# US 2026/0089005 A1 · Account security management architecture and method applied to artificial intelligence service > Agents: this data is available as JSON from the patentgrep API and MCP server — see https://patentgrep.com/llms.txt - Number: US 2026/0089005 A1 - Document ID: US20260089005A1 - Status: Published application - Kind: A1 - Application number: 19/015,344 - Filed: 2025-01-09 - Published: 2026-03-26 - Earliest claimed: 2024-09-20 - Assignees: Chi-Ching Chen; Net Alliance Co., Ltd. - Applicants: Net Alliance Co., Ltd. - Inventors: CHI-CHING CHEN - Web page: https://patentgrep.com/patent/US20260089005A1 ## CPC - H04L 9/3234: {involving additional secure or trusted devices, e.g. TPM, smartcard, USB or software token (network architectures or network communication protocols for supporting authentication of entities using an additional device in a packet data network H04L63/0853)} - H04L 9/3228: {One-time or temporary data, i.e. information which is sent for every authentication or authorization, e.g. one-time-password, one-time-token or one-time-key} - H04L: TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION (arrangements common to telegraphic and telephonic communication H04M) ## Abstract This disclosure provides an account security management architecture. When a user wants to log in to an AI management system, he can enter a login ID and password via a communication device. Then, the user receives a message for verifying a physical card from the AI management system via the communication device, reads an internal code from the physical card by a card reader, and sends the internal code to a supervision system via the communication device. The supervision system verifies the identity of the physical card holder based on the internal code, and sends a notification message with the identity of the physical card holder to the AI management system. If the AI management system determines that the identity of the physical card holder matches that of the current user, the communication device used by the user will be allowed to login the AI management system. ## Claims ### Claim 1 An account security management architecture, which is applied to an artificial intelligence service, including: an artificial intelligence management system, provided with the artificial intelligence service, and comprising a management database, wherein the management database records an identity of at least one user and a login ID and password of at least one user account; at least one physical card, issued by an impartial organization, and held by the at least one corresponding user, wherein the at least one physical card stores an internal code; a supervision system, configured by the impartial organization, network-connected to the artificial intelligence management system, and comprising a supervision database that records an identity of at least one physical card holder and the internal code corresponding to the at least one physical card holder; at least one communication device, network-connected to the artificial intelligence management system and the supervision system, and used by the at least one corresponding user; and at least one card reader being an internal component of the at least one communication device or an external device electrically connected to the at least one communication device; when the at least one user wants to log in the artificial intelligence management system, the at least one user enters the login ID and password of the at least one corresponding user account into the artificial intelligence management system through the at least one communication device; the artificial intelligence management system identifies the identity of the at least one user based on the entered login ID and password, and then sends an indicating message for verifying the at least one physical card to the at least one communication device and sends an indicating message for verifying the identity of the at least one user to the supervision system; after the at least one communication device receives the indicating message for verifying the at least one physical card, the at least one communication device reads the internal code from the at least one physical card via the at least one card reader and sends the internal code to the supervision system; when the supervision system receives the indicating message for verifying the identity of the at least one user from the artificial intelligence management system and the internal code from the at least one communication device, the supervision system searches the identity of the at least one physical card holder from the supervision database based on the received internal code, and checks whether the identity of the at least one physical card holder matches the identity of the at least one user; if the identity of the at least one physical card holder matches the identity of the at least one user, the supervision system sends a notification signal for approving the login of the at least one user to the artificial intelligence management system, so as to allow the at least one communication device used by the at least one user to log into the artificial intelligence management system; on contrary, if the identity of the at least one physical card holder does not match the identity of the at least one user, the supervision system sends a notification signal for prohibiting the login of the at least one user to the artificial intelligence management system, so as to prevent the at least one communication device used by the at least one user to log into the artificial intelligence management system. ### Claim 2 (depends on 1) The account security management architecture according to claim 1, when the artificial intelligence management system receives the notification signal for approving the login of the at least one user, the artificial intelligence management system sends an indicating message including a verification code to the at least one communication device used by the at least one user; after the at least one communication device receives the indicating message including the verification code, the at least one user enters the verification code on the at least one communication device, and then the entered verification code is transmitted to the artificial intelligence management system via the at least one communication device; the artificial intelligence management system allows the login of the at least one communication device used by the at least one user after receiving the verification code returned by the at least one communication device used by the at least one user. ### Claim 3 (depends on 2) The account security management architecture according to claim 2, wherein the verification code is a time-based one-time password. ### Claim 4 (depends on 1) The account security management architecture according to claim 1, wherein the at least one physical card stores the internal code through a chip, an RFID tag, a near field communication tag or a magnetic strip, and the at least one card reader obtains the internal code by reading the chip, the RFID tag, the near field communication tag or the magnetic strip in the at least one physical card. ### Claim 5 (depends on 1) The account security management architecture according to claim 1, wherein the impartial organization is a government agency unit or an impartial and independent third party unit. ### Claim 6 An account security management architecture, which is applied to an artificial intelligence service, including: an artificial intelligence management system, provided with the artificial intelligence service, and comprising a management database, wherein the management database records an identity of at least one user and a login ID and password of at least one user account; at least one physical card, issued by an impartial organization, and held by the at least one corresponding user, wherein the at least one physical card stores an internal code; a supervision system, configured by the impartial organization, network-connected to the artificial intelligence management system, and comprising a supervision database that records an identity of at least one physical card holder and the internal code corresponding to the at least one physical card holder; at least one communication device, network-connected to the artificial intelligence management system and the supervision system, and used by the at least one corresponding user; and at least one card reader being an internal component of the at least one communication device or an external device electrically connected to the at least one communication device; when the at least one user wants to login the artificial intelligence management system, the at least one user enters the login ID and password of the at least one corresponding user account into the artificial intelligence management system through the at least one communication device; the artificial intelligence management system identifies the identity of the at least one user based on the entered login ID and password, and then sends an indicating message for verifying the at least one physical card to the at least one communication device; after the at least one communication device receives the indicating message for verifying the at least one physical card, the at least one communication device reads the internal code from the at least one physical card via the at least one card reader and sends the internal code to the supervision system; when the supervision system receives the internal code from the at least one communication device, the supervision system searches the identity of the at least one physical card holder from the supervision database based on the received internal code, and then sends a notification signal with the identity of the at least one physical card holder to the artificial intelligence management system; after receiving the notification signal with the identity of the at least one physical card holder, the artificial intelligence management system checks whether the identity of the at least one physical card holder matches the identity of the at least one user; if the identity of the at least one physical card holder matches the identity of the at least one user, the artificial intelligence management system allows the login of the at least one communication device used by the at least one user; if the identity of the at least one physical card holder does not match the identity of the at least one user, the artificial intelligence management system prevents the login of the at least one communication device used by the at least one user. ### Claim 7 (depends on 6) The account security management architecture according to claim 6, when the artificial intelligence management system checks that the identity of the at least one physical card holder matches the identity of the at least one user, the artificial intelligence management system sends an indicating message including a verification code to the at least one communication device used by the at least one user; after the at least one communication device receives the indicating message including the verification code, the at least one user enters the verification code on the at least one communication device, and then the entered verification code is transmitted to the artificial intelligence management system via the at least one communication device; the artificial intelligence management system approves the login of the at least one communication device used by the at least one user after receiving the verification code returned by the at least one communication device used by the at least one user. ### Claim 8 (depends on 7) The account security management architecture according to claim 7, wherein the verification code is a time-based one-time password. ### Claim 9 (depends on 6) The account security management architecture according to claim 6, wherein the at least one physical card stores the internal code through a chip, an RFID tag, a near field communication tag or a magnetic strip, and the at least one card reader obtains the internal code by reading the chip, the RFID tag, the near field communication tag or the magnetic strip in the at least one physical card. ### Claim 10 (depends on 6) The account security management architecture according to claim 6, wherein the impartial organization is a government agency unit or an impartial and independent third party unit. ### Claim 11 An account security management method, which is implemented in an account security management architecture including an artificial intelligence management system for providing an artificial intelligence service, a supervision system configured by an impartial organization, and at least one communication device used by at least one corresponding user, the account security management method including: building a network connection between the at least one communication device, the artificial intelligence management system and the supervision system; providing at least one physical card having an internal code to the at least one user and recording an identity of at least one physical card holder in the supervision system; requiring the at least one user to enter a login ID and password of at least one corresponding user account into the artificial intelligence management system through the at least one communication device when the at least one user wants to login the artificial intelligence management system; requiring the artificial intelligence management system to identify an identity of the at least one user based on the login ID and password entered by the at least one user through the at least one communication device; requiring the artificial intelligence management system to send an indicating message for verifying the at least one physical card to the at least one communication device and send an indicating message for verifying the identity of the at least one user to the supervision system; requiring the at least one user to read the internal code from the at least one physical card through at least one card reader and send the internal code to the supervision system after receiving the indicating message for verifying the at least one physical card through the at least one communication device; requiring the supervision system to identify the identity of the at least one physical card holder according to the internal code received from the at least one communication device; requiring the supervision system to send a notification signal for approving the login of the at least one user to the artificial intelligence management system when the supervision system checks that the identity of the at least one physical card holder matches the identity of the at least one user so that the at least one communication device used by the at least one user can be allowed to log in the artificial intelligence management system; or requiring the supervision system to send a notification signal for prohibiting the login of the at least one user to the artificial intelligence management system when the supervision system checks that the identity of the at least one physical card holder does not match the identity of the at least one user so as to prevent the at least one communication device used by the at least one user to log in the artificial intelligence management system. ### Claim 12 (depends on 11) The account security management method according to claim 11, after the artificial intelligence management system receiving the notification signal for approving the login of the at least one user, the account security management method further including: requiring the artificial intelligence management system to send an indicating message including a verification code to the at least one communication device used by the at least one user; requiring the at least one user to enter the verification code on the at least one communication device after receiving the indicating message including the verification code through the at least one communication device and transmitting the entered verification code to the artificial intelligence management system through the at least one communication device; and requiring the artificial intelligence management system to allow the login of the at least one communication device used by the at least one user after receiving the verification code returned by the at least one communication device used by the at least one user. ### Claim 13 (depends on 12) The account security management method according to claim 12, wherein the verification code is a time-based one-time password. ### Claim 14 An account security management method, which is implemented in an account security management architecture including an artificial intelligence management system for providing an artificial intelligence service, a supervision system configured by an impartial organization, and at least one communication device used by at least one corresponding user, the account security management method including: building a network connection between the at least one communication device, the artificial intelligence management system and the supervision system; providing at least one physical card having an internal code to the at least one user and recording an identity of at least one physical card holder in the supervision system; requiring the at least one user to enter a login ID and password of at least one corresponding user account into the artificial intelligence management system through the at least one communication device when the at least one user wants to login the artificial intelligence management system; requiring the artificial intelligence management system to identify an identity of the at least one user based on the login ID and password entered by the at least one user through the at least one communication device; requiring the artificial intelligence management system to send an indicating message for verifying the at least one physical card to the at least one communication device; requiring the at least one user to read the internal code from the at least one physical card through at least one card reader and send the internal code to the supervision system after receiving the indicating message for verifying the at least one physical card through the at least one communication device; requiring the supervision system to identify the identity of the at least one physical card holder according to the internal code received from the at least one communication device; requiring the supervision system to send a notification signal with the identity of the at least one physical card holder to the artificial intelligence management system; requiring the artificial intelligence management system to check whether the identity of the at least one physical card holder matches the identity of the at least one user after receiving the notification signal with the identity of the at least one physical card holder; requiring the artificial intelligence management system to allow the login of the at least one communication device used by the at least one user if the identity of the at least one physical card holder matches the identity of the at least one user; or requiring the artificial intelligence management system to prevent the login of the at least one communication device used by the at least one user if the identity of the physical card holder does not match the identity of the at least one user. ### Claim 15 (depends on 14) The account security management method according to claim 14, after the artificial intelligence management system checks that the identity of the at least one physical card holder matches the identity of the at least one user, the account security management method further including: requiring the artificial intelligence management system to send an indicating message including a verification code to the at least one communication device used by the at least one user; requiring the at least one user to enter the verification code on the at least one communication device after receiving the indicating message including the verification code through the at least one communication device and transmitting the entered verification code to the artificial intelligence management system through the at least one communication device; and requiring the artificial intelligence management system to allow the login of the at least one communication device used by the at least one user after receiving the verification code returned by the at least one communication device used by the at least one user. ### Claim 16 (depends on 15) The account security management method according to claim 15, wherein the verification code is a time-based one-time password.