Abstract: An eUICC card comprising an initial runtime environment, subscriber profiles, associated adapters, and an adaptive routine configured to apply these adapters. An adapter enables the initial runtime environment to be adapted to the specificities of the corresponding profile when the latter is enabled. To enable dynamic adaptation of the runtime environment to the profiles used, the eUICC card further comprises inverse adapters associated with the profiles. The inverse adapter of the active profile makes it possible to restore the initial runtime environment upon disabling or deleting this profile. The adaptation can consist of modifying a Java class of the Java Card runtime environment of the eUICC, to the specificities of a profile.

Abstract: In order to rapidly load from a server (1) an application to be deployed (AP) in a terminal (2) and a chip card (3), a message (MAP) containing both a first application part and second application part formatted so as to be compatible with a protocol for communication between the terminal and the card is transmitted by the server to the terminal, which stores the two parts. The first part (APT) extracted from the application message (MAP) is installed in the terminal. A specific loader (CAPC) loads the second part (APC) extracted from the message according to the communication protocol. The installations of the two application parts are thus synchronous under the control of the terminal.

Abstract: In a communication interface of a terminal, such as a mobile device, that includes a first application part (APT), an action is triggered from a second application part in a chip card. After a command designating the action and transmitted from the first to the second part, the first part is put to sleep. The second part is put on standby and storing parameters of the action are stored in the chip card. The second part is awakened following an event command transmitted by the communication interface, and the stored parameters are read. A command, for example for a call establishment or short message sending request, is established according to the parameters read from the second awakened part, and the established command is transmitted to the communication interface.

Abstract: The invention concerns a method for activating unlocking of a mobile terminal (TM) to be connected to a radio communication network (RR) and co-operating with a smart card (CP), wherein an unlocking activating indicator stored in a first state in the card is periodically read by an application of the terminal to maintain the terminal locked if the indicator is in the first state. A server (SO) transmits an updating message including a state-changing command to the card via the terminal after a predetermined usage time interval so that an application in the card shifts the unlocking activating indicator into a second state. If the unlocking activating indicator is read in the second state by the terminal application, the latter commands the unlocking of the mobile terminal.

Abstract: In order to trigger an action in a communication interface (IC) of a terminal, such as a mobile, including a first application part (APT), from a second application part (APC) in a chip card, steps are executed after a command designating the action and transmitted (E1) from the first to the second part: putting the first part to sleep (E2), putting the second part on standby (E3) and storing parameters of the action in the chip card, waking up (E5) the second part following an event command transmitted (E4) by the communication interface and reading the parameters stored, establishing (E6) a command, for example for a call establishment or short message sending request, according to the parameters read in the second awakened part, and transmitting the command established to the communication interface.

Abstract: In order to rapidly load from a server (1) an application to be deployed (AP) in a terminal (2) and a chip card (3), a message (MAP) containing both a first application part and second application part formatted so as to be compatible with a protocol for communication between the terminal and the card is transmitted by the server to the terminal, which stores the two parts. The first part (APT) extracted from the application message (MAP) is installed in the terminal. A specific loader (CAPC) loads the second part (APC) extracted from the message according to the communication protocol. The installations of the two application parts are thus synchronous under the control of the terminal.