Identity authentication method fusing multi-platform identity information

Abstract

The invention discloses an identity authentication method fusing multi-platform identity information, and particularly relates to the technical field of identity authentication, comprising the following steps: a user registers and provides account information of the user on each platform, and encrypts the information; the authentication platform receives an authentication request from a user initiating authentication and performs authentication factor classification, then compares the authentication request with fused multi-platform identity information, obtains a comparison result through calculation, performs analysis according to the comparison result to obtain an authentication value, and performs authentication according to the authentication value. The authentication value is compared with a preset first authentication threshold value, whether permission distribution is carried out on the authentication value or not is determined, and if permission distribution needs to be carried out, permission distribution is carried out on the user initiating authentication according to a preset distribution strategy; according to the method and the device, the security of identity authentication is improved, the corresponding access permission can be ensured to be given only when the identity of the user is fully verified, misoperation caused by too high permission is avoided, and the user experience is improved.

Description

Technical Field

[0001] The present invention relates to the field of identity authentication technology, and more specifically, to an identity authentication method integrating multi-platform identity information. Background Art

[0002] With the popularization of the Internet and the increase in the number of online services, users usually need to set up and manage multiple accounts and passwords for different platforms. This decentralized authentication method not only puts users under the burden of remembering multiple complex passwords, but also increases security risks, because users tend to reuse the same passwords in multiple services. Once one of the accounts is cracked, other associated accounts will also become vulnerable. To solve these problems, the industry has developed multi-factor authentication technology, which requires users to provide two or more methods to prove their identity, thereby significantly improving security. However, even with the adoption of MFA, users still face the inconvenience of managing account information on multiple different platforms. In the prior art, some attempts have been made to simplify the user's login process by building a unified identity authentication framework and using the user's multi-platform information for identity authentication. These methods provide convenience and security to a certain extent, but often lack a permission allocation mechanism and cannot adjust user permissions according to the authentication strength, which limits the security and flexibility of the system. Therefore, an identity authentication method that integrates multi-platform identity information is proposed here. Summary of the invention

[0003] To achieve the above object, the present invention provides the following technical solutions:

[0004] An identity authentication method integrating multi-platform identity information comprises the following steps:

[0005] Step 1: The user registers on a unified authentication platform and provides his / her account information on each platform;

[0006] Step 2: The authentication platform collects and stores the user's multi-platform identity information through a secure communication protocol and encrypts the information;

[0007] Step 3: When the user initiating authentication needs to perform identity authentication, the authentication platform receives an authentication request from the user initiating authentication;

[0008] Step 4: The authentication platform classifies authentication factors according to the authentication information provided by the user initiating the authentication, obtains multiple preset authentication type classification sets, and then aggregates them to obtain an authentication collection;

[0009] Step 5: Compare the authentication collection with the integrated multi-platform identity information, and obtain the comparison result through calculation;

[0010] Step 6: Analyze the comparison results to obtain the authentication value, then compare the authentication value with the preset first authentication threshold and decide whether to assign permissions to the authentication value. If permission assignment is required, assign permissions to the user who initiated the authentication according to the preset assignment strategy.

[0011] In a preferred embodiment, the multi-platform identity information includes historical login behavior information.

[0012] In a preferred embodiment, the identity authentication method integrating multi-platform identity information further includes:

[0013] The information reading behavior type of the user after authority allocation is set and the behavior type level is obtained, then the current information reading behavior is identified, the current behavior type is obtained, and it is determined whether the current behavior type meets the behavior type level in the authority allocation. If so, a pass signal is sent and the current behavior type is extracted. If not, a fail signal is sent and the current behavior type is extracted. It is determined whether the current behavior type meets the behavior type level. If not, a reminder signal is sent; when the reminder signal appears twice within a specified interval, a warning signal is sent; when the reminder signal appears three times, an alarm signal is sent.

[0014] In a preferred embodiment, the reading behavior type includes the reading time, IP, and extraction identity.

[0015] In a preferred embodiment, in step 5, the authentication collection is compared with the integrated multi-platform identity information, and the comparison result obtained by calculation refers to:

[0016] Compare the multi-platform identity information that has been integrated in the multiple authentication type classification sets in the authentication collection, obtain the authentication type classification set to which the authentication information belongs and mark it as Zi, then mark the number of the same as the multi-platform identity information as Mi, and the number of the different from the multi-platform identity information as Ni, respectively obtain the login time value in the historical login behavior information of each authentication information source platform in the authentication type classification set and mark it as Li, and mark the total authentication sum value of the authentication information of the same item in the authentication type classification set as Hi. The total authentication sum value is obtained by summing the login time value Li of the authentication information of the same item, and the comparison value of the authentication type classification set is recorded as BDi. e is a natural constant, and v is a preset standard certification and value.

[0017] In a preferred embodiment, in step 6, analyzing the comparison result to obtain the authentication value refers to:

[0018] The authentication value is calculated by the following formula: RZ = ∑(BDi*fi), where RZ is the authentication value and fi is the trust coefficient corresponding to the comparison value BDi.

[0019] In a preferred embodiment, in step six, comparing the authentication value with the preset first authentication threshold and deciding whether to allocate authority to the authentication value means: comparing the authentication value RZ with the preset first authentication threshold, when the authentication value RZ is lower than the preset first authentication threshold, it is not necessary to allocate authority based on the authentication value, and the identity authentication of the user initiating the authentication fails; when the authentication value RZ is not lower than the preset first authentication threshold, it is necessary to allocate authority based on the authentication value, and the identity authentication of the user initiating the authentication passes.

[0020] In a preferred embodiment, in step six, if permission allocation is required, the user who initiates the authentication is allocated permission according to the preset allocation strategy, which means: according to the preset behavior type level-threshold interval form, and the threshold interval in which the authentication value falls, the behavior type level classified within the threshold interval is authorized to read the information to the user who initiates the authentication.

[0021] Technical effects and advantages of the present invention:

[0022] The present invention improves the security of identity authentication. By integrating multi-platform identity information and adopting a multi-factor authentication method, the security of identity authentication can be greatly improved. Compared with the traditional single-factor identity authentication method, this method is more difficult to crack and can reduce security risks such as identity theft. It simplifies the identity authentication process. Users only need to register once on a unified authentication platform and can use account information of multiple platforms for identity authentication, eliminating the trouble of repeatedly entering various account passwords.

[0023] The present invention can ensure that corresponding access rights are granted only when the user's identity is fully verified, avoiding misoperation caused by excessive authority and improving user experience; the method is not only suitable for identity authentication of various online services, but can also be extended to other scenarios requiring identity authentication, such as identity authentication of Internet of Things devices, etc., and has strong versatility and extensibility. BRIEF DESCRIPTION OF THE DRAWINGS

[0024] In order to facilitate understanding by those skilled in the art, the present invention is further described below in conjunction with the accompanying drawings;

[0025] Figure 1 This is a schematic diagram of an identity authentication method that integrates multi-platform identity information in the present invention. DETAILED DESCRIPTION

[0026] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0027] Example 1

[0028] The invention discloses an identity authentication method integrating identity information of multiple platforms, comprising the following steps: step 1, a user registers on a unified authentication platform and provides account information on each platform; step 2, the authentication platform collects and stores the user's identity information of multiple platforms through a secure communication protocol, and encrypts the information; step 3, when the user initiating the authentication needs to perform identity authentication, the authentication platform receives the authentication request from the user initiating the authentication; step 4, the authentication platform classifies authentication factors according to the authentication information provided by the user initiating the authentication, obtains multiple preset authentication type classification sets, and obtains the authentication collection after aggregation; step 5, compares the authentication collection with the integrated identity information of multiple platforms, and obtains the comparison result by calculation; step 6, performs analysis according to the comparison result, obtains the authentication value, and then compares the authentication value with the preset first authentication threshold and decides whether to allocate authority to the authentication value. If authority allocation is required, the authority is allocated to the user initiating the authentication according to the preset allocation strategy.

[0029] The multi-platform identity information includes historical login behavior information. In step five, the authentication collection is compared with the integrated multi-platform identity information. The comparison result obtained by calculation refers to: comparing the integrated multi-platform identity information of multiple authentication type classification sets in the authentication collection, obtaining the authentication type classification set to which the authentication information belongs and marking it as Zi, then marking the number of the same as the multi-platform identity information as Mi, marking the number of the different from the multi-platform identity information as Ni, respectively obtaining the login time value in the historical login behavior information of each authentication information source platform in the authentication type classification set and marking it as Li, and marking the total authentication sum value of the authentication information of the same item in the authentication type classification set as the multi-platform identity information and marking it as Hi. The total authentication sum value is obtained by summing the login time value Li of the authentication information of the same item, and the comparison value of the authentication type classification set is recorded as BDi. e is a natural constant, and v is a preset standard certification and value.

[0030] In step six, analyzing according to the comparison result to obtain the authentication value means: calculating the authentication value by the following formula: RZ = ∑ (BDi * fi), RZ is the authentication value, fi is the trust coefficient corresponding to the comparison value BDi, in step six, comparing the authentication value with the preset first authentication threshold and deciding whether to allocate authority to the authentication value means: comparing the authentication value RZ with the preset first authentication threshold, when the authentication value RZ is lower than the preset first authentication threshold, it is not necessary to allocate authority according to the authentication value, and the identity authentication of the user initiating the authentication fails; when the authentication value RZ is not lower than the preset first authentication threshold, it is necessary to allocate authority according to the authentication value, and the identity authentication of the user initiating the authentication passes; in step six, if it is necessary to allocate authority, then allocating authority to the user initiating the authentication according to the preset allocation strategy means: according to the preset behavior type level-threshold interval form, and the threshold interval in which the authentication value falls, all the behavior type levels classified within the threshold interval are authorized to read information to the user initiating the authentication.

[0031] Example 2

[0032] An identity authentication method integrating multi-platform identity information includes the following steps:

[0033] Step 1: The user registers on a unified authentication platform and provides his / her account information on each platform; specifically: the user visits the registration page of the unified authentication platform, and then the user fills in the necessary registration information, including but not limited to user name, email address, mobile phone number, etc.; then the user is guided to provide his / her account information on each platform, such as user name or email address on social media, e-commerce websites, banking services and other platforms; then the user completes the verification process, usually including email or mobile phone verification code confirmation; finally, after the user completes the registration, his / her account enters the activated state, ready for the next step of identity information collection and integration.

[0034] Step 2: The authentication platform collects and stores the user's multi-platform identity information through a secure communication protocol and encrypts the information. Specifically, after the user successfully registers, the authentication platform prompts the user to authorize the platform to collect his or her account information on each service. After the user authorizes, the authentication platform communicates with each service platform through security protocols such as Open ID Connect and OAuth 2.0. The authentication platform requests the account information provided by the user from each platform. After verifying the legitimacy of the operation, each service platform returns part of the user's account information, such as the user name, to the authentication platform. After the authentication platform collects the information, it uses a preset encryption algorithm such as AES-256-bit encryption and other commonly used encryption algorithms known to those in the field to encrypt the user data. The encrypted user identity information is stored in the authentication platform's security database. Finally, a unified identity profile of the user is established on the authentication platform. The profile contains user identity information fragments from multiple platforms, but does not contain any complete credentials that can independently log in to any service. This ensures the data security of the user during the registration and information submission stages, and builds a distributed identity information framework, laying the foundation for subsequent multi-factor identity authentication.

[0035] Step 3: When the user initiating authentication needs to perform identity authentication, the authentication platform receives the authentication request from the user initiating authentication; specifically, when the user needs to log in to a service or perform a specific operation, the user initiates an authentication request to the authentication platform by entering a user name and password, scanning a QR code, clicking a link, etc. The authentication platform receives the user's authentication request and requires the user to provide additional authentication information, such as SMS verification code, email confirmation, biometric information, etc. The user provides the corresponding authentication information as instructed.

[0036] Step 4. The authentication platform classifies authentication factors according to the authentication information provided by the user who initiates the authentication, and obtains multiple preset authentication type classification sets, which are summarized to obtain an authentication collection; the authentication platform analyzes the various types of authentication information provided by the user and classifies them into different authentication types, for example: knowledge factors such as passwords, possession factors such as SMS verification codes received by mobile phones, and biological factors such as fingerprints or facial recognition; these authentication types form multiple authentication type classification sets according to preset rules, for example, passwords and security questions are classified into one category, and SMS verification codes and email confirmations are classified into another category; all classification sets are summarized to form an authentication collection, which contains all the user's authentication information.

[0037] Step 5: Compare the authentication collection with the multi-platform identity information that has been integrated, and obtain the comparison result by calculation; the multi-platform identity information includes but is not limited to user name, password, biometrics, historical login behavior, device information, etc. Compare the authentication collection with the multi-platform identity information that has been integrated. The process from step 3 to step 5 is dynamic and occurs in real time, ensuring that identity authentication can be completed quickly and accurately when the user attempts to access the service. The comparison result obtained by calculation refers to: compare the multi-platform identity information that has been integrated with multiple authentication type classification sets in the authentication collection, obtain the authentication type classification set to which the authentication information belongs and mark it as Zi, then mark the number that is the same as the multi-platform identity information as Mi, and mark the number that is different from the multi-platform identity information as Ni, respectively obtain the login time value in the historical login behavior information of each authentication information source platform in the authentication type classification set and mark it as Li, and mark the total authentication sum value of the authentication information of the same item in the authentication type classification set as Hi, the total authentication sum value is obtained by summing the login time value Li of the authentication information of the same item, and the comparison value of the authentication type classification set is recorded as BDi, e is a natural constant, v is a preset standard authentication and value, v is not zero, until all authentication type classification sets have been calculated with the comparison value BD i, the authentication platform will conduct a comprehensive analysis of the comparison values ​​BD i of all authentication type classification sets to determine the final authentication result. If the comparison value BD i of a certain authentication type classification set is lower than the preset threshold, the classification set is considered to have low trust, and additional authentication steps may be required, and the authentication will not pass this time; the smaller the comparison value BD i, the less credible the authentication request issued this time is from the person himself. Combining the comparison values ​​BD i of all authentication type classification sets will help the authentication platform use the method of step six to make the final authentication decision. Through the above method, the authentication platform can use the multi-platform identity information and real-time authentication information provided by the user during registration, and measure the consistency and credibility of each type of authentication information through the comparison value BD i, thereby realizing a continuous and risk-aware identity authentication process. This method is also applicable to scenarios of continuous authentication or multi-factor authentication, which helps to improve the security of the overall system.

[0038] Step six, analyze according to the comparison result to obtain the authentication value, then compare the authentication value with the preset first authentication threshold and decide whether to allocate authority to the authentication value. If authority allocation is required, the user who initiated the authentication is allocated authority according to the preset allocation strategy, and judge whether the user's identity is verified according to the authentication score. If the score is not lower than the preset threshold, the identity is considered valid; if the score is lower than the threshold, the identity authentication fails; analyze according to the comparison result to obtain the authentication value, which means: the authentication value is calculated by the following formula: RZ = ∑ (BDi * fi), RZ is the authentication value, fi is the trust coefficient corresponding to the comparison value BDi, in step six, comparing the authentication value with the preset first authentication threshold and deciding whether to allocate authority to the authentication value means: comparing the authentication value RZ with the preset first authentication threshold When the authentication value RZ is lower than the preset first authentication threshold, it is not necessary to allocate permissions based on the authentication value, and the identity authentication of the user initiating the authentication fails; when the authentication value RZ is not lower than the preset first authentication threshold, it is necessary to allocate permissions based on the authentication value, and the identity authentication of the user initiating the authentication passes; in step six, if permission allocation is required, the user initiating the authentication is allocated permissions according to the preset allocation strategy, which means: according to the preset behavior type level-threshold interval form, and the threshold interval in which the authentication value falls, the behavior type level classified within the threshold interval is authorized to read the information to the user initiating the authentication, and permissions are dynamically allocated to users based on the authentication strength to ensure that the corresponding access rights are granted only after the user's identity is fully verified, thereby enhancing the security of user data.

[0039] Example 3

[0040] An identity authentication method integrating multi-platform identity information includes the following steps: step 1, a user registers on a unified authentication platform and provides his account information on each platform; step 2, the authentication platform collects and stores the multi-platform identity information of the user through a secure communication protocol, and encrypts the information; step 3, when the user initiating authentication needs to perform identity authentication, the authentication platform receives an authentication request from the user initiating authentication; step 4, the authentication platform classifies authentication factors according to the authentication information provided by the user initiating authentication, obtains multiple preset authentication type classification sets, and obtains an authentication collection after aggregation; step 5, the authentication collection and The integrated multi-platform identity information is compared and the comparison result is obtained by calculation; step six, analysis is performed based on the comparison result to obtain the authentication value, and then the authentication value is compared with the preset first authentication threshold and a decision is made as to whether to allocate permissions to the authentication value. If permission allocation is required, permissions are allocated to the user who initiated the authentication according to the preset allocation strategy; step seven, the information reading behavior type of the user after permission allocation is set and the behavior type level is obtained, and then the current information reading behavior is identified to obtain the current behavior type, and it is determined whether the current behavior type meets the behavior type level in the permission allocation and sends the corresponding signal type.

[0041] Judging whether the current behavior type meets the behavior type level in the authority allocation and sending the corresponding signal type means: if yes, sending a pass signal and obtaining the current behavior type extracted; if not, sending a fail signal and obtaining the current behavior type extracted; judging whether the current behavior type meets the behavior type level; if not, sending a reminder signal; when the reminder signal appears twice within a specified interval, sending a warning signal; when the reminder signal appears three times, sending an alarm signal; reading the behavior type includes the reading time, IP, and extraction identity.

[0042] In step five, the authentication collection is compared with the multi-platform identity information that has been integrated. The comparison result obtained by calculation refers to: comparing the multi-platform identity information that has been integrated with the multiple authentication type classification sets in the authentication collection, obtaining the authentication type classification set to which the authentication information belongs and marking it as Zi, then marking the number of the same as the multi-platform identity information as Mi, marking the number of the different from the multi-platform identity information as Ni, respectively obtaining the login time value in the historical login behavior information of each authentication information source platform in the authentication type classification set and marking it as Li, and marking the total authentication sum value of the authentication information of the same item in the authentication type classification set as the multi-platform identity information and marking it as Hi, the total authentication sum value is obtained by summing the login time value Li of the authentication information of the same item, and then the comparison value of the authentication type classification set is recorded as BDi, e is a natural constant, and v is a preset standard certification and value.

[0043] In step six, analyzing according to the comparison result to obtain the authentication value means: calculating the authentication value by the following formula: RZ=∑(BDi*fi), RZ is the authentication value, fi is the trust coefficient corresponding to the preset comparison value BDi; comparing the authentication value with the preset first authentication threshold and deciding whether to allocate authority to the authentication value means: comparing the authentication value RZ with the preset first authentication threshold, when the authentication value RZ is lower than the preset first authentication threshold, it is not necessary to allocate authority according to the authentication value, and the identity authentication of the user initiating the authentication fails; when the authentication value RZ is not lower than the preset first authentication threshold, it is necessary to allocate authority according to the authentication value. The identity authentication of the user who initiated the authentication is passed; if permission allocation is required, the permission allocation for the user who initiated the authentication is performed according to the preset allocation strategy, which means: according to the preset behavior type level-threshold interval form, and the threshold interval in which the authentication value falls, the behavior type level classified into the threshold interval is authorized to the user who initiated the authentication. The present invention significantly improves the security of identity authentication by integrating the user's multi-platform identity information and adopting multi-factor authentication technology, simplifies the identity authentication process, and can authorize information reading behaviors of different trust levels according to the trustworthiness of the authentication, thereby improving the user experience and ensuring the user's information security.

[0044] The above formulas are all dimensionless and numerical calculations. The formula is a formula for the most recent real situation obtained by collecting a large amount of data and performing software simulation. The preset parameters in the formula are set by technicians in this field according to actual conditions.

[0045] It should be understood that in the various embodiments of the present application, the size of the serial numbers of the above-mentioned processes does not mean the order of execution. The execution order of each process should be determined by its function and internal logic, and should not constitute any limitation on the implementation process of the embodiments of the present application.

[0046] In addition, each functional unit in each embodiment of the present application may be integrated into one processing unit, or each unit may exist physically separately, or two or more units may be integrated into one unit.

[0047] Those of ordinary skill in the art will appreciate that the units and algorithm steps of each example described in conjunction with the embodiments disclosed herein can be implemented in electronic hardware, or a combination of computer software and electronic hardware. Whether these functions are performed in hardware or software depends on the specific application and design constraints of the technical solution. Professional and technical personnel can use different methods to implement the described functions for each specific application, but such implementation should not be considered to be beyond the scope of this application.

[0048] Those skilled in the art can clearly understand that, for the convenience and brevity of description, the specific working processes of the systems, devices and units described above can refer to the corresponding processes in the aforementioned method embodiments and will not be repeated here.

[0049] The above is only a specific implementation of the present application, but the protection scope of the present application is not limited thereto. Any person skilled in the art who is familiar with the present technical field can easily think of changes or substitutions within the technical scope disclosed in the present application, which should be included in the protection scope of the present application. Therefore, the protection scope of the present application should be based on the protection scope of the claims.

Claims

1. An identity authentication method integrating multi-platform identity information, characterized in that: The following steps are involved: Step 1: The user registers on a unified authentication platform and provides his / her account information on each platform; Step 2: The authentication platform collects and stores the user's multi-platform identity information through a secure communication protocol and encrypts the information; Step 3: When the user initiating authentication needs to perform identity authentication, the authentication platform receives an authentication request from the user initiating authentication; Step 4: The authentication platform classifies authentication factors according to the authentication information provided by the user initiating the authentication, obtains multiple preset authentication type classification sets, and then aggregates them to obtain an authentication collection; Step 5: Compare the authentication collection with the integrated multi-platform identity information, and obtain the comparison result through calculation; Step 6: Analyze the comparison results to obtain the authentication value, then compare the authentication value with the preset first authentication threshold and decide whether to assign permissions to the authentication value. If permission assignment is required, assign permissions to the user who initiated the authentication according to the preset assignment strategy.

2. The identity authentication method integrating multi-platform identity information according to claim 1, characterized in that: The multi-platform identity information includes historical login behavior information.

3. The identity authentication method integrating multi-platform identity information according to claim 2, characterized in that: The identity authentication method integrating multi-platform identity information also includes: The information reading behavior type of the user after the authority allocation is set and the behavior type level is obtained, then the current information reading behavior is identified, the current behavior type is obtained, and it is determined whether the current behavior type meets the behavior type level in the authority allocation. If so, a pass signal is sent and the current behavior type is extracted. If not, a fail signal is sent and the current behavior type is extracted.

4. The identity authentication method integrating multi-platform identity information according to claim 3 is characterized in that: Determine whether the current behavior type meets the behavior type level. If not, send a reminder signal; when the reminder signal appears twice within a specified interval, send a warning signal; when the reminder signal appears three times, send an alarm signal.

5. The identity authentication method integrating multi-platform identity information according to claim 4 is characterized in that: The reading behavior type includes the reading time, IP, and extraction identity.

6. The identity authentication method integrating multi-platform identity information according to claim 5, characterized in that: In step 5, the authentication collection is compared with the integrated multi-platform identity information, and the comparison result obtained by calculation refers to: Compare the multi-platform identity information that has been integrated in the multiple authentication type classification sets in the authentication collection, obtain the authentication type classification set to which the authentication information belongs and mark it as Zi, then mark the number of the same as the multi-platform identity information as Mi, and the number of the different from the multi-platform identity information as Ni, respectively obtain the login time value in the historical login behavior information of each authentication information source platform in the authentication type classification set and mark it as Li, and mark the total authentication sum value of the authentication information of the same item in the authentication type classification set as Hi, and the total authentication sum value is obtained by summing the login time value Li of the authentication information of the same item, then the comparison value of the authentication type classification set is recorded as BDi, e is a natural constant, and v is a preset standard certification and value.

7. The identity authentication method integrating multi-platform identity information according to claim 6, characterized in that: In step 6, the authentication value is obtained based on the comparison results: The authentication value is calculated by the following formula: RZ = ∑(BDi*fi), where RZ is the authentication value and fi is the trust coefficient corresponding to the comparison value BDi.

8. The identity authentication method integrating multi-platform identity information according to claim 7, characterized in that: In step six, comparing the authentication value with the preset first authentication threshold and deciding whether to allocate authority to the authentication value means: comparing the authentication value RZ with the preset first authentication threshold, when the authentication value RZ is lower than the preset first authentication threshold, there is no need to allocate authority based on the authentication value, and the identity authentication of the user initiating the authentication fails; when the authentication value RZ is not lower than the preset first authentication threshold, there is a need to allocate authority based on the authentication value, and the identity authentication of the user initiating the authentication passes.

9. The identity authentication method integrating multi-platform identity information according to claim 8, characterized in that: In step six, if permission allocation is required, the user who initiates the authentication will be assigned permissions according to the preset allocation strategy, which means: according to the preset behavior type level-threshold interval form, and the threshold interval that the authentication value falls into, the behavior type level classified within the threshold interval will be authorized to read the information to the user who initiated the authentication.

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