An electronic device is provided. The electronic device includes a first processor configured to perform communication with an external electronic device, a second processor configured to execute at least one application, and a secure module configured to include a first interface electrically connected with the first processor, a second interface electrically connected with the second processor, a memory storing subscriber information and biometric information, and a control circuit. The control circuit is configured to provide the subscriber information to the first processor through the first interface, based at least on a request received in connection with the communication from the first processor and provide the biometric information to the second processor through the second interface, based at least on a request received in connection with at least a portion of the at least one application from the second processor.

A terminal device may display a first screen including a first button, send a first request including a search command to a communication device by using a first wireless connection in a case where the first button is selected, display a second screen including a second button in a case where a first response including one or more identification information is received from the communication device by using the first wireless connection, and send a second request including wireless setting information and a connection command to the communication device by using the first wireless connection in a case where the second button is selected. The connection command may be for causing the communication device to establish a second wireless connection by using the wireless setting information.

A terminal device may display a first screen including a first button, send a first request including a search command to a communication device by using a first wireless connection in a case where the first button is selected, display a second screen including a second button in a case where a first response including one or more identification information is received from the communication device by using the first wireless connection, and send a second request including wireless setting information and a connection command to the communication device by using the first wireless connection in a case where the second button is selected. The connection command may be for causing the communication device to establish a second wireless connection by using the wireless setting information.

The present disclosure is applicable to the technical field of communications, and provides a method of determining a shared service index based on a shared service of communication credential, including: obtaining operating parameters of communication credentials for providing shared communication services in a shared service period; determining shared service indexes for the communication credentials according to the operating parameters; and generating recommendation information of the communication credentials according to the shared service indexes of all communication credentials. In the embodiments of the present disclosure, the shared service indexes are used to quantify qualities of the shared services of the communication credentials, and the recommendation information is generated according to the shared service indexes, in this way, the recommendation information may intuitively show a difference among the qualities of shared services provided by the communication credentials.

A device may obtain, from a remote SIM provisioning (RSP) platform associated with a wireless network, a subscription identifier for a target device to be onboarded onto the wireless network. The device may generate a derived set of credentials for the target device based on an existing set of credentials in a SIM profile associated with the device. The device may generate a derived SIM profile that includes the subscription identifier obtained from the RSP platform and the derived set of credentials, and the device may cause the derived SIM profile to be provisioned onto an embedded Universal Integrated Circuit Card (eUICC) of the target device. Accordingly, the derived SIM profile may enable the target device to use the derived set of credentials to obtain authenticated access to the wireless network.

A device may obtain, from a remote SIM provisioning (RSP) platform associated with a wireless network, a subscription identifier for a target device to be onboarded onto the wireless network. The device may generate a derived set of credentials for the target device based on an existing set of credentials in a SIM profile associated with the device. The device may generate a derived SIM profile that includes the subscription identifier obtained from the RSP platform and the derived set of credentials, and the device may cause the derived SIM profile to be provisioned onto an embedded Universal Integrated Circuit Card (eUICC) of the target device. Accordingly, the derived SIM profile may enable the target device to use the derived set of credentials to obtain authenticated access to the wireless network.

Two electronic devices are configured with software that can enable or disable features such as voice calling, text messaging, or mobile data. By powering on a configured device or interacting with a user interface of the software, a user may choose which device is active and which device is inactive for these features. The software allows the phones to communicate with each other and/or remote servers in order to ensure that only one device is active for these features at any one time. In this manner, a user can share a single service plan, phone number, and/or SIM data between two devices and swap between them without conflicting with technology or contract requirements of a mobile service provider. This allows a user to switch to a secondary phone in order to avoid damaging or losing a primary phone, or to quickly replace a lost or damaged primary phone.

Two electronic devices are configured with software that can enable or disable features such as voice calling, text messaging, or mobile data. By powering on a configured device or interacting with a user interface of the software, a user may choose which device is active and which device is inactive for these features. The software allows the phones to communicate with each other and/or remote servers in order to ensure that only one device is active for these features at any one time. In this manner, a user can share a single service plan, phone number, and/or SIM data between two devices and swap between them without conflicting with technology or contract requirements of a mobile service provider. This allows a user to switch to a secondary phone in order to avoid damaging or losing a primary phone, or to quickly replace a lost or damaged primary phone.

Systems and methods for remote SIM unlocking are disclosed. The systems and methods can include detecting that a user equipment is eligible to be unlocked. The unlocking of the user equipment may allow the use of the user equipment on another cellular network. An enterprise unlock server verifies eligibility with a policy engine, and if eligible, sends a push command to the user equipment to execute the unlock process. The user equipment, upon receipt of the command, initiates the unlock process. In some examples, the user equipment can prompt the enterprise unlock server to check if the user equipment is eligible.

Systems and methods for remote SIM unlocking are disclosed. The systems and methods can include detecting that a user equipment is eligible to be unlocked. The unlocking of the user equipment may allow the use of the user equipment on another cellular network. An enterprise unlock server verifies eligibility with a policy engine, and if eligible, sends a push command to the user equipment to execute the unlock process. The user equipment, upon receipt of the command, initiates the unlock process. In some examples, the user equipment can prompt the enterprise unlock server to check if the user equipment is eligible.