined as true when the number of the second type of hardware items whose determination result is true is higher than a specific value, or the terminal may be determined as false when the number of the second type of hardware items whose determination result is false is higher than another specific value. Wherein the first type of hardware item may include: one or more of the ID of the CPU, screen resolution, GPU brand, CPU hardware, GPU renderer; the CPU hardware includes one or more of a core number, an ARM processor version number, and a multimedia instruction set, but is not limited thereto; and the second type of hardware items may include: one or more of a manufacturer, screen DPI, camera pixels, RAM capacity, IMEI, though not limited thereto.

It should be noted that the "first type" in the "first type hardware item" and the "second type" in the "second type hardware item" are only used to distinguish the function of the hardware item on the terminal authenticity verification, and do not have any limiting meaning.

S304, constructing a verification request, wherein the verification request carries the model of the terminal, at least one hardware performance evaluation result of the terminal and the hardware parameters of a preset hardware item;

it should be emphasized that the model of the terminal is a short name of the brand and model of the terminal, and the terminal of the same model is referred to in the present invention, that is, the terminal has the same brand and model. The hardware parameters of each hardware item of the same model terminal are the same, and the hardware parameters of the hardware items of different model terminals are usually different. It can be understood that at least one hardware performance evaluation result and the hardware parameter of the predetermined hardware item of the terminal may be carried in the same authentication request, or may be carried in two authentication requests, and at this time, the two authentication requests may be sent sequentially or simultaneously, which is reasonable.

It will be understood by those skilled in the art that in practical applications, the terminal may lack one or more hardware items required for verifying the authenticity of the terminal, that is, the scanned hardware information lacks the hardware parameters of the predetermined hardware items. For this case, when constructing a subsequent verification request, the parameter value of the hardware parameter of the missing hardware item in the verification request may be set to a predetermined invalid value, where the predetermined invalid value may be set according to actual conditions, for example: the predetermined invalid value may be 0 or a specific symbol.

S305, sending the verification request to a corresponding server;

after obtaining at least one hardware item evaluation result of the terminal, hardware parameters and model of a predetermined hardware item, a verification request carrying the information can be constructed, and the verification request is sent to a corresponding server, so that the server processes the verification request after receiving the verification request, and feeds back the verification result to the terminal.

S306, receiving and displaying the verification result corresponding to the verification request fed back by the server.

After receiving the verification request, the server inquires a pre-stored hardware performance evaluation index which is of the same type as the terminal and corresponds to the hardware performance evaluation result, inquires at least one group of pre-stored hardware parameter information of the same type as the terminal, and further determines the authenticity verification result corresponding to the terminal according to the inquired information and the information carried in the verification request; and feeding back the verification result to the terminal so that the terminal informs the user of the verification result. Correspondingly, the terminal can receive the verification result corresponding to the verification request fed back by the server and display the verification result, thereby completing the verification of the authenticity of the terminal.

In the embodiment of the invention, when the terminal is verified to be true or false, the user sends a verification instruction to the terminal, and after the terminal receives the verification instruction, the terminal constructs a verification request comprising the model of the terminal, at least one hardware performance evaluation result and the hardware parameters of the preset hardware item and sends the verification request to the server, so that the server can verify the true or false of the terminal and feed back the verification result to the terminal according to the information stored in the server and the information carried by the verification request, thereby avoiding manually inputting a unique equipment identification code which can be forged, and improving the accuracy and the speed of the true or false verification of the terminal.

The method for determining the authenticity of the terminal based on at least one hardware performance evaluation result of the terminal and the hardware parameters of the predetermined hardware item introduced from the terminal perspective is described below with respect to the server.

It should be noted that the terminal authenticity verification method provided by this embodiment is applicable to a server. Moreover, the server may collect the model of the at least one terminal and the hardware performance evaluation result of the at least one terminal in advance, determine the hardware performance evaluation index corresponding to the terminal of each model according to the hardware performance evaluation result of the at least one terminal, and store the determined hardware performance evaluation index corresponding to the terminal of each model.

Further, the server collects the model of at least one terminal and the hardware parameters of the hardware items of at least one terminal in advance; calculating the proportion corresponding to the hardware parameters according to the collected hardware parameters of the model and the hardware items, wherein the proportion corresponding to the hardware parameters is the proportion of terminals with the hardware parameters in the terminals of the same model, which are collected with the hardware parameters of the same hardware item; and storing hardware parameter information of each machine type, wherein each set of hardware parameter information comprises at least one type of hardware parameter of a hardware item and a proportion corresponding to each type of hardware parameter, and the hardware parameter information and the hardware item have one-to-one correspondence. It is to be understood that the hardware parameter information of each model of terminal is generally stored in the form of a database, but is not limited thereto. It should be further emphasized that, for a certain model, since the electronic device includes a genuine product and a counterfeit product, for the same hardware project, multiple types of hardware parameters may be collected, and thus, hardware parameter information may be constructed for the hardware project, where the hardware parameter information includes each type of hardware parameter and a ratio corresponding to the type of hardware parameter, for example: hardware information of 100 electronic devices of which the model is X1 is collected, where for a hardware item 1, a hardware parameter of the hardware item 1 in 80 electronic devices is a, a hardware parameter of the hardware item 1 in 10 electronic devices is b, and a hardware parameter of the hardware item 1 in 10 electronic devices is c, and at this time, the hardware parameter information corresponding to the hardware item 1 is: hardware item 1 (a: 80%, b:10%, c: 10%), however, the specific storage form of the hardware parameter information is not limited thereto.

As shown in fig. 4, a method for verifying authenticity of a terminal may include:

s401, a server receives an authentication request sent by a terminal, wherein the authentication request carries the model of the terminal, at least one hardware performance evaluation result and hardware parameters of a preset hardware item;

after a user sends an authentication request to a server through a terminal, the server can receive the authentication request sent by the terminal, and then subsequently process the authentication request. It is emphasized that at least one of the hardware performance evaluation results and the hardware parameters of the predetermined hardware item may be carried in the same verification request, or may be carried in two verification requests, and at this time, the two verification requests may be sent sequentially or simultaneously, which is reasonable.

Specifically, the hardware parameters of the predetermined hardware items of the terminal may include: the hardware parameters of the first type hardware items of the terminal are determined, wherein each first type hardware item correspondingly has one hardware parameter. It should be noted that, for a first type of hardware item, when a certain first type of hardware item is false (that is, the hardware parameter of the first type of hardware item does not meet the value or requirement corresponding to the genuine product), the terminal is necessarily a false inferior product; when all the first type of hardware items are true (that is, the hardware parameters of the first type of hardware items meet the values or requirements corresponding to the true products), the terminal can be determined to be the true product. Wherein the first type of hardware item may include: one or more of the CPU ID, CPU model, screen resolution, GPU brand, GPU model, CPU hardware, and GPU renderer; the CPU hardware includes one or more of a core number, an ARM processor version number, and a multimedia instruction set, but is not limited thereto.

Further, in order to improve the accuracy of the terminal authentication, the hardware parameters of the predetermined hardware item of the terminal may include: the hardware parameters of the first type hardware items and the hardware parameters of the second type hardware items of the terminal are determined, wherein each first type hardware item corresponds to one hardware parameter, and each second type hardware item corresponds to one hardware parameter. It should be noted that, when a certain first-class hardware item is judged to be false, the terminal is definitely a false inferior item, and when all the first-class hardware items are judged to be true, the true or false of the second-class hardware item (that is, whether the hardware parameter of the second hardware item meets the value or requirement corresponding to the true item) can be continuously judged; and for the second type of hardware items, the terminal may be deemed to be true when the number of the second type of hardware items whose judgment result is true is higher than a certain value, or the terminal may be deemed to be false when the number of the second type of hardware items whose judgment result is false is higher than another certain value. Wherein the first type of hardware item may include: one or more of the ID of the CPU, screen resolution, GPU brand, CPU hardware, GPU renderer; the CPU hardware includes one or more of a core number, an ARM processor version number, and a multimedia instruction set, but is not limited thereto; and the second type of hardware items may include: one or more of a manufacturer, screen DPI, camera pixels, RAM capacity, IMEI, though not limited thereto.

S402, inquiring a pre-stored hardware performance evaluation index which is of the same type as the terminal and corresponds to the hardware performance evaluation result;

S403, inquiring at least one group of hardware parameter information of the pre-stored model same as the model of the terminal;

each set of hardware parameter information corresponds to one hardware item, each set of hardware parameter information comprises at least one type of hardware parameter of the hardware item and a proportion corresponding to each type of hardware parameter, and the proportion corresponding to each type of hardware parameter is the proportion occupied by terminals with the hardware parameter in the same type of terminals, in which the hardware parameters of the hardware item are collected in advance.

It can be understood that, multiple sets of hardware parameter information of multiple models are stored in the server in advance, each set of hardware parameter information corresponds to one hardware item, for example, for the model X1, multiple sets of hardware parameter information such as hardware parameter information corresponding to the CPUID, hardware parameter information of the CPU model, hardware parameter information of the GPU brand, and the like are stored in the server, and one set of hardware parameter information corresponds to one hardware item. For example, for the CPUID of model X1, when the server collects the hardware parameters, the server collects the CPUIDs of 100 terminals of model X1, and among the 100 terminals (i.e., among 100 CPUIDs), the CPUID has 3 types of hardware parameter values, which are a, b, and c, 80 for a, 10 for b, and 10 for c, so that the hardware parameter information corresponding to the CPUID stored in the server includes three parameter values of the CPUID and the corresponding ratios of the three parameter values, where a corresponds to a ratio of 80 (the number of terminals of model X1 whose CPUID is a)/100 (the number of terminals of model X1 where the CPUID is collected), i.e., 80%, and similarly, b corresponds to a ratio of 10/100, i.e., 10%, and c corresponds to a ratio of 10/100, i.e., 10%.

It should be emphasized that, in this step, after the verification request sent by the terminal is obtained, it is reasonable to query hardware parameter information of all hardware items of the same model as the model of the terminal, which are stored in advance, or to query only hardware parameter information of a predetermined item of the terminal, which is stored in advance and is the same as the model of the terminal.

S404, determining a authenticity verification result corresponding to the terminal according to the hardware performance evaluation index, the hardware performance evaluation result, the hardware parameters and the corresponding proportion in the inquired hardware parameter information, and the hardware parameters of the preset hardware item of the terminal;

subsequently, a specific process according to the hardware performance evaluation index, the hardware performance evaluation result, the hardware parameters in the queried hardware parameter information and the corresponding proportion thereof, and the hardware parameters of the predetermined hardware items of the terminal will be introduced in combination with a specific application example.

S405, feeding back the verification result to the terminal so that the terminal informs the user of the verification result.

In the embodiment of the invention, after acquiring a verification request which is constructed and sent when a terminal receives a verification instruction of a user, a server inquires a pre-stored hardware performance evaluation index which is of the same type as the terminal and corresponds to a hardware performance evaluation result and at least one group of pre-stored hardware parameter information of the same type as the terminal; and determining the authenticity verification result corresponding to the terminal according to the hardware performance evaluation index, the hardware performance evaluation result, the hardware parameters in the inquired hardware parameter information and the corresponding proportion thereof, and the hardware parameters of the preset hardware item of the terminal, and further feeding back the verification result to the terminal so that the terminal informs the user of the verification result. Therefore, by utilizing the scheme, the situation that the only equipment identification code which can be counterfeited is manually input can be avoided, and therefore the accuracy and the speed of the authenticity verification of the terminal can be improved. Moreover, the method of the embodiment of the invention judges by utilizing the proportion of the hardware parameters, the proportion is obtained by collecting statistics, and is not simple parameter comparison, so the accuracy of verifying the authenticity of the terminal can be further improved.

Furthermore, in order to ensure the efficiency and accuracy of the verification, after receiving a verification request sent by a terminal, the terminal may first determine whether the model of the terminal is an identifiable model, and if so, perform a step of querying at least one set of hardware parameter information of a model which is stored in advance and is the same as the model of the terminal; otherwise, determining that the terminal cannot be verified, and feeding back the determined verification result to the terminal.

In practical application, the criterion that the model of the terminal is an identifiable model may include: the model of the terminal is contained in a model stored in advance; or, the model of the terminal is included in pre-stored models, and the pre-stored statistic of the model reaches a fourth preset threshold, that is, the number of terminals of the model of the collected hardware parameters reaches a certain amount, for example, 200.

And after judging whether the model of the terminal can be identified, whether the model of the terminal can be identified or not can be judged, the hardware performance evaluation index in the server can be updated according to at least one hardware performance evaluation result of the terminal, so that the purpose of updating the hardware performance evaluation index stored in the server in real time is achieved. Specifically, when the model of the terminal is not included in the pre-stored models, determining at least one hardware performance evaluation result of the terminal as a hardware performance evaluation index of corresponding hardware under the model of the terminal, and updating the number of terminals with the model of the terminal; and when the model of the terminal is contained in the pre-stored models, updating the hardware performance evaluation index of the corresponding hardware under the model of the terminal according to at least one hardware performance evaluation result of the terminal, and updating the number of the terminals with the models of the terminal.

Further, after determining whether the model of the terminal can be identified, whether the model of the terminal can be identified or not, the hardware parameter information in the server can be updated according to the predetermined hardware parameter of the terminal, so as to achieve the purpose of updating the hardware parameter information stored in the server in real time. Specifically, when the model of the terminal is not included in the pre-stored models, hardware parameter information corresponding to the model of the terminal is constructed according to the hardware parameters of the predetermined hardware items of the terminal, and the number of terminals of the same model, which have collected the hardware parameters of the same hardware items, and the number of terminals having the same hardware parameters as the hardware parameters carried in the verification request are updated;

when the model of the terminal is included in the previously stored models,

and updating the hardware parameter information to modify the proportion corresponding to the hardware parameter which is the same as the hardware parameter carried in the verification request in the hardware parameter information into the updated and calculated proportion.

Furthermore, in order to improve the verification efficiency, after receiving a verification request sent by a terminal, it may be determined whether a hardware parameter whose parameter value is a predetermined invalid value exists in hardware information carried by the verification request, and if so, the terminal is determined to be a counterfeit product; otherwise, executing the step of inquiring at least one group of hardware parameter information of the model which is stored in advance and is the same as the model of the terminal. Wherein the predetermined invalid value is a value agreed with the terminal, for example: the predetermined invalid value may be 0 or a specific symbol.

The method for verifying the authenticity of the terminal is based on at least one hardware performance evaluation result based on the terminal introduced from the server perspective and hardware parameters of a preset hardware item, the preset hardware item comprises at least one first hardware item as a specific application example, and the method for verifying the authenticity of the terminal provided by the embodiment of the invention is introduced from the server perspective.

As shown in fig. 5, a method for verifying authenticity of a terminal may include:

s501, a server receives an authentication request sent by a terminal, wherein the authentication request carries the model of the terminal, at least one hardware performance evaluation result of the terminal and hardware parameters of a first type of hardware item of the terminal;

after a user sends an authentication request to a server through a terminal, the server can receive the authentication request sent by the terminal, and then subsequently process the authentication request. The requirement emphasizes that at least one hardware performance evaluation result and hardware parameters of the first type of hardware item of the terminal may be carried in the same verification request, or may be carried in two verification requests, and at this time, the two verification requests may be sent sequentially or simultaneously, which is reasonable.

It should be noted that, for a first type of hardware item, when a certain first type of hardware item is false (that is, the hardware parameter of the first hardware item does not meet the value or requirement corresponding to the genuine product), the terminal is necessarily a false inferior product; when all the first hardware items are true (that is, the hardware parameter of the first hardware item meets the value or requirement corresponding to the genuine product), the terminal can be determined to be the genuine product. Wherein the first type of hardware item may include: one or more of the CPU ID, CPU model, screen resolution, GPU brand, GPU model, CPU hardware, and GPU renderer; the CPU hardware includes one or more of a core number, an ARM processor version number, and a multimedia instruction set, but is not limited thereto.

S502, inquiring a pre-stored hardware performance evaluation index which is of the same type as the terminal and corresponds to the hardware performance evaluation result;

s503, inquiring pre-stored hardware parameter information corresponding to each first-class hardware item of the same type as the terminal type;

each group of hardware parameter information comprises at least one type of hardware parameter of a hardware project and a proportion corresponding to the type of hardware parameter, wherein the proportion corresponding to each type of hardware parameter is the proportion occupied by terminals with the type of hardware parameter in terminals of the same type, in which the hardware parameter of the hardware project is collected in advance.

Of course, it is also reasonable to search the hardware parameter information of all hardware items of the same model as that of the terminal, which are stored in advance.

S504, judging whether the difference value between the hardware performance evaluation result of the terminal and the corresponding hardware performance evaluation index is within a preset range, and if not, executing S506; if yes, executing S505;

when the difference value between any one hardware performance evaluation result of the terminal and the corresponding hardware performance evaluation index is judged not to be within a preset range, the terminal is indicated to be a false inferior product; otherwise, continuing to test the rest hardware performance evaluation results, and if the difference values between all the hardware performance evaluation results and the corresponding hardware performance evaluation indexes are within the preset range, continuing to execute step S505 to further judge the authenticity of the terminal according to the hardware parameters of the first type of hardware item.

S505, judging whether the hardware parameter of the first hardware item of the terminal is the hardware parameter with the highest proportion in the hardware parameter information corresponding to the first hardware item, and if not, executing the step S506; if yes, go to step S507;

the hardware parameter with the highest proportion in the hardware parameter information corresponding to a certain hardware item stored by the server is the hardware parameter corresponding to the genuine terminal, so that the authenticity of the corresponding hardware item of the first type can be determined by judging whether the hardware parameter of the first type is the hardware parameter with the highest proportion in the corresponding hardware parameter information. When the hardware parameter of the first type of hardware item of the terminal is determined to be the hardware parameter with the highest proportion in the hardware parameter information corresponding to the first type of hardware item, the terminal is determined to be true only when all the first type of hardware items are true, so step S507 may be executed; when it is determined that the hardware parameter of the first type hardware item of the terminal is not the hardware parameter with the highest ratio in the hardware parameter information corresponding to the first type hardware item, the terminal is determined to be false as long as there is one first type hardware item that is false, so step S506 may be executed.

S506, determining the terminal as a false inferior product;

wherein, the terminal is a counterfeit, namely the terminal is a counterfeit or a counterfeit.

S507, judging whether hardware parameters of a first type of hardware item of the terminal to be judged exist or not, and if so, executing S508; otherwise, executing S509;

s508, taking the hardware parameter of a first type of hardware item of the terminal to be judged as the hardware parameter of the next first type of hardware item of the terminal, and executing S505;

and S509, determining that the terminal is a genuine product.

It should be emphasized that the order of determining the hardware performance evaluation result and the hardware parameters of the first type of hardware item is not limited to this embodiment, and it is reasonable to determine the hardware parameters of the first type of hardware item first and then determine the hardware performance evaluation result, or determine the hardware performance evaluation result after the hardware parameters of a part of the first type of hardware item are determined, and then determine the remaining hardware parameters of the first type of hardware item.

Further, when the hardware performance test indexes comprise genuine indexes and fake-inferior indexes, the hardware performance evaluation indexes matched with the hardware performance evaluation result of the terminal can be determined; when the hardware performance evaluation index matched with the hardware performance evaluation result of the terminal is determined to be a pseudo-inferior product index, determining that the terminal is a pseudo-inferior product; and when determining that the hardware performance evaluation indexes matched with all the hardware performance evaluation results are genuine indexes, continuing to execute subsequent judgment of the first type of hardware items, namely:

judging whether the hardware parameter of the first type of hardware item of the terminal is the hardware parameter with the highest proportion in the hardware parameter information corresponding to the first type of hardware item, and if not, determining that the terminal is a pseudo-inferior product;

if yes, further judging whether hardware parameters of a first type of hardware item of the terminal to be judged exist; if so, taking the hardware parameter of a first type of hardware item of the terminal to be judged as the hardware parameter of the next first type of hardware item of the terminal for judgment; otherwise, the terminal is determined to be a genuine product.

Therefore, by utilizing the scheme, the situation that the only equipment identification code which can be counterfeited is manually input can be avoided, and therefore the accuracy and the speed of the authenticity verification of the terminal can be improved.

The method for verifying the authenticity of the terminal is based on at least one hardware performance evaluation result introduced from the terminal perspective and hardware parameters of a preset hardware item, the preset hardware item comprises at least one first hardware item and at least one second hardware item as specific application examples, and the method for verifying the authenticity of the terminal provided by the embodiment of the invention is introduced from the server perspective.

As shown in fig. 6, a method for verifying authenticity of a terminal may include:

s601, a server receives a verification request sent by a terminal, wherein the verification request carries the model of the terminal, at least one hardware performance evaluation result of the terminal, hardware parameters of a first type of hardware item and hardware parameters of a second type of hardware item;

after a user sends an authentication request to a server through a terminal, the server can receive the authentication request sent by the terminal, and then subsequently process the authentication request. The requirement emphasizes that at least one hardware performance evaluation result, the hardware parameters of the first type of hardware item and the hardware parameters of the second type of hardware item of the terminal may be carried in the same verification request or different verification requests, and at this time, each verification request may be sent sequentially or simultaneously, which is reasonable.

It should be noted that, when a certain first-class hardware item is judged to be false, the terminal is definitely a false inferior item, and when all the first-class hardware items are judged to be true, the true or false of the second-class hardware item (that is, whether the hardware parameter of the second hardware item meets the value or requirement corresponding to the true item) can be continuously judged; and for the second type of hardware items, the terminal may be deemed to be true when the number of the second type of hardware items whose judgment result is true is higher than a certain value, or the terminal may be deemed to be false when the number of the second type of hardware items whose judgment result is false is higher than another certain value. Wherein the first type of hardware item may include: one or more of the ID of the CPU, screen resolution, GPU brand, CPU hardware, GPU renderer; the CPU hardware includes one or more of a core number, an ARM processor version number, and a multimedia instruction set, but is not limited thereto; and the second type of hardware items may include: one or more of a manufacturer, screen DPI, camera pixels, RAM capacity, IMEI, though not limited thereto.

S602, inquiring a pre-stored hardware performance evaluation index which is of the same type as the terminal and corresponds to the hardware performance evaluation result;

s603, inquiring pre-stored hardware parameter information corresponding to each first type hardware item and hardware parameter information corresponding to each second type hardware item of the same type as the terminal;

S604, judging whether the difference value between the hardware performance evaluation result of the terminal and the corresponding hardware performance evaluation index is within a preset range, and if not, executing S606; if yes, executing S605;

when the difference value between any one hardware performance evaluation result of the terminal and the corresponding hardware performance evaluation index is judged not to be within a preset range, the terminal is indicated to be a false inferior product; otherwise, continuing to test the rest hardware performance evaluation results, and if the difference values of all the hardware performance evaluation results and the corresponding hardware performance evaluation indexes are within the preset range, continuing to execute step S605 to further judge the authenticity of the terminal according to the hardware parameters of the first type of hardware item.

S605, judging whether the hardware parameter of the first hardware item of the terminal is the hardware parameter with the highest proportion in the hardware parameter information corresponding to the first hardware item, and if not, executing the step S606; if yes, go to step S607;

the hardware parameter with the highest proportion in the hardware parameter information corresponding to a certain hardware item stored by the server is the hardware parameter corresponding to the genuine terminal, so that the authenticity of the corresponding hardware item of the first type can be determined by judging whether the hardware parameter of the first type is the hardware parameter with the highest proportion in the corresponding hardware parameter information. When the hardware parameter of the first type of hardware item of the terminal is determined to be the hardware parameter with the highest proportion in the hardware parameter information corresponding to the first type of hardware item, the terminal is determined to be true only when all the first type of hardware items are true, so step S607 can be executed; when it is determined that the hardware parameter of the first type hardware item of the terminal is not the hardware parameter with the highest ratio in the hardware parameter information corresponding to the first type hardware item, the terminal is determined to be false as long as there is one first type hardware item that is false, so step S606 may be executed.

S606, determining the terminal as a false inferior product;

s607, judging whether the hardware parameter of the first hardware item of the terminal to be judged exists, if so, executing the step S608; otherwise, go to step S609;

s608, taking the hardware parameter of a first type of hardware item of the terminal to be judged as the hardware parameter of the next first type of hardware item of the terminal, and executing the step S605;

s609, respectively judging whether the hardware parameter of each second type hardware item of the terminal is the hardware parameter with the highest proportion in the hardware parameter information corresponding to the second type hardware item, and if so, determining that the corresponding second type hardware item is true; otherwise, determining that the corresponding second type hardware item is false;

when all the first type hardware items are judged to be true, the second type hardware items can be continuously judged to be true or false. Similar to the determination of the first type of hardware item, the authenticity of the corresponding second type of hardware item may be determined by determining whether the hardware parameter of the second type of hardware item is the highest-proportion hardware parameter in the hardware parameter information corresponding to the second type of hardware item. When the hardware parameter of the second hardware item of the terminal is judged to be the hardware parameter with the highest proportion in the hardware parameter information corresponding to the second hardware item, the second hardware item can be determined to be true, otherwise, the second hardware item is determined to be false.

S610, after the judgment is finished, determining whether the number of the second type hardware items of which the judgment result is true is higher than a first preset threshold value, and if so, executing the step S611; otherwise, go to step S606;

for the second type of hardware items, when the number of the second type of hardware items with the judgment result of true is higher than a first preset threshold, the terminal can be determined as true, otherwise, the terminal can be determined as a false inferior product.

And S611, determining that the terminal is a genuine product.

Further, when the hardware performance test indexes comprise genuine indexes and fake-inferior indexes, the hardware performance evaluation indexes matched with the hardware performance evaluation result of the terminal can be determined; when the hardware performance evaluation index matched with the hardware performance evaluation result of the terminal is determined to be a pseudo-inferior product index, determining that the terminal is a pseudo-inferior product; and when the hardware performance evaluation indexes matched with all the hardware performance evaluation results are determined to be genuine indexes, continuing to judge the hardware parameters of the subsequent first-class hardware items.

It should be noted that, when the predetermined hardware item includes at least one first type hardware item and at least one second type hardware item, the specific implementation manner of determining the authenticity verification result corresponding to the terminal according to the hardware performance evaluation index, the hardware performance evaluation result, the hardware parameter and the corresponding proportion thereof in the queried hardware parameter information, and the hardware parameter of the predetermined hardware item of the terminal may also adopt other manners. For example:

determining the authenticity verification result corresponding to the terminal according to the hardware performance evaluation index, the hardware performance evaluation result, the hardware parameters in the queried hardware parameter information and the corresponding proportion thereof, and the hardware parameters of the predetermined hardware item of the terminal, which may include:

if so, the mobile terminal can be started,

after the judgment is finished, if the sum of the error values distributed by the second type of hardware items is larger than a second type of preset threshold value, determining that the terminal is a pseudo-inferior product; otherwise, determining the terminal to be a genuine product.

For another example, determining the authenticity verification result corresponding to the terminal according to the hardware performance evaluation index, the hardware performance evaluation result, the hardware parameter and the corresponding ratio in the queried hardware parameter information, and the hardware parameter of the predetermined hardware item of the terminal may include:

if so, the mobile terminal can be started,

judging whether the hardware parameter of the second hardware item of the terminal is the hardware parameter with the highest proportion in the hardware parameter information corresponding to the second hardware item, if not, allocating an error value to the corresponding second hardware item, and judging whether the sum of the error values allocated to the second hardware item is larger than a third preset threshold value, if so, determining that the terminal is a false inferior product, otherwise,

further judging whether hardware parameters of a second type of hardware item of the terminal to be judged exist or not, if so, taking the hardware parameters of one second type of hardware item of the terminal to be judged as the hardware parameters of the next second type of hardware item of the terminal and judging; otherwise, determining the terminal to be a genuine product.

It should be emphasized that, when the hardware performance test indexes include genuine product indexes and counterfeit product indexes, the enumerated judgment process can also determine the hardware performance evaluation indexes matched with the hardware performance evaluation result of the terminal; when the hardware performance evaluation index matched with the hardware performance evaluation result of the terminal is determined to be a pseudo-inferior product index, determining that the terminal is a pseudo-inferior product; and when determining that the hardware performance evaluation indexes matched with all the hardware performance evaluation results are genuine hardware indexes, continuing to judge the hardware parameters of the first hardware item and the hardware parameters of the second hardware item, wherein the judging mode of the hardware parameters of the first hardware item and the hardware parameters of the second hardware item is the same as that given in the above embodiment, and is not repeated here.

It can be understood by those skilled in the art that the first preset threshold, the second preset threshold, the third preset threshold, the fourth preset threshold, and the like according to the embodiments of the present invention may be set according to actual situations, and are not limited herein.

Corresponding to the above method for verifying terminal authenticity provided from the server perspective, an embodiment of the present invention further provides a device for verifying terminal authenticity, which is applicable to a server, and as shown in fig. 7, the device may include:

a request receiving module 710, configured to receive a verification request sent by a terminal, where the verification request carries a model of the terminal and at least one hardware performance evaluation result;

the evaluation index query module 720 is configured to query a pre-stored hardware performance evaluation index corresponding to the hardware performance evaluation result and of a model same as the terminal model;

the authenticity result determining module 730 is configured to determine an authenticity verification result corresponding to the terminal according to the hardware performance evaluation index and the hardware performance evaluation result;

the authenticity result sending module 740 is configured to feed back the verification result to the terminal, so that the terminal informs the user of the verification result.

Specifically, the authenticity result determining module 730 may include:

the first determining unit is used for judging whether the difference value between the hardware performance evaluation result of the terminal and the corresponding hardware performance evaluation index is within a preset range, and if not, determining that the terminal is a fake inferior product;

or,

the hardware performance evaluation index may include: a genuine product index and a counterfeit inferior product index;

accordingly, the authenticity result determining module 730 may include:

the index determining unit is used for determining a hardware performance evaluation index matched with a hardware performance evaluation result of the terminal;

and the second determining unit is used for determining that the terminal is a false inferior product when the hardware performance evaluation index matched with the hardware performance evaluation result of the terminal is determined to be the false inferior product index.

Wherein the at least one hardware performance evaluation result comprises: at least one of the CPU performance evaluation result and the GPU performance evaluation result.

On the basis of the terminal authenticity verification device comprising the request receiving module 710, the evaluation index querying module 720, the authenticity result determining module 730 and the authenticity result sending module 740, another terminal authenticity verification device is further provided in the embodiments of the present invention, wherein the verification request received by the request receiving module 710 further carries the hardware parameters of the predetermined hardware item; as shown in fig. 8, the apparatus may further include:

a hardware parameter information query module 750, configured to query at least one set of prestored hardware parameter information of a model that is the same as the model of the terminal, where each set of hardware parameter information corresponds to a hardware item, and each set of hardware parameter information includes at least one type of hardware parameter of the hardware item and a ratio corresponding to each type of hardware parameter, where the ratio corresponding to each type of hardware parameter is a ratio occupied by a terminal having the type of hardware parameter in a terminal of the same model that has previously collected the hardware parameter of the hardware item;

correspondingly, the authenticity result determining module 730 is specifically configured to determine an authenticity verification result corresponding to the terminal according to the hardware performance evaluation index, the hardware performance evaluation result, the hardware parameters and their corresponding proportions in the queried hardware parameter information, and the hardware parameters of the predetermined hardware item of the terminal.

Specifically, based on the above-mentioned terminal authentication apparatus including the request receiving module 710, the evaluation index querying module 720, the authentication result determining module 730, the authentication result sending module 740, and the hardware parameter information querying module 750, the hardware parameters of the predetermined hardware item of the terminal may include: hardware parameters of a first type of hardware item of the terminal; correspondingly, the authenticity result determining module 730 is specifically configured to:

Specifically, based on the above-mentioned terminal authenticity verification apparatus including the request receiving module 710, the evaluation index querying module 720, the authenticity result determining module 730, the authenticity result sending module 740, and the hardware parameter information querying module 750, the hardware performance evaluation index may include: the hardware parameters of the predetermined hardware items of the terminal may include: hardware parameters of a first type of hardware item of the terminal; correspondingly, the authenticity result determining module 730 is specifically configured to:

Wherein the first class of hardware items may include:

Specifically, based on the above-mentioned terminal authentication apparatus including the request receiving module 710, the evaluation index querying module 720, the authentication result determining module 730, the authentication result sending module 740, and the hardware parameter information querying module 750, the hardware parameters of the predetermined hardware items of the terminal include: hardware parameters of a first type of hardware item and hardware parameters of a second type of hardware item of the terminal; correspondingly, the authenticity result determining module 730 is specifically configured to:

if so, the mobile terminal can be started,

Wherein the first class of hardware items may include:

the second class of hardware items may include:

Further, based on the above-mentioned terminal authentication apparatus including the request receiving module 710, the evaluation index querying module 720, the authentication result determining module 730, the authentication result sending module 740, and the hardware parameter information querying module 750, the terminal authentication apparatus may further include:

the collection module is used for collecting the model of at least one terminal, the hardware parameters of the hardware item of the at least one terminal and the hardware performance evaluation result of the at least one terminal before the verification request sent by the terminal is received;

the proportion determining module is used for calculating the proportion corresponding to the hardware parameters according to the collected hardware parameters of the models and the hardware projects, wherein the proportion corresponding to the hardware parameters is the proportion of terminals with the hardware parameters in the terminals of the same model, which collect the hardware parameters of the same hardware project;

the hardware parameter information storage module is used for storing hardware parameter information of each machine type, each set of hardware parameter information comprises at least one type of hardware parameters of hardware items and the proportion corresponding to each type of hardware parameters, and the hardware parameter information and the hardware items have one-to-one correspondence;

the evaluation index determining module is used for determining the hardware performance evaluation indexes corresponding to the terminals of all the machine types according to the hardware performance evaluation result of the at least one terminal;

and the evaluation index storage module is used for storing the determined hardware performance evaluation indexes corresponding to the terminals of the various types.

the pre-judging module is used for judging whether the model of the terminal is an identifiable model or not, and if so, continuing to execute the step of inquiring the pre-stored hardware performance evaluation indexes which are of the same model as the terminal model and correspond to the hardware performance evaluation result and the step of inquiring at least one group of hardware parameter information of the pre-stored model which is of the same model as the terminal model;

Specifically, the criterion for determining that the model of the terminal is an identifiable model may include:

the model of the terminal is contained in a pre-stored model; or,

an updating module, configured to, when the model of the terminal is not included in a pre-stored model, construct hardware parameter information corresponding to the model of the terminal according to a hardware parameter of a predetermined hardware item of the terminal, and update the number of terminals of the same model, which have collected hardware parameters of the same hardware item, and the number of terminals having hardware parameters that are the same as the hardware parameters carried in the verification request;

when the model of the terminal is included in the previously stored models,

an invalid value judging module, configured to judge whether a hardware parameter with a parameter value being a predetermined invalid value exists in the hardware information carried by the verification request, and if so, determine that the terminal is a counterfeit inferior product; otherwise, continuing to execute the step of inquiring the pre-stored hardware performance evaluation index which is of the same model as the terminal model and corresponds to the hardware performance evaluation result and the step of inquiring at least one group of hardware parameter information of the pre-stored model which is of the same model as the terminal model.

Corresponding to the above terminal authenticity verification method provided from the terminal perspective, an embodiment of the present invention further provides a terminal authenticity verification apparatus, which is applicable to a terminal, and as shown in fig. 9, the apparatus may include:

the testing module 910 is configured to obtain at least one hardware performance evaluation result when a verification instruction sent by a user is obtained;

a request construction module 920, configured to construct a verification request, where the verification request carries a model of the terminal and at least one hardware performance evaluation result of the terminal;

a request sending module 930, configured to send the authentication request to a server;

and the verification result processing module 940 is configured to receive and display a verification result corresponding to the verification request fed back by the server.

Specifically, when the at least one hardware performance evaluation result includes a CPU performance evaluation result, the testing module 910 is specifically configured to test the floating point number operating efficiency of the CPU by using a first fast algorithm when a verification instruction sent by a user is obtained, and determine the test result as the CPU performance evaluation result;

when the at least one hardware performance evaluation result includes a GPU performance evaluation result, the testing module 910 is specifically configured to test a pixel filling rate and a triangle generation rate of the GPU when obtaining a verification instruction sent by a user, and determine the testing result as the GPU performance evaluation result;

when the at least one hardware performance evaluation result includes a CPU performance evaluation result and a GPU performance evaluation result, the testing module 910 is specifically configured to test the floating point number operation efficiency of the CPU by using a first fast algorithm when obtaining a verification instruction sent by a user, and determine the testing result as the CPU performance evaluation result; and testing the pixel filling rate and the triangle generation rate of the GPU, and determining the test result as a GPU performance evaluation result.

Further, on the basis of the terminal authentication apparatus including the testing module 910, the request constructing module 920, the request sending module 930, and the verification result processing module 940, as shown in fig. 10, another terminal authentication apparatus provided in the embodiment of the present invention may further include:

a scanning module 950, configured to scan hardware information of the terminal when obtaining a verification instruction sent by a user;

a hardware parameter extraction module 960 for extracting hardware parameters of predetermined hardware items of the terminal from the scanned hardware information;

correspondingly, the verification request constructed by the request construction module 920 also carries hardware parameters of a predetermined hardware item of the terminal.

Wherein the hardware parameters of the predetermined hardware items of the terminal may include: hardware parameters of a first type of hardware item of the terminal;

the first class of hardware items may include:

Wherein the hardware parameters of the predetermined hardware items of the terminal may include: hardware parameters of a first type of hardware item and hardware parameters of a second type of hardware item of the terminal;

the first class of hardware items may include:

the second class of hardware items may include:

Further, the request constructing module 920 is further configured to, when the scanned hardware information lacks a hardware parameter of a predetermined hardware item, set a parameter value of the hardware parameter of the missing hardware item in the verification request to a predetermined invalid value when constructing the verification request.

For the device embodiment, since it is basically similar to the method embodiment, the description is simple, and for the relevant points, refer to the partial description of the method embodiment.

It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other identical elements in a process, method, article, or apparatus that comprises the element.

Those skilled in the art will appreciate that all or part of the steps in the above method embodiments may be implemented by a program to instruct relevant hardware to perform the steps, and the program may be stored in a computer-readable storage medium, which is referred to herein as a storage medium, such as: ROM/RAM, magnetic disk, optical disk, etc.

The above description is only for the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention shall fall within the protection scope of the present invention.

Claims

1. A terminal authenticity verification method is characterized by being applicable to a server, and comprises the following steps:

2. The method according to claim 1, wherein the determining the authenticity verification result corresponding to the terminal according to the hardware performance evaluation index and the hardware performance evaluation result comprises:

or,

3. The method of claim 1 or 2, wherein the at least one hardware performance assessment result comprises: at least one of the CPU performance evaluation result and the GPU performance evaluation result.

4. The method of claim 1, wherein the validation request further carries hardware parameters of a predetermined hardware item;

the method further comprises the following steps:

5. The method according to claim 4, wherein the hardware parameters of the predetermined hardware items of the terminal include: hardware parameters of a first type of hardware item of the terminal;

6. The method of claim 4, wherein the hardware performance evaluation indicator comprises: a genuine product index and a counterfeit inferior product index; the hardware parameters of the predetermined hardware items of the terminal include: hardware parameters of a first type of hardware item of the terminal;

7. The method of claim 5 or 6, wherein the first class of hardware items comprises:

8. The method according to claim 4, wherein the hardware parameters of the predetermined hardware items of the terminal include: hardware parameters of a first type of hardware item and hardware parameters of a second type of hardware item of the terminal;

if so, the mobile terminal can be started,

9. The method of claim 4,

the hardware parameters of the predetermined hardware items of the terminal include: hardware parameters of a first type of hardware item and hardware parameters of a second type of hardware item of the terminal;

if so, the mobile terminal can be started,

10. The method of claim 4,

if so, the mobile terminal can be started,

11. The method according to any of claims 8-10, wherein the first class of hardware items comprises:

the second class of hardware items includes:

12. The method according to claim 4, wherein before receiving the authentication request sent by the terminal, the method further comprises:

13. The method of claim 4, further comprising:

14. The method according to claim 13, wherein the criterion that the model of the terminal is an identifiable model comprises:

the model of the terminal is contained in a pre-stored model; or,

15. The method of claim 4, further comprising:

when the model of the terminal is included in the previously stored models,

16. The method of claim 4, further comprising:

17. A terminal authenticity verification method is characterized by being applied to a terminal, and the method comprises the following steps:

sending the authentication request to a server;

18. The method of claim 17, wherein the at least one hardware performance assessment result comprises: at least one of the CPU performance evaluation result and the GPU performance evaluation result.

19. The method of claim 18, wherein obtaining at least one hardware performance assessment result when the at least one hardware performance assessment result comprises a CPU performance assessment result comprises:

20. The method of claim 17, further comprising:

21. The method according to claim 20, wherein the hardware parameters of the predetermined hardware items of the terminal include: hardware parameters of a first type of hardware item of the terminal;

the first class of hardware items includes:

22. The method according to claim 20, wherein the hardware parameters of the predetermined hardware items of the terminal include: hardware parameters of a first type of hardware item and hardware parameters of a second type of hardware item of the terminal;

the first class of hardware items includes:

the second class of hardware items includes:

23. The method of claim 20,

when the hardware parameter of the predetermined hardware item is absent from the scanned hardware information, setting a parameter value of the hardware parameter of the absent hardware item in the verification request to a predetermined invalid value when constructing the verification request.

24. A terminal authentication device adapted to a server, the device comprising:

25. The apparatus according to claim 24, wherein the request receiving module receives the verification request further carrying hardware parameters of a predetermined hardware item;

the device further comprises:

26. A terminal authenticity verification device, characterized in that, applied to a terminal, the device comprises:

27. The apparatus of claim 26, further comprising: