Method for identifying identity of confidential person by person
Through the use of voice keys, fingerprints and behavioral operations, the problem of identity confirmation and management in cyberspace is solved, and efficient information security protection and national security guarantees are achieved.
Patent Information
- Application Number
- CN202510156085.0
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Priority Date
- 2024-03-11
- Filing Date
- 2025-02-12
- Publication Date
- 2025-05-30
- Estimated Expiration
- Not applicable · inactive patent
AI Technical Summary
The existing technology is difficult to effectively confirm and manage the identity of network subjects in cyberspace, resulting in serious threats to information security, social stability and national security.
The identity authentication of the intercom terminal is performed by using the person's identification key, including the voice key and fingerprint, combined with behavioral operations. This method uses the voice module, fingerprint module and interlocking module to realize identity authentication and data storage through the interaction of random codes and keys.
It has achieved the signature of factual behaviors, anti-forgery, anti-counterfeiting, anti-resistance, anti-attack and traceability, and can accurately confirm and manage the identity of network subjects, protect information security, and maintain national security and social stability.
Smart Images
Figure CN120074893A_ABST
Abstract
Description
Technical Field
[0001] The present invention relates to a method for encrypting the identity of a person using a person's identifier, a method for encrypting the identity of the person of the encryption terminal using the person's identifier, and a method for trusted identity in cyberspace. Background Art
[0002] With the rapid development and in-depth application of information technology, due to the lack of advanced digital technologies for human identity in cyberspace identity governance, it is difficult to confirm and manage the identities of network entities, verify and trust the application of entity attributes, and supervise and trace the network behaviors of entities. Information security such as personal privacy, corporate trade secrets, and government national secrets, social stability, and national security are facing serious threats. Therefore, building a trusted identity system in cyberspace is the core foundation for secure and trusted applications in cyberspace, and building a trusted environment in cyberspace is a core issue that urgently needs to be solved in the field of national network information. The "Network Security Law of the People's Republic of China" has been officially promulgated, and Article 24 clearly states that "the state implements a network trusted identity strategy." Therefore, a method for encrypting the identity of a person using a person's identifier is crucial for establishing a national network trusted identity ecosystem and providing basic support for the country to build a cyberspace order, develop the digital economy, and improve the modernization of the national governance system and governance capabilities. Summary of the Invention
[0003] To overcome the problems of the prior art, the present invention proposes a method for encrypting the identity of a person using a person's identifier. The method uses a person's identifier key including a voice key, a fingerprint, and a behavior operation encryption terminal key including a voice key and a fingerprint key, and a key module including a voice module and a fingerprint module to store and compare data for correct verification. The key includes a voice key and a random code of the encryption module to encrypt the identity of the person. Thus, the purpose of encrypting the identity of a person using a person's identifier is achieved.
[0004] The object of the present invention is achieved as follows: A method for encrypting the identity of a person using a person's identifier, the method comprising: steps of operating an encryption terminal, registering a person's identifier, and encrypting the identity of the person of the encryption terminal using the person's identifier. The operating steps of the method are: Steps for operating the cross-encryption terminal; the cross-encryption terminal is the cross-encryption terminal of the identity of the cross-encryptor, and the cross-encryption terminal is provided with a control module, which is the control and command center of the entire cross-encryption terminal; the cross-encryption terminal is provided with a cross-encryption module, which is used to receive the random code and key sent by the authentication server, including the voice key and the identity of the cross-encryptor. The cross-encryption module is connected to the control module; the cross-encryption terminal is provided with a key module, which is used to store key data and verification. The key module is connected to the control module; the cross-encryption terminal is provided with a voice module, which is used to store voice key data and verification. The voice module is connected to the control module; the cross-encryption terminal is provided with a fingerprint module, which is used to store fingerprint data and verification. The fingerprint module is connected to the control module; the cross-encryption terminal is provided with an operation interface module, and the operation interface of the operation interface module is used to operate the key buttons, including the voice button and the fingerprint button of the identity of the cross-encryptor. The operation interface module is connected to the control module, the key module, the voice module, the fingerprint module, and the cross-encryption module; the cross-encryption terminal is provided with a registration interface module, and the registration interface of the registration interface module is used to register the identification key of the person, including the voice key and the fingerprint setting. The registration interface module is connected to the control module, the key module, the voice module, and the fingerprint module; the cross-encryption terminal is provided with an electronic data module, which is used to record the electronic data of the identity of the cross-encryptor of the person and store it. The electronic data module is connected to the control module; the cross-encryption terminal is connected to the authentication server.
[0005] Steps for registering the identification of a person; in the first page of the operation interface of the cross-encryption terminal, click [My] to enter the registration interface for the identification of a person. The registration interface for the identification of a person is provided with keys, including voice keys and fingerprint settings. For the key setting, select the key encryption to store in the key module. For the voice key setting, collect the voice key and encrypt it to store in the voice module. For the fingerprint setting, collect the fingerprint and encrypt it to store in the fingerprint module. After the registration of the identification of a person is completed, obtain the verification code using a real-name mobile phone. If the input verification code fails to register and the mobile phone text message prompts registration failure, then re-register; if the registration is successful, it will prompt registration success, and then you can use the identification keys of the person, including voice keys and fingerprints, to operate the key buttons of the cross-encryption terminal, including voice buttons and fingerprint buttons, to experience the identity of the cross-encryptor.
[0006] Steps for encrypting the identity of the cross-encryptor of the cross-encryption terminal through the identification of a person; use the identification keys of the person, including voice keys and fingerprints and behaviors, to operate the key buttons of the cross-encryption terminal, including voice buttons and fingerprint buttons, and verify the correct storage of data with the key module, including the voice module and the fingerprint module. The key, including the voice key, is used to cross-encrypt the random code of the identity of the cross-encryptor with the cross-encryption module.
[0007] The beneficial effects of the present invention are as follows: First, through the human identification key including the voice key, fingerprint, and behavior operation encryption terminal key including the voice key and fingerprint key, and the key module including the voice module and fingerprint module, the stored data is verified correctly. The key includes the voice key and the encryption module random code to encrypt the identity of the person; it has factual behavior signatures, anti-forgery, anti-counterfeiting, anti-repudiation, anti-attack, traceability, and is objective and fair. Second, through the human identification key including the voice key, fingerprint, and behavior operation encryption terminal key including the voice key and fingerprint key, and the key module including the voice module and fingerprint module, the stored data is verified correctly. The key includes the voice key and the encryption module random code to encrypt the identity of the person; it can accurately confirm the identity of network entities and manage them, can accurately verify entity attributes and trusted applications, and can accurately supervise and trace the network behavior of entities; it protects information security such as personal privacy, enterprise business secrets, and government national important secrets, and maintains national security and social stability. Third, through the human identification key including the voice key, fingerprint, and behavior operation encryption terminal key including the voice key and fingerprint key, and the key module including the voice module and fingerprint module, the stored data is verified correctly. The key includes the voice key and the encryption module random code to encrypt the identity of the person; furthermore, it promotes the establishment of a national network trusted identity ecosystem, providing basic support for the country to build network space order, develop the digital economy, and improve the modernization of the national governance system and governance capabilities. BRIEF DESCRIPTION OF THE DRAWINGS
[0008] The present invention will be further described below in conjunction with the drawings and embodiments.
[0009] Figure 1 is a schematic diagram of the method according to Embodiment 1 of the present invention; DETAILED DESCRIPTION OF THE EMBODIMENTS
[0010] Embodiment 1: Steps for operating the cross-encryption terminal; the cross-encryption terminal is the cross-encryption terminal of the identity of the cross-encryptor, and the form of the cross-encryption terminal is a small program, APP, wearable device, or handheld terminal device. The cross-encryption terminal is provided with a control module, and the control module is the control and command center of the entire cross-encryption terminal; the cross-encryption terminal is provided with a cross-encryption module, and the cross-encryption module is used to receive the random code and key sent by the authentication server, including the voice key of the identity of the cross-encryptor. The cross-encryption module is connected to the control module; the cross-encryption terminal is provided with a key module, and the key module is used to store key data and verification. The key module is connected to the control module; the cross-encryption terminal is provided with a voice module, and the voice module is used to store voice key data and verification. The voice module is connected to the control module; the cross-encryption terminal is provided with a fingerprint module, and the fingerprint module is used to store fingerprint data and verification. The fingerprint module is connected to the control module; the cross-encryption terminal is provided with an operation interface module, and the operation interface of the operation interface module is provided with key buttons, including voice buttons, fingerprint buttons, and on / off buttons. The operation interface of the operation interface module is provided with key buttons, including addition key buttons, subtraction key buttons, multiplication key buttons, dislocation key buttons, carry key buttons, borrow key buttons, and 1-9 key buttons. The key buttons on the operation interface of the operation interface module include voice buttons and fingerprint buttons for operating the identity of the cross-encryptor with voice buttons and fingerprint buttons. The on / off buttons on the operation interface of the operation interface module are used to connect / disconnect the cross-encryption terminal from the authentication server. The operation interface module is connected to the control module, key module, voice module, fingerprint module, and cross-encryption module; the cross-encryption terminal is provided with a registration interface module, and the registration interface of the registration interface module is used for setting the identification key of the registrant, including voice key and fingerprint. The registration interface module is connected to the control module, key module, voice module, and fingerprint module; the cross-encryption terminal is provided with an electronic data module, and the electronic data module is used to record the identity electronic data of the cross-encryptor and store it. The electronic data module is connected to the control module; the cross-encryption terminal is connected to the authentication server.
[0011] Steps for registering a person's identifier; in the steps for registering a person's identifier, click [My] on the home page of the encrypted terminal operation interface to enter the person's identifier registration interface. The person's identifier registration interface is provided with keys including voice keys and fingerprint settings. The key settings include keys from 1 to 18 digits, each digit being from 1 to 9 for addition keys, subtraction keys, and multiplication keys; keys from 1 to 18 digits for misaligned keys, carry keys, and borrow keys; for example, select to set a 5 - misaligned 16 - key to determine the encrypted storage key module; for the voice key setting, for example, select to set the collected voice with a 3 - plus - 9 key to determine the encrypted storage voice module, and for the fingerprint setting, for example, select to set the collection of the right thumb to determine the stored fingerprint module; after the person's identifier is set, obtain a verification code using a real - name mobile phone. If the input of the verification code fails and the mobile phone text message prompts registration failure, then re - register; if the registration is successful, it will prompt registration success, and then the person's identifier keys including voice keys and fingerprints can be used to operate the encrypted terminal key buttons including voice buttons and fingerprint buttons to experience the encrypted identity of the person.
[0012] Steps for identifying the identity of the cross-encryption person of the cross-encryption terminal through the person's identifier: The person's identifier is a digital technology of human attributes, the person's identifier is a recognition technology of human attributes, and the person's identifier consists of a secret key including a voice key, fingerprint, and behavior; The person's identifier key including the voice key is the key for operating the cross-encryption terminal key including the voice key to identify the identity of the cross-encryption person, and the person's identifier key including the voice key is the cross-encryption key for human attributes, which is secretly set and encrypted for storage in the brain memory without being exposed on the network, maintaining permanent privacy. The operation of the person's identifier key including the voice key can select the key operation or the voice key operation. For example, if the key operation of 5 misaligned by 16 is used for the person's identifier key operation, then operating the keys of the cross-encryption terminal 5 including the misaligned key, the key 1, and the key 6 is sufficient. If the voice key operation of 3 plus 9 is used for the person's identifier voice key operation, then operating the voice key of the cross-encryption terminal to collect the voice of 3 plus 9 is sufficient; The person's identifier fingerprint is the fingerprint for operating the fingerprint key of the cross-encryption terminal. The person's identifier fingerprint is a biometric feature of human attributes, which is innate and unique. For example, if the right thumb fingerprint operation is used for the person's identifier fingerprint operation, then operating the fingerprint key of the cross-encryption terminal to collect the right thumb fingerprint is sufficient; The person's identifier behavior is the behavior for operating the cross-encryption terminal keys including the voice key and the fingerprint key. The person's identifier behavior is the true will action of human attributes. For the person's identifier behavior operation, the cross-encryption terminal keys including the voice key and the fingerprint key are operated. The person's identifier key includes the voice key, fingerprint, and behavior associated with each other; The person's identifier limited key includes the voice key, fingerprint, and behavior associated with each other and cannot be forged. The person's identifier limited fingerprint is associated with the key including the voice key and behavior and cannot be counterfeited. The person's identifier limited behavior is associated with the key including the voice key and fingerprint and cannot be denied. The person's identifier limited key includes the voice key associated with the fingerprint and behavior and defends against attacks. The person's identifier has anti-forgery, anti-counterfeiting, anti-denial, and anti-attack capabilities. The person's identifier key includes the voice key, fingerprint, and behavior and is mutually associated with the cross-encryption terminal;The cross-encryption terminal is the cross-encryption terminal of the identity of the cross-encryptor. The identification key of the identity of the cross-encryptor limited by the cross-encryption terminal includes a voice key, as well as a fingerprint and behavior operation key, including a voice key and a fingerprint key, which are indistinguishable and non-forgeable. The fingerprint operation fingerprint key of the identity of the cross-encryptor limited by the cross-encryption terminal and the fingerprint module store data for verification and are non-counterfeitable. The behavior operation key of the identity of the cross-encryptor limited by the cross-encryption terminal includes a voice key and a fingerprint key, and the fact is non-repudiable. The identification key of the identity of the cross-encryptor limited by the cross-encryption terminal includes a voice key. The operation key includes a voice key, and the key module includes a voice module that stores data for verification. The correct key includes a voice key and a random code of the cross-encryption module for the identity defense attack of the cross-encryptor. The cross-encryption terminal defines the traceability of the identity of the cross-encryptor. The identification key of the identity of the cross-encryptor limited by the cross-encryption terminal includes a voice key and a behavior operation key. The operation key includes a voice key, and the key module includes a voice module that stores data for verification. The correct key includes a voice key and a random code of the cross-encryption module for the fact digital signature of the identity of the cross-encryptor. The identity of the cross-encryptor has a fact digital signature, anti-forgery, anti-counterfeiting, anti-repudiation, anti-attack, and traceability, and is closely associated with the identity of the person. The cross-encryption of the identity of the cross-encryptor is the cross-encryption of the identification key including a voice key and a random code to exchange passwords, and the cross-encryption algorithm uses a symmetric encryption algorithm. The identity of the person of the cross-encryptor is the password obtained by cross-encrypting the identification key including a voice key and a random code, and the password is the identity of the person's attributes and identity attributes. The identity of the cross-encryptor is the core technology of a trusted identity in cyberspace, the cutting-edge digital technology of the identity of the person, and the cutting-edge identity recognition technology of the identity of the person. The use of the identification key including a voice key, as well as a fingerprint and behavior operation cross-encryption terminal key, includes a voice key and a fingerprint key, and the key module includes a voice module and a fingerprint module that store data for comparison and verification. The correct key includes a voice key and a random code of the cross-encryption module for the identity of the cross-encryptor. It can accurately confirm the identity of network entities and management, accurately verify entity attributes and trusted applications, and accurately supervise and trace the behavior of network entities; protect information security such as personal privacy, corporate trade secrets, and government national important secrets, and maintain national security and social stability. It provides basic support for building cyberspace order, developing the digital economy, and promoting the modernization of the national governance system and governance capacity.
[0013] The specific embodiments of the invention have been described in detail above, but the invention is not limited to the specific embodiments described above, which are only examples. For those skilled in the art, any equivalent modifications and substitutions made to the invention are also within the scope of the invention. Therefore, all equivalent transformations and modifications made without departing from the spirit and scope of the invention should be covered within the scope of the invention.
Claims
1. A method for identifying a person who is to be identified as a confidential person, characterized in that The operating steps of the method are: The steps of operating the secret terminal; the secret terminal is a secret terminal for the secret person's identity, the secret terminal is provided with a control module, the control module is the control and command center of the entire secret terminal; the secret terminal is provided with a secret module, the secret module is used to receive the identity of the secret person including the voice key sent by the authentication server, the secret module is connected to the control module; the secret terminal is provided with a key module, the key module is used to store key data and verify, the key module is connected to the control module; the secret terminal is provided with a voice module, the voice module is used to store voice key data and verify, the voice module is connected to the control module; the secret terminal is provided with a fingerprint module, the fingerprint module is used to store fingerprint data and verify, the fingerprint module The block is connected to the control module; the secret terminal is provided with an operation interface module, the operation interface module operation interface is used to operate the key keys including voice keys and fingerprint keys to encrypt the identity of the secret person, the operation interface module is connected to the control module, the key module, the voice module, the fingerprint module, and the secret module; the secret terminal is provided with a registration interface module, the registration interface module registration interface is used to register the identification key of the person including the voice key and the fingerprint setting, the registration interface module is connected to the control module, the key module, the voice module, and the fingerprint module; the secret terminal is provided with an electronic data module, the electronic data module is used to record the electronic data of the person's identification and encrypt the identity of the secret person and store it, the electronic data module is connected to the control module; the secret terminal is connected to the authentication server; The steps of registering a person's identification; the steps of registering a person's identification include clicking [My] on the homepage of the secret terminal operation interface to enter the person's identification registration interface, the person's identification registration interface is provided with a key including a voice key and a fingerprint setting, the key setting selects a key encryption storage key module, the voice key setting collects a voice key encryption storage voice module, the fingerprint setting collects a fingerprint encryption storage fingerprint module, the person's identification registration is completed and a verification code is obtained using a real-name mobile phone, the registration fails when the verification code is entered, and a mobile phone text message prompts that the registration fails and re-registers; the registration is successful and prompts that the registration is successful, and the person's identification key including a voice key and a fingerprint can be used to operate the secret terminal key keys including a voice key and a fingerprint key to experience the identity of the secret person; The step of using the person's identification to encrypt the identity of the encrypting terminal; the user's identification key includes a voice key and a fingerprint and behavior operation encryption terminal key key includes a voice key and a fingerprint key and the key module includes a voice module and a fingerprint module to store data verification, the key includes a voice key and the encryption module random code encryption person's identity.
2. The method for identifying a person according to claim 1 is characterized by: The identification of a person in claim 1 is composed of a key including a voice key as well as fingerprints and behaviors.
3. The method for identifying a person according to claim 1 is characterized by: The encrypted terminal in claim 1 is in the form of a mini-program, an APP, a wearable device, or a handheld terminal device.
4. The method for identifying a person according to claim 1 is characterized in that: The identity of the confidential person in claim 1 has the characteristics of a digital signature, anti-forgery, anti-counterfeiting, anti-repudiation, anti-attack, and traceability.
5. The method for identifying a person according to claim 1 is characterized in that: The cross-encryption algorithm in claim 1 uses a symmetric encryption algorithm.
6. The method for identifying a person according to claim 1 is characterized in that: The identity of the confidential person in claim 1 is the core technology of trusted identity in cyberspace.
7. The method for identifying a person according to claim 1 is characterized in that: The identity of the confidant in claim 1 is the digital technology of the identity of the frontier person.
8. The method for identifying a person according to claim 1 is characterized by: The identity of the confidential person in claim 1 is the identity recognition technology of the front-line person.
9. The method for identifying a person according to claim 1 is characterized in that: The identity of the confidential person in claim 1 can accurately confirm the identity and management of network entities, accurately verify entity attributes and trusted applications, and accurately supervise and trace the behavior of network entities.