WO2019071893A1

WO2019071893A1 - Electronic device, data access verification method and computer readable storage medium

Info

Publication number: WO2019071893A1
Application number: PCT/CN2018/076144
Authority: WO
Inventors: 晏湘涛
Original assignee: 平安科技（深圳）有限公司
Priority date: 2017-10-13
Filing date: 2018-02-10
Publication date: 2019-04-18
Also published as: CN107808082A; CN107808082B

Abstract

An electronic device, data access verification method and storage medium, wherein the method comprises: after receiving a data access request, generating a user login interface or obtaining login verification information from a pre-determined interface (S10); verifying the login verification information after receiving the login verification information entered by a user on the basis of the user login interface or successfully obtaining the login verification information from the pre-determined interface (S20); after the successful verification of the login verification information, according to a pre-determined mapping relationship between primary information interfaces and login verification information, determining a primary information interface corresponding to the current login verification information, and displaying the determined primary information interface (S30); after receiving a verification request issued by the user on the basis of the primary information interface, performing biometric verification on the current user, and entering a database system after the biometric verification is successful (S40). The present solution improves the problem of a database system being easy to intrude and improves the security of the database system.

Description

Electronic device, data access verification method, and computer readable storage medium

The present application is based on the priority of the Chinese Patent Application entitled "Electronic Device, Data Access Verification Method and Computer Readable Storage Medium", filed on October 13, 2017, with the application number of CN 201710951684.7, which is filed on October 13, 2017. The entire content is incorporated herein by reference.

Technical field

The present application relates to the field of data security technologies, and in particular, to an electronic device, a data access verification method, and a computer readable storage medium.

Background technique

Operational data (for example, product production data, business data, sales data, customer data, human resources data, etc.) is usually one of the core assets of all enterprises, and these data assets are usually stored in the enterprise database system, in order to protect These data are not contacted by illegal personnel. The enterprise establishes a permission verification system for the database system, usually the following two verification methods: 1. Verification based on the username/password system; 2. Verification of the U shield digital certificate based on the physical medium . However, there are problems in these verification methods: based on the verification of the username/password system, there is a possibility that the username/password is leaked or even propagated; the verification of the U shield digital certificate based on the physical medium is lost, illegally borrowed, stolen. The possibility of this is so easy that the data system is illegally invaded and the data is stolen.

Summary of the invention

The main purpose of the present application is to provide a data access verification method, which aims to improve the problem that the database system is easily invaded and improve the security of the database system.

A first aspect of the present application provides an electronic device, where the electronic device includes a memory, a processor, and a memory access verification system executable on the processor, where the data access verification system is The processor implements the following steps when it executes:

After receiving the data access request, generating a user login interface or obtaining login verification information from a predetermined interface;

After receiving the login verification information input by the user based on the user login interface or successfully obtaining the login verification information from the predetermined interface, verifying the login verification information;

After the verification of the login verification information is successful, determining a primary information interface corresponding to the current login verification information according to a predetermined mapping relationship between the primary information interface and the login verification information, and displaying the determined primary information interface;

After receiving the verification request issued by the user based on the primary information interface, the current user is subjected to biometric verification, and enters the database system after the biometric verification succeeds.

A second aspect of the present application provides a data access verification method, the method comprising the steps of:

A third aspect of the present application provides a computer readable storage medium storing a data access verification system, the data access verification system being executable by at least one processor to cause the at least one processor Perform the following steps:

The technical solution of the present application uses the login verification information verification and the biometric verification as the first level verification and the second level verification respectively, and after the user's login verification information is verified, the preset primary information interface is displayed, and then the user is based on the display. After the verification request issued by the primary information interface, the user is subjected to biometric verification, and after the biometric verification of the user is also passed, the user is entered into the database system. According to the login verification information, the primary information interface can only be seen through the first level verification, and the database system cannot be accessed. Therefore, the solution can effectively solve the problem that the database system is invaded due to the leakage of the login verification information, and better protection. The security of the database system.

DRAWINGS

1 is a schematic flowchart of a first embodiment of a data access verification method according to the present application;

2 is a schematic flowchart of a second embodiment of a data access verification method according to the present application;

3 is a schematic flowchart of a third embodiment of a data access verification method according to the present application;

4 is a schematic diagram of an operating environment of an embodiment of a data access verification system according to the present application;

FIG. 5 is a block diagram of a program of an embodiment of a data access verification system according to the present application; FIG.

6 is a program module diagram of a second embodiment of a data access verification system according to the present application;

FIG. 7 is a schematic structural diagram of a verification submodule in the second embodiment of the data access verification system of the present application.

Detailed ways

The principles and features of the present application are described in the following with reference to the accompanying drawings, which are only used to explain the present application and are not intended to limit the scope of the application.

As shown in FIG. 1, FIG. 1 is a schematic flowchart of an embodiment of a data access verification method according to an application.

In this embodiment, the data access verification method includes:

Step S10, after receiving the data access request, generate a user login interface or obtain login verification information from a predetermined interface;

When the user requests access to the database system, the data access verification system receives the user's data access request, and then generates a user login interface, where the user login interface includes a login verification information input box (eg, a username/account input box, a password input box, etc.). For the user to input the login verification information on the user login interface; or, after receiving the data access request, the data access verification system obtains the login verification information (for example, the username/account number, from a predetermined interface (for example, a USB interface), Login password), that is, the user connects the U-Shield or other digital certificate (U shield or other digital certificate with user login information) to a predetermined interface for the data access verification system to obtain directly from the predetermined interface. Login verification information.

Step S20, after receiving the login verification information input by the user based on the user login interface or successfully obtaining the login verification information from the predetermined interface, verifying the login verification information;

When the user enters the login verification information on the user login interface and confirms the login (for example, the user login interface includes the "login" button, after the user enters the login verification information and clicks the login key to confirm the login operation), the data access verification The system receives the login verification information input by the user; or the user successfully obtains the login verification information from the U shield or other digital certificate connected at the predetermined interface; after the data access verification system obtains the login verification information, the login Verify the information for verification.

Step S30, after the verification of the login verification information is successful, determining a primary information interface corresponding to the current login verification information according to a mapping relationship between the predetermined primary information interface and the login verification information, and displaying the determined primary information interface;

The system has a mapping table of login verification information and a primary information interface, that is, each user has a corresponding primary information interface; wherein the primary information interface includes preset data information, and the primary information interface corresponding user can use the primary information The data information on the interface is modified. After the verification of the login verification information by the data access verification system, firstly, according to the mapping relationship between the predetermined primary information interface and the login information in the system, that is, by querying the mapping table between the two, the current login verification information is determined. Corresponding primary information interface, and then the determined primary information interface is displayed. The verification of the login verification information is the first level verification of the data access verification system. After the first level of verification, the preset primary information interface is displayed. The primary information interface can mimic the interface settings of the database system, so that even if the user's login verification information is leaked to the competitor, the competitor can only access the primary information interface preset by the user by using the login verification information, and cannot invade the database system. Data is stolen, and fake data information on the primary information interface can be confusing to competitors.

Step S40: After receiving the verification request issued by the user based on the primary information interface, perform biometric verification on the current user, and enter the database system after the biometric verification succeeds.

The data access verification system displays the primary information interface after the user's login verification information passes the verification. When the user sends a verification request based on the displayed primary information interface, the data access verification system receives the verification request, and then performs the second level verification, ie, Biometric verification of the user (eg, voiceprint verification, face verification, iris verification, fingerprint verification, etc.), after the user passes the biometric verification, the data access system causes the user to enter the database system (for example, the database system The main interface is displayed). The manner in which the user issues a verification request based on the displayed primary information interface may be: an area or a control having a verification request sent on the primary information interface (the area or the control may be set by the user when the primary information interface is preset); or the user passes the advance The set behavior action generates a verification request; and so on.

In the technical solution of the embodiment, the login verification information verification and the biometric verification are respectively used as the first level verification and the second level verification, and after the user login verification information is verified, the preset primary information interface is displayed, and then the user is based on the After the verification request issued by the primary information interface is displayed, the user is subjected to biometric verification, and after the biometric verification of the user is also passed, the user is entered into the database system. According to the login verification information, the primary information interface can only be seen through the first level verification, and the database system cannot be accessed. Therefore, the solution can effectively solve the problem that the database system is invaded due to the leakage of the login verification information, and better protection. The security of the database system.

As shown in FIG. 2, FIG. 2 is a flowchart of a second embodiment of a data access verification method according to the present application. The solution of this embodiment is based on an embodiment. In this embodiment, the data access verification method replaces the step S40 with:

Step S41: Determine a preset behavior operation corresponding to the current user according to a mapping relationship between the preset preset behavior operation and the login verification information.

The mapping table with the preset behavior operation and the login verification information in the system is used to determine the preset behavior operation corresponding to the current login verification information (ie, the current user). In this embodiment, the behavior operation may be a gesture sliding. The operation, the area click operation, the cursor movement operation, and the like; the priority behavior operation in this embodiment is a gesture sliding operation.

Step S42, detecting whether a behavior operation occurs on the primary information interface;

After displaying the primary information interface, the data access verification system detects the primary information interface in real time to determine whether there is a behavioral operation on the primary information interface.

Step S43, after detecting a behavior operation on the primary information interface, comparing the detected behavior operation with the determined preset behavior operation;

When it is detected that a behavior operation occurs on the primary information interface, that is, after the user performs a corresponding operation on the primary information interface, the data access verification system compares the detected behavior operation with the determined preset behavior operation. Yes, confirm whether they are consistent. For example, comparing the detected gesture sliding operation with the determined preset gesture sliding operation to see whether the two are consistent; whether the gesture sliding operation is consistent can be determined by the overall sliding track of the gesture sliding. In this embodiment, step S41 may be performed between steps S42 and S43, or may be performed before the step of comparing the detected behavior operation with the determined preset behavior operation in step S43.

Step S44: If the detected behavior operation is consistent with the determined preset behavior operation, perform biometric verification on the current user, and enter the database system after the biometric verification succeeds.

After confirming that the detected behavior operation is consistent with the determined preset behavior operation, the data access verification system performs second level verification (ie, biometric verification) on the current user, and also performs second level verification on the current user. After passing, it is confirmed that the currently logged-in user is the user himself, enters the database system, and displays the database system interface. When it is confirmed that the detected behavior operation is inconsistent with the determined preset behavior operation, the system continues to detect whether a behavior operation occurs on the primary information interface.

In the solution of the embodiment, the manner in which the user sends the verification request based on the displayed primary information interface is: the user performs the behavior operation consistent with the preset behavior operation on the primary information interface, so that one is added before the biometric verification process. Level verification, even if the user's login verification information and personal biometric information are obtained by the unscrupulous personnel, the unscrupulous personnel can not steal data according to the login verification information and personal biometric information invading the database system, further improving the prevention of the database system. Intrusion capability and higher security.

As shown in FIG. 3, FIG. 3 is a flowchart of a third embodiment of a data access verification method according to the present application. The embodiment is based on an embodiment or a second embodiment. In the data access verification method of the embodiment, the step of performing biometric verification on the current user and entering the database system after the biometric verification succeeds includes:

Step S441, generating a selection interface including preset biometric verification options;

A selection interface is generated, and a preset biometric verification option (for example, voiceprint verification, face verification, etc.) is displayed in the selection interface for the user to select, that is, the user selects the type of the second level verification.

Step S442, after receiving the biometric verification option selected by the user based on the selection interface, collecting biometric information of the user corresponding to the selected biometric verification option;

The data access verification system invokes the corresponding collection device to collect the corresponding biometric information of the user according to the biometric verification option selected by the user; for example, 1. when the user selects the voiceprint verification, the microphone is called to collect the voice of the user; 2. The user selects the face. Verification, the camera is called to scan the user's face image; and so on. In this embodiment, when the biometric feature selected by the user is verified as the voiceprint verification, the collecting biometric information of the user corresponding to the selected biometric verification option is preferably implemented by the following specific steps: randomly generating the preset number of characters String, and broadcast the string and prompt the user to repeat the prompt of the string; when the user repeats the string, the user collects the voice data of the character string and extracts the content information in the voice data; Comparing the extracted content information with the content of the broadcasted character string to determine whether the two are consistent; after the extracted content information is consistent with the content of the broadcasted character string, extracting the voice data Voiceprint features. When the biometric feature selected by the user is verified as a face verification, the collecting biometric information of the user corresponding to the selected biometric verification option is preferably implemented by the following specific steps: continuously collecting the facial image of the user within a preset time, And during the collection period, the randomly selected preset facial motion instruction (for example, looking up, opening, closing, etc.) is broadcasted; the facial motion in the collected facial image of the user is parsed, and the parsed facial motion and the pre-posted prediction are The facial motion command is used to perform matching matching, and after the matching is consistent, the facial features in the collected user facial image are extracted. The above-mentioned dynamic verification method is adopted for the voiceprint feature collection and the face feature collection scheme, which avoids the situation that the unscrupulous person uses the recording or video to verify, and ensures the reliability of the biometric verification.

Step S443, matching the collected biometric information with the biometric data in the biometric database;

The biometric data of each user is pre-stored in the biometric database (including data such as voiceprint features and facial features); by comparing the collected biometric information with all biometric data in the biometric database, Determining whether there is biometric data matching the collected biometric information in the biometric database to determine whether the current user passes the second level of verification.

Step S444: After the collected biometric information is successfully matched with the biometric data in the biometric database, the database system is entered.

When the bio-special data matching the collected biometric information is found in the bio-specific database, that is, the current user's biometric verification (ie, the second-level verification) is passed, the data access verification system allows the user to access the database system, so that The user enters the database system.

Further, the data access verification method of the embodiment is based on the solution of the three embodiments, and after the collected biometric information is successfully matched with the biometric data in the biometric database, the step of entering the database system is replaced by:

After the collected biometric information is matched to the biometric data in the biometric database, analyzing whether the matched biometric data corresponds to the current login verification information;

The system has a mapping table of biometric data and login verification information, that is, biometric data corresponding to each user is stored in the system. After the biometric data matching the collected biometric information is found in the biometric database, at this time, it is analyzed whether the matched biometric data corresponds to the current login verification information, that is, by querying biometrics. A mapping table of data and login verification information can confirm whether the two correspond.

If the matched biometric data corresponds to the current login verification information, the database system is entered.

After confirming that the matched biometric data corresponds to the current login verification information, it indicates that the user corresponding to the current login verification information is biometric verification by using the biometric information of the user, and then the user is allowed to enter the database system. Other users with access to the database system are prevented from using other people's login verification information and their own biometric information verification to log in to the database system to access other people's data, thereby ensuring data security and confidentiality of each user.

The application also proposes a data access verification system.

Please refer to FIG. 4 , which is a schematic diagram of an operating environment of a preferred embodiment of the data access verification system 10 of the present application.

In the present embodiment, the data access verification system 10 is installed and operated in the electronic device 1. The electronic device 1 may be a computing device such as a desktop computer, a notebook, a palmtop computer, and a server. The electronic device 1 may include, but is not limited to, a memory 11, a processor 12, and a display 13. Figure 4 shows only the electronic device 1 with components 11-13, but it should be understood that not all illustrated components may be implemented, and more or fewer components may be implemented instead.

The memory 11 may be an internal storage unit of the electronic device 1 in some embodiments, such as a hard disk or memory of the electronic device 1. The memory 11 may also be an external storage device of the electronic device 1 in other embodiments, such as a plug-in hard disk equipped on the electronic device 1, a smart memory card (SMC), and a secure digital (SD). Card, flash card, etc. Further, the memory 11 may also include both an internal storage unit of the electronic device 1 and an external storage device. The memory 11 is used to store application software and various types of data installed in the electronic device 1, such as program codes of the data access verification system 10. The memory 11 can also be used to temporarily store data that has been output or is about to be output.

The processor 12, in some embodiments, may be a Central Processing Unit (CPU), microprocessor or other data processing chip for running program code or processing data stored in the memory 11, such as performing data access verification. System 10 and so on.

The display 13 may be an LED display, a liquid crystal display, a touch-sensitive liquid crystal display, an OLED (Organic Light-Emitting Diode) touch sensor, or the like in some embodiments. The display 13 is for displaying information processed in the electronic device 1 and a user interface for displaying visualization, such as a business customization interface or the like. The components 11-13 of the electronic device 1 communicate with one another via a system bus.

Please refer to FIG. 5, which is a program module diagram of an embodiment of the data access verification system 10 of the present application. In the present embodiment, the data access verification system 10 can be divided into one or more modules, one or more modules are stored in the memory 11, and by one or more processors (the processor 12 in this embodiment) Executed to complete the application. For example, in FIG. 5, the data access verification system 10 can be divided into a response module 101, a first verification module 102, a determination module 103, and a second verification module 104. A module referred to in this application refers to a series of computer program instruction segments capable of performing a specific function, and is more suitable than the program for describing the execution process of the data access verification system 10 in the electronic device 1, wherein:

The response module 101 is configured to generate a user login interface or obtain login verification information from a predetermined interface after receiving the data access request;

When the user requests access to the database system, the data access verification system 10 receives the data access request of the user, and then generates a user login interface, where the user login interface includes a login verification information input box (eg, username/account input box, password input box, etc.) For the user to enter the login verification information on the user login interface; or, after receiving the data access request, the data access verification system 10 obtains the login verification information (for example, the username/name) from a predetermined interface (eg, a USB interface). Account number, login password), that is, the user connects the U shield or other digital certificate (U shield or other digital certificate with user login information) to a predetermined interface for the data access verification system 10 to directly from the predetermined The login authentication information is obtained at the interface.

The first verification module 102 is configured to verify the login verification information after receiving the login verification information input by the user based on the user login interface or successfully obtaining the login verification information from the predetermined interface;

When the user enters the login verification information on the user login interface and confirms the login (for example, the user login interface includes the "login" button, after the user enters the login verification information and clicks the login key to confirm the login operation), the data access verification The system 10 receives the login verification information input by the user; or the user successfully obtains the login verification information from the U shield or other digital certificate connected at the predetermined interface; after the data access verification system 10 obtains the login verification information, The login verification information is verified.

The determining module 103 is configured to: after the verification of the login verification information is successful, determine a primary information interface corresponding to the current login verification information according to a mapping relationship between the predetermined primary information interface and the login verification information, and perform the determined primary information interface. display;

The system has a mapping table of login verification information and a primary information interface, that is, each user has a corresponding primary information interface; wherein the primary information interface includes preset data information, and the primary information interface corresponding user can use the primary information The data information on the interface is modified. After the verification of the login verification information by the data access verification system 10, firstly, according to the mapping relationship between the predetermined primary information interface and the login information in the system, that is, by querying the mapping table between the two, the current login verification information is determined. Corresponding primary information interface, and then the determined primary information interface is displayed. The verification of the login verification information is the first level verification of the data access verification system 10. After the first level of verification, the data access verification system 10 presents the user with a pre-configured primary information interface. The primary information interface can mimic the interface settings of the database system, so that even if the user's login verification information is leaked to the competitor, the competitor can only access the primary information interface preset by the user by using the login verification information, and cannot invade the database system. Data is stolen, and fake data information on the primary information interface can be confusing to competitors.

The second verification module 104 is configured to perform biometric verification on the current user after receiving the verification request issued by the user based on the primary information interface, and enter the database system after the biometric verification succeeds.

The data access verification system 10 displays the primary information interface after the user's login verification information has passed the verification. When the user issues a verification request based on the displayed primary information interface, the data access verification system 10 receives the verification request, and then performs the second level verification. That is, the user performs biometric verification (for example, voiceprint verification, face verification, iris verification, fingerprint verification, etc.), and after the user passes the biometric verification, the data access system causes the user to enter the database system (for example, the database is The main interface of the system is displayed). The manner in which the user issues a verification request based on the displayed primary information interface may be: an area or a control having a verification request sent on the primary information interface (the area or the control may be set by the user when the primary information interface is preset); or the user passes the advance The set behavior action generates a verification request; and so on.

Further, referring to FIG. 6, the data access verification system 10 of the present embodiment replaces the second verification module 104 with a third verification module 105, where the third verification module 105 includes:

The determining sub-module 1051 is configured to determine a preset behavior operation corresponding to the current user according to the mapping relationship between the preset preset behavior operation and the login verification information;

The detecting submodule 1052 is configured to detect whether a behavior operation occurs on the primary information interface;

After displaying the primary information interface, the data access verification system 10 detects the primary information interface in real time to determine if there is a behavioral operation on the primary information interface.

The comparison sub-module 1053 is configured to compare the detected behavior operation with the determined preset behavior operation after detecting a behavior operation on the primary information interface;

After detecting that a behavior operation occurs on the primary information interface, that is, after the user performs a corresponding operation on the primary information interface, the data access verification system 10 performs the detected behavior operation and the determined preset behavior operation. Compare and confirm whether they are consistent. For example, comparing the detected gesture sliding operation with the determined preset gesture sliding operation to see whether the two are consistent; whether the gesture sliding operation is consistent can be determined by the overall sliding track of the gesture sliding.

The verification sub-module 1054 is configured to perform biometric verification on the current user after the detected behavior operation is consistent with the determined preset behavior operation, and enter the database system after the biometric verification succeeds.

After confirming that the detected behavior operation is consistent with the determined preset behavior operation, the data access verification system 10 performs second level verification (ie, biometric verification) on the current user, and performs second level verification on the current user. After passing, it is confirmed that the current login user is the user himself, so that the user enters the database system and displays the interface of the database system.

Further, referring to FIG. 7, in the data access verification system 10 of this embodiment, the verification submodule 1054 includes:

a generating unit 10541, configured to generate a selection interface that includes a preset biometric verification option;

The generating unit 10541 generates a selection interface in which preset biometric verification options (eg, voiceprint verification, face verification, etc.) are displayed for the user to select, that is, let the user select the type of the second level verification.

The collecting unit 10542 is configured to collect biometric information of the user corresponding to the selected biometric verification option after receiving the biometric verification option selected by the user based on the selection interface;

The data access verification system 10 calls the corresponding collection device to collect the corresponding biometric information of the user according to the biometric verification option selected by the user; for example, 1. the user selects the voiceprint verification, and then invokes the microphone to collect the voice of the user; 2. The user selects the user. Face verification, the camera is called to scan the user's face image; and so on. In this embodiment, when the biometric feature selected by the user is verified as the voiceprint verification, the collecting biometric information of the user corresponding to the selected biometric verification option is preferably implemented by the following specific steps: randomly generating the preset number of characters String, and broadcast the string and prompt the user to repeat the prompt of the string; when the user repeats the string, the user collects the voice data of the character string and extracts the content information in the voice data; Comparing the extracted content information with the content of the broadcasted character string to determine whether the two are consistent; after the extracted content information is consistent with the content of the broadcasted character string, extracting the voice data Voiceprint features. When the biometric feature selected by the user is verified as a face verification, the collecting biometric information of the user corresponding to the selected biometric verification option is preferably implemented by the following specific steps: continuously collecting the facial image of the user within a preset time, And during the collection period, the randomly selected preset facial motion instruction (for example, looking up, opening, closing, etc.) is broadcasted; the facial motion in the collected facial image of the user is parsed, and the parsed facial motion and the pre-posted prediction are The facial motion command is used to perform matching matching, and after the matching is consistent, the facial features in the collected user facial image are extracted. The above-mentioned dynamic verification method is adopted for the voiceprint feature collection and the face feature collection scheme, which avoids the situation that the unscrupulous person uses the recording or video to verify, and ensures the reliability of the biometric verification.

The matching unit 10543 is configured to match the collected biometric information with the biometric data in the biometric database;

The login unit 10544 is configured to enter the database system after the collected biometric information is successfully matched with the biometric data in the biometric database.

When the bio-special data matching the collected biometric information is found in the bio-specific database, that is, the biometric verification (ie, the second-level verification) of the current user passes, the data access verification system 10 allows the user to access the database system. Bring the user into the database system.

Further, the data access verification system 10 of the embodiment replaces the login unit 10544 with an association confirmation unit, and the association confirmation unit includes:

An analysis subunit, configured to analyze whether the matched biometric data corresponds to the current login verification information after the collected biometric information is matched to the biometric data in the biometric database;

The login subunit is configured to enter the database system after confirming that the matched biometric data corresponds to the current login verification information.

The present application also provides a computer readable storage medium storing a data access verification system, the data access verification system being executable by at least one processor to cause the at least one processor to perform the above A data access verification method as described in an embodiment.

The above description is only a preferred embodiment of the present application, and is not intended to limit the scope of the patent application, and the equivalent structural transformation, or direct/indirect use, of the present application and the contents of the drawings is used in the application of the present application. All other related technical fields are included in the patent protection scope of the present application.

Claims

An electronic device, comprising: a memory, a processor, wherein the memory stores a data access verification system running on the processor, the data access verification system being executed by the processor The following steps are implemented:

A1. After receiving the data access request, generate a user login interface or obtain login verification information from a predetermined interface;

B1. After receiving the login verification information input by the user based on the user login interface or successfully obtaining the login verification information from the predetermined interface, verifying the login verification information;

After the verification of the login verification information is successful, determining a primary information interface corresponding to the current login verification information according to a predetermined mapping relationship between the primary information interface and the login verification information, and displaying the determined primary information interface;

D1: After receiving the verification request issued by the user based on the primary information interface, perform biometric verification on the current user, and enter the database system after the biometric verification succeeds.
The electronic device according to claim 1, wherein the step of performing biometric verification on the current user and entering the database system after the biometric verification succeeds comprises:

Generating a selection interface containing preset biometric verification options;

After receiving the biometric verification option selected by the user based on the selection interface, collecting biometric information of the user corresponding to the selected biometric verification option;

Matching the collected biometric information with the biometric data in the biometric database;

After the collected biometric information is successfully matched with the biometric data in the biometric database, the database system is entered.
The electronic device according to claim 2, wherein after the collected biometric information is successfully matched with the biometric data in the biometric database, the step of entering the database system is replaced by:

After the collected biometric information is matched to the biometric data in the biometric database, analyzing whether the matched biometric data corresponds to the current login verification information;

If the matched biometric data corresponds to the current login verification information, the database system is entered.
The electronic device of claim 1 wherein said step D1 is replaced by:

Determining a preset behavior operation corresponding to the current user according to a predetermined mapping relationship between the preset behavior and the login verification information;

Detecting whether a behavioral operation occurs on the primary information interface;

After detecting the behavioral operation on the primary information interface, comparing the detected behavioral operation with the determined preset behavioral operation;

If the detected behavior operation is consistent with the determined preset behavior operation, the current user is biometrically verified and enters the database system after the biometric verification succeeds.
The electronic device according to claim 4, wherein the step of performing biometric verification on the current user and entering the database system after the biometric verification succeeds comprises:

Generating a selection interface containing preset biometric verification options;

After receiving the biometric verification option selected by the user based on the selection interface, collecting biometric information of the user corresponding to the selected biometric verification option;

Matching the collected biometric information with the biometric data in the biometric database;

After the collected biometric information is successfully matched with the biometric data in the biometric database, the database system is entered.
The electronic device according to claim 5, wherein after the collected biometric information is successfully matched with the biometric data in the biometric database, the step of entering the database system is replaced by:

After the collected biometric information is matched to the biometric data in the biometric database, analyzing whether the matched biometric data corresponds to the current login verification information;

If the matched biometric data corresponds to the current login verification information, the database system is entered.
The electronic device of claim 4 wherein said behavioral operation is a gesture sliding operation.
The electronic device according to claim 7, wherein the step of performing biometric verification on the current user and entering the database system after the biometric verification succeeds comprises:

Generating a selection interface containing preset biometric verification options;

After receiving the biometric verification option selected by the user based on the selection interface, collecting biometric information of the user corresponding to the selected biometric verification option;

Matching the collected biometric information with the biometric data in the biometric database;

After the collected biometric information is successfully matched with the biometric data in the biometric database, the database system is entered.
The electronic device according to claim 8, wherein after the collected biometric information is successfully matched with the biometric data in the biometric database, the step of entering the database system is replaced by:

After the collected biometric information is matched to the biometric data in the biometric database, analyzing whether the matched biometric data corresponds to the current login verification information;

If the matched biometric data corresponds to the current login verification information, the database system is entered.
A data access verification method, characterized in that the method comprises the steps of:

A2. After receiving the data access request, generate a user login interface or obtain login verification information from a predetermined interface;

B2. After receiving the login verification information input by the user based on the user login interface or successfully obtaining the login verification information from the predetermined interface, verifying the login verification information;

After the verification of the login verification information is successful, determining a primary information interface corresponding to the current login verification information according to a predetermined mapping relationship between the primary information interface and the login verification information, and displaying the determined primary information interface;

D2: After receiving the verification request issued by the user based on the primary information interface, perform biometric verification on the current user, and enter the database system after the biometric verification succeeds.
The data access verification method according to claim 10, wherein the step of performing biometric verification on the current user and entering the database system after the biometric verification succeeds comprises:

Generating a selection interface containing preset biometric verification options;

After receiving the biometric verification option selected by the user based on the selection interface, collecting biometric information of the user corresponding to the selected biometric verification option;

Matching the collected biometric information with the biometric data in the biometric database;

After the collected biometric information is successfully matched with the biometric data in the biometric database, the database system is entered.
The data access verification method according to claim 11, wherein after the collected biometric information is successfully matched with the biometric data in the biometric database, the step of entering the database system is replaced by:

After the collected biometric information is matched to the biometric data in the biometric database, analyzing whether the matched biometric data corresponds to the current login verification information;

If the matched biometric data corresponds to the current login verification information, the database system is entered.
The data access verification method according to claim 10, wherein said step D2 is replaced by:

Determining a preset behavior operation corresponding to the current user according to a predetermined mapping relationship between the preset behavior and the login verification information;

Detecting whether a behavioral operation occurs on the primary information interface;

After detecting the behavioral operation on the primary information interface, comparing the detected behavioral operation with the determined preset behavioral operation;

If the detected behavior operation is consistent with the determined preset behavior operation, the current user is biometrically verified and enters the database system after the biometric verification succeeds.
The data access verification method according to claim 13, wherein the step of performing biometric verification on the current user and entering the database system after the biometric verification succeeds comprises:

Generating a selection interface containing preset biometric verification options;

After receiving the biometric verification option selected by the user based on the selection interface, collecting biometric information of the user corresponding to the selected biometric verification option;

Matching the collected biometric information with the biometric data in the biometric database;

After the collected biometric information is successfully matched with the biometric data in the biometric database, the database system is entered.
The data access verification method according to claim 14, wherein after the collected biometric information is successfully matched with the biometric data in the biometric database, the step of entering the database system is replaced by:

After the collected biometric information is matched to the biometric data in the biometric database, analyzing whether the matched biometric data corresponds to the current login verification information;

If the matched biometric data corresponds to the current login verification information, the database system is entered.
The data access verification method according to claim 13, wherein the behavior operation is a gesture sliding operation.
The data access verification method according to claim 16, wherein the step of performing biometric verification on the current user and entering the database system after the biometric verification succeeds comprises:

Generating a selection interface containing preset biometric verification options;

After receiving the biometric verification option selected by the user based on the selection interface, collecting biometric information of the user corresponding to the selected biometric verification option;

Matching the collected biometric information with the biometric data in the biometric database;

After the collected biometric information is successfully matched with the biometric data in the biometric database, the database system is entered.
The data access verification method according to claim 17, wherein after the collected biometric information is successfully matched with the biometric data in the biometric database, the step of entering the database system is replaced by:

After the collected biometric information is matched to the biometric data in the biometric database, analyzing whether the matched biometric data corresponds to the current login verification information;

If the matched biometric data corresponds to the current login verification information, the database system is entered.
A computer readable storage medium, characterized in that the computer readable storage medium stores a data access verification system, the data access verification system being executable by at least one processor to cause the at least one processor to perform the following step:

A3. After receiving the data access request, generate a user login interface or obtain login verification information from a predetermined interface;

B3. After receiving the login verification information input by the user based on the user login interface or successfully obtaining the login verification information from the predetermined interface, verifying the login verification information;

C3. After the verification of the login verification information is successful, determining a primary information interface corresponding to the current login verification information according to a mapping relationship between the predetermined primary information interface and the login verification information, and displaying the determined primary information interface;

D3. After receiving the verification request issued by the user based on the primary information interface, perform biometric verification on the current user, and enter the database system after the biometric verification succeeds.
The computer readable storage medium of claim 19 wherein said step D3 is replaced by:

Determining a preset behavior operation corresponding to the current user according to a predetermined mapping relationship between the preset behavior and the login verification information;

Detecting whether a behavioral operation occurs on the primary information interface;

After detecting the behavioral operation on the primary information interface, comparing the detected behavioral operation with the determined preset behavioral operation;

If the detected behavior operation is consistent with the determined preset behavior operation, the current user is biometrically verified and enters the database system after the biometric verification succeeds.