Abstract:
A security module has an assigned unique electronic identifier. The security module has a communication interface, a non-volatile memory, and a processing unit coupled to the communication interface and the non-volatile memory. One or more unassigned secure domains are formed in the non-volatile memory, and each of the unassigned secure domains has an assigned unique application identifier (AID). Each of the unassigned secure domains is accessible via a respective first security value, and using the respective first security value, each of the unassigned secure domains can be assigned to a service provider before or after the security module is deployed.
Abstract:
A machine readable code is presented in the form of a graphic seal shape that includes a central region and numerous triangular shapes arranged in a sequence surrounding the central region. A vertex of each triangular shape extends radially outwardly from the central region. The triangular shapes include at least two visually distinct presentations for encoding information based on a pattern of the visually distinct presentations of the triangular shapes in the sequence.
Abstract:
A security module has an assigned unique electronic identifier. The security module has a communication interface, a non-volatile memory, and a processing unit coupled to the communication interface and the non-volatile memory. One or more unassigned secure domains are formed in the non-volatile memory, and each of the unassigned secure domains has an assigned unique application identifier (AID). Each of the unassigned secure domains is accessible via a respective first security value, and using the respective first security value, each of the unassigned secure domains can be assigned to a service provider before or after the security module is deployed.