Abstract: An electronic entity and a microcircuit card that obtains an orientation of the electronic entity, sends a request containing information on the orientation, receives information relating to a positional entity linked to both a geographical position of the electronic entity and the orientation, and provides a user with information relating to the positional entity.

Abstract: A smart card (1) storing a first and a second application (120, 220) and elements for receiving commands originating from outside the card (1), the first application (120) being capable of executing first commands, the smart card includes elements (130) for determining (706) whether a received command is implemented by the first application so as to transmit (708) the received command to the second application (220) in the case of a negative determination. Notably, the determination can implement either a table (130) listing the first commands, or conditional instructions provided within the execution code for the first application. Application of the invention to a second highly-securitized application, of the banking transaction type, and to a first less-securitized application, of the mobile telephone application type.

Abstract: A smartcard (1) includes: first and second microcircuits (100, 200) respectively storing first and second applications (120, 220), elements for communicating (14) with the outside of the card (1), connected to the first microcircuit (100), the first application (120) being capable of transmitting (708) a command received by the communication elements (14) to the second application (220) the first application (120) being capable of receiving a response to the command transmitted to the second application (220) and of aggregating (718) the response with at least one data value stored in a memory of the first microcircuit (200) in such a manner as to form an overall response to the command received from the outside.

Abstract: A smartcard (1) includes: a first and a second microprocessor (110, 210), elements for receiving (14) commands each coming from a first or a second communications channel external to the card (1) and for transmitting the received commands to the first microprocessor, characterized in that the first microprocessor includes elements for determining (706) whether a received command has been received on the second communications channel so as to transmit (708) the received command to the second microprocessor (210) in the case of a positive determination. Notably, the determination can be carried out by detecting an electrical contact of the communications interface of the card, over which the command is received. Application of the invention to a card having a second microprocessor for executing a highly securitized application, of the banking transaction type, and a first less securitized application, of the mobile telephony application type.

Abstract: An electronic entity and a microcircuit card (1300) include: elements (1300, 1310, 1320) for obtaining the orientation of the electronic entity, elements (1300, 1330, 1350) for sending a request containing information on the orientation, elements (1300, 1330, 1350) for receiving information relating to at least one positional entity linked to the geographical position of the electronic entity and to the orientation, and elements (1300, 1330, 1350) for providing a user with information relating to at least one positional entity received by the receiving elements.

Abstract: The microprocessor card includes a first microprocessor and a second microprocessor, the first microprocessor including elements for commanding the second microprocessor. In embodiments, the card includes electrical contacts adapted to carry command signals, these electrical contacts being connected exclusively to the first microprocessor. In embodiments, the first microprocessor includes elements for commanding the second microprocessor via commands conforming to the ISO 7816 standard. The first microprocessor uses a lower level of security than the second microprocessor.

Abstract: A smartcard (1) includes: a first and a second microprocessor (110, 210), elements for receiving (14) commands each coming from a first or a second communications channel external to the card (1) and for transmitting the received commands to the first microprocessor, characterized in that the first microprocessor includes elements for determining (706) whether a received command has been received on the second communications channel so as to transmit (708) the received command to the second microprocessor (210) in the case of a positive determination. Notably, the determination can be carried out by detecting an electrical contact of the communications interface of the card, over which the command is received. Application of the invention to a card having a second microprocessor for executing a highly securitized application, of the banking transaction type, and a first less securitized application, of the mobile telephony application type.

Abstract: The present invention relates to a smart card (1) storing a first and a second application (120, 220) and means for receiving commands originating from outside the card (1), said first application (120) being capable of executing first commands, characterized in that it comprises means (130) for determining (706) whether a received command is implemented by the first application so as to transmit (708) said received command to the second application (220) in the case of a negative determination. Notably, the determination can implement either a table (130) listing said first commands, or conditional instructions provided within the execution code for the first application. Application of the invention to a second highly-securitized application, of the banking transaction type, and to a first less-securitized application, of the mobile telephone application type.

Abstract: A smartcard (1) includes: first and second microcircuits (100, 200) respectively storing first and second applications (120, 220), elements for communicating (14) with the outside of the card (1), connected to the first microcircuit (100), the first application (120) being capable of transmitting (708) a command received by the communication elements (14) to the second application (220) the first application (120) being capable of receiving a response to the command transmitted to the second application (220) and of aggregating (718) the response with at least one data value stored in a memory of the first microcircuit (200) in such a manner as to form an overall response to the command received from the outside.

Abstract: The microprocessor card includes a first microprocessor and a second microprocessor, the first microprocessor including elements for commanding the second microprocessor. In embodiments, the card includes electrical contacts adapted to carry command signals, these electrical contacts being connected exclusively to the first microprocessor. In embodiments, the first microprocessor includes elements for commanding the second microprocessor via commands conforming to the ISO 7816 standard. The first microprocessor uses a lower level of security than the second microprocessor.