Abstract: The present invention is a computer program product for grouping products, the computer program product comprising: one or more computer readable storage media and program instructions stored on the one or more computer readable storage media, the program instructions comprising: program instructions to create a product frame, wherein the creation of the product frame includes assigning a set of criteria to the product frame; program instructions to receive a set of product elements, wherein the product elements are assigned a set of parameters; program instructions to identify which product elements meet the set of criteria of the product frame based on the product element's set of parameters; program instructions to group the approved identified product elements within the product frame, wherein a product item is created; program instructions to store the product item.

Abstract: The use of a Trusted Execution Environment (TEE) of a user device to perform Universal Integrated Circuit Card (UICC) update may replace the conventional use of multiple SMS messages to update the UICC of a user device. A UICC update request may be sent to a UICC update service of a wireless communication network via a communication session by a trusted update application that is executing in the TEE. Subsequently, the UICC update service may send a UICC update file to the user device via the communication session for storage in the TEE. A copy of the UICC update file is then transferred from the TEE to modem software of a modem in the user device. The modem software chunks the UICC update files into multiple UICC update data chunks. The data chunks are sent by the modem software to the UICC to update the UICC.

Abstract: The use of a Trusted Execution Environment (TEE) of a user device to perform Universal Integrated Circuit Card (UICC) update may replace the conventional use of multiple SMS messages to update the UICC of a user device. A UICC update request may be sent to a UICC update service of a wireless communication network via a communication session by a trusted update application that is executing in the TEE. Subsequently, the UICC update service may send a UICC update file to the user device via the communication session for storage in the TEE. A copy of the UICC update file is then transferred from the TEE to modem software of a modem in the user device. The modem software chunks the UICC update files into multiple UICC update data chunks. The data chunks are sent by the modem software to the UICC to update the UICC.

Abstract: Systems and methods for providing additional control over user equipment (UE) using standardized features of a subscriber identity module (SIM) is provided. The UE can impose SIMLocking criteria based on subscriber related attributes (such as rate plan, prepay, postpay, etc.). The SIM module can comprise multiple unique entries and one value for each entry. One or more entries on the SIM can be subdivided to provide additional values with each value made up of a subset of bits from a particular entry. Thus, a single entry can provide a plurality of values to make up a SIM configuration. The SIM configuration can be compared to a UE SIMLock configuration with the same, or similar, entries to determine if the SIM is compatible for use with the UE. The SIM configuration can be updated dynamically to reflect changes in the account associated with the UE or the SIM.

Abstract: The use of a Trusted Execution Environment (TEE) of a user device to perform Universal Integrated Circuit Card (UICC) update may replace the conventional use of multiple SMS messages to update the UICC of a user device. A UICC update request may be sent to a UICC update service of a wireless communication network via a communication session by a trusted update application that is executing in the TEE. Subsequently, the UICC update service may send a UICC update file to the user device via the communication session for storage in the TEE. A copy of the UICC update file is then transferred from the TEE to modem software of a modem in the user device. The modem software chunks the UICC update files into multiple UICC update data chunks. The data chunks are sent by the modem software to the UICC to update the UICC.

Abstract: Systems and methods for providing additional control over user equipment (UE) using standardized features of a subscriber identity module (SIM) is provided. The UE can impose SIMLocking criteria based on subscriber related attributes (such as rate plan, prepay, postpay, etc.). The SIM module can comprise multiple unique entries and one value for each entry. One or more entries on the SIM can be subdivided to provide additional values with each value made up of a subset of bits from a particular entry. Thus, a single entry can provide a plurality of values to make up a SIM configuration. The SIM configuration can be compared to a UE SIMLock configuration with the same, or similar, entries to determine if the SIM is compatible for use with the UE. The SIM configuration can be updated dynamically to reflect changes in the account associated with the UE or the SIM.

Abstract: Systems and methods for providing additional control over user equipment (UE) using standardized features of a subscriber identity module (SIM) is provided. The UE can impose SIMLocking criteria based on subscriber related attributes (such as rate plan, prepay, postpay, etc.). The SIM module can comprise multiple unique entries and one value for each entry. One or more entries on the SIM can be subdivided to provide additional values with each value made up of a subset of bits from a particular entry. Thus, a single entry can provide a plurality of values to make up a SIM configuration. The SIM configuration can be compared to a UE SIMLock configuration with the same, or similar, entries to determine if the SIM is compatible for use with the UE. The SIM configuration can be updated dynamically to reflect changes in the account associated with the UE or the SIM.

Abstract: Systems and methods for configuring user equipment (UE) for use with compatible subscriber identity modules (SIMs) is disclosed. The UE can include a UE SIMLock configuration containing one or more UE parameters and a value for each category. A compatible SIM can include a SIM configuration with compatible SIM values. The UE can request a UE SIMLock configuration from one or more telecommunications network devices using secure communications. The UE can receive a UE SIMLock configuration from the telecommunications network device. The UE SIMLock configuration can be applied to the UE modem governing SIMLock engine behavior. The UE SIMLock configuration can be updated dynamically with subsequent messages from the telecommunications network device to reflect changes in the account associated with the UE, such as the fulfillment of a contract or theft of the UE.

Abstract: Systems and methods for configuring user equipment (UE) for use with compatible subscriber identity modules (SIMs) is disclosed. The UE can include a UE SIMLock configuration containing one or more UE parameters and a value for each category. A compatible SIM can include a SIM configuration with compatible SIM values. The UE can request a UE SIMLock configuration from one or more telecommunications network devices using secure communications. The UE can receive a UE SIMLock configuration from the telecommunications network device. The UE SIMLock configuration can be applied to the UE modem governing SIMLock engine behavior. The UE SIMLock configuration can be updated dynamically with subsequent messages from the telecommunications network device to reflect changes in the account associated with the UE, such as the fulfillment of a contract or theft of the UE.

Abstract: Systems and methods for providing additional control over user equipment (UE) using standardized features of a subscriber identity module (SIM) is provided. The UE can impose SIMLocking criteria based on subscriber related attributes (such as rate plan, prepay, postpay, etc.). The SIM module can comprise multiple unique entries and one value for each entry. One or more entries on the SIM can be subdivided to provide additional values with each value made up of a subset of bits from a particular entry. Thus, a single entry can provide a plurality of values to make up a SIM configuration. The SIM configuration can be compared to a UE SIMLock configuration with the same, or similar, entries to determine if the SIM is compatible for use with the UE. The SIM configuration can be updated dynamically to reflect changes in the account associated with the UE or the SIM.