Abstract: The invention proposes a method for cloning a first secure element from a backup secure element of a user, said backup secure element comprising at least credentials of said user. The method comprises a preliminary phase of checking the authenticity of the first secure element using a second secure element, said second secure element being able to be paired with a third secure element.

Abstract: This invention concerns a card with a marbled visual effect, said card comprising at least one substrate layer comprising a first and a second side, wherein said substrate layer is covered with a translucent protective layer, wherein a pattern cracked by lamination is printed on at least one of the sides of the substrate layer so that the colour located underneath said pattern can be seen through the cracks.

Abstract: A secure portable electronic device for providing secure services when used in conjunction with a host computer. The secure portable device includes a read-only memory partition, a read/write memory partition, and a secure memory partition. The secure portable device includes instructions stored in the read-only partition including a host agent containing instructions executable by the host computer. The secure portable device also includes instructions stored in the secure memory partition. These instructions include a card agent containing instructions executable by central processing units secure portable electronic device, and includes a card agent communications module for communicating with the host agent; and a security module for accessing private information stored in the secure memory partition.

Abstract: The embodiments of this invention relate to an electronic device (9) intended to be installed in a portable device (1), which electronic device comprises: • a microcontroller (13) configured to communicate with a first interface (5) of the portable device in accordance with a first protocol, the said first interface (5) supplying power voltage to the microcontroller, the said power voltage being standardised by the said first protocol, • a secure electronic chip component (15) configured to communicate with a second interface (7) of the portable device in accordance with a second protocol, the said second interface (7) supplying power voltage to the secure component, the said power voltage being standardised by the said second protocol, • means for communication (17) between the secure component (15) and the microcontroller (13), in which the means for communication comprise a module for voltage adaptation (19) depending on the power voltages supplied by the first and second interfaces.

Abstract: A device having an integrated-circuit chip includes an insulating body containing at least one conductive pad, at least one electrical contact opposite the electrically conductive pad, and at least one recess in the body, including a bottom and one aperture. The recess is connected, at the bottom thereof, to the conductive pad and, at the aperture thereof, to the electrical contact. At least one coil spring is arranged in the recess and connecting the conductive pad to the electrical contact. The installation of the spring in the recess is facilitated by means of the friction of the central portion of the spring relative to the walls of the recess. The invention also relates to a method for producing an electrical connection between at least one conductive pad arranged in an insulating body and at least one electrical contact arranged opposite the electrically conductive pad.

Abstract: A portable electronic device 1 comprising a battery 14 coupled with an electronic circuit 10-12 through a switching circuit 15 for switching on or off the supply voltage Vcc to the electronic circuit using the battery. The portable device comprises at least one electromagnetic field detection circuit 13 coupled with the switching circuit 15 to start the power supply to the electronic circuit 10-12 if an electromagnetic field is detected.

Abstract: (EN)A system, method and computer-readable storage medium with instructions for operating a digital signature server and a portable security device to cooperate to provide digital signature services using a private key stored on the portable security device by delegating to a user's smart card the actual task of digitally signing documents. Other systems and methods are disclosed.

Abstract: A method is intended for authenticating a user of a contactless chip card by means of a contactless card reader. This method comprises the steps of: (i) using this contactless card reader for acquiring a first image of at least a part of the user hand that holds the card when it is presented to this contactless card reader, (ii) comparing this first image with a second image stored into this contactless chip card, this second image defining a reference image of at least this part of the user hand when it holds the contactless chip card, to determine if this first image is similar to this second image, and (iii) authenticating this user if this first image is effectively similar to this second image.

Abstract: Method of securing exchanges between two electronic devices, by using an imprint of at least one of the two devices. This imprint is obtained on the basis of all or part of the electronic components of which this device is composed. This imprint will serve, either to protect the confidentiality of the data exchanged, or to attest to the identity of the device issuing the data.

Abstract: The invention is a method of analyzing the behavior of a secure electronic token which comprises an interface for exchanging data with an external entity. The token has a lifecycle wherein the token is intended to be created then issued. The method comprises the steps of: loading and installing a dedicated application into the token after the electronic token has been issued, spying the data exchanged through the interface and providing the dedicated application with these exchanged data, generating a buffer from the exchanged data by the dedicated application, sending the buffer to an external machine.

Abstract: This invention is aimed at a method for the anonymisation of data that could help identify the user while a profile of said user is collected by a targeting data collection server. To implement such anonymisation, an anonymisation server is placed between a user terminal and the collections server. The profile data collected are encrypted by the terminal using a secret key shared with the data collection server. Those profile data supplemented with data that could help identify the user are then sent to the anonymisation server. The anonymisation server encrypts the data that could help identify the user with an anonymisation key of said anonymisation server before sending on the encrypted collected data and the anonymised identification data to said collection server.

Abstract: This invention relates to a secured identification medium and a method for securing such a medium. The secured identification medium comprises an integrated circuit and, printed on one side, identification information (Ip) about the holder of the medium. It further comprises a set of characteristic attributes Att(Ipi) of the identification information, generated from a capture (Ipi) of the identification information and an extraction algorithm. The set of characteristic attributes of the printed analog image is stored in the integrated circuit and is designed to be compared, during an authentication stage, with a second set of characteristic attributes of the same printed image on the medium.

Abstract: A method for switching between first and second logical UICCs in the same physical UICC. Each logical UICC has an area for storing overlapped volatile data and an area for storing overlapped persistent data. The physical UICC also has an OS area. When a switch order is received to switch from the first logical UICC to the second logical UICC. Overlapped volatile data from the OS area is backed up to the area for storing overlapped volatile data of the first logical UICC. Overlapped persistent data from the OS area is backed up to the area for storing overlapped persistent data of the first logical UICC. Volatile data from the area for storing overlapped volatile data from the second logical UICC is restored to the OS area. Persistent data from the area for storing overlapped persistent data from the second logical UICC is restored to the OS area.

Abstract: The present invention relates to a smart card comprising a card body and an electronic module placed within a recess of the card body and further comprising at least one coloured layer placed between the electronic module and the bottom of the recess of the card body.

Abstract: The invention proposes several improvements related to the management of secure elements, like UICCs embedding Sim applications, these secure elements being installed, fixedly or not, in terminals, like for example mobile phones. In some cases, the terminals are constituted by machines that communicate with other machines for M2M (Machine to Machine) applications.

Abstract: The invention is a method of analyzing the wear of a non volatile memory embedded in a secure electronic token. A set of events are intended to generate writing and/or erasing operations in said memory. The token comprises a buffer. The method comprises the following steps: each time an event belonging to said set occurs, generating a data which reflects the event and storing said data in the buffer, sending the buffer to a remote machine, analyzing the buffer to determine the wear of the memory.

Abstract: The invention relates to a method for configuring a mobile device capable of reproducing, for a user, multimedia content previously provided by a remote content server. The invention relates to using a client installed on said electronic device to relay authentication requests between a card, preferably complying with the provisions of the Mobile Commerce Extension standard, and an authentication server that is accessible via an access point.

Abstract: The present invention relates to a web server having a web application using published API of one or more cloud storage providers, said web application being dedicated to secure and economical sharing of encrypted files residing at the cloud storage providers, said files being managed under a virtual folder which is shared by a group of different entities.

Abstract: Method of detecting a jamming transmitter, affecting a communication user equipment, wherein said communication user equipment is adapted for communication with a component of a cellular code division multiple access based radio network having a number of user equipments and a number of base node stations, providing the user equipment in a connected mode of a communication radiolink with the component of the radio network wherein in the connected mode of said user equipment jamming detection steps are provided.

Abstract: The invention relates to a method for entering data, data to be entered comprising at least one digit. A first device comprises at least one touch sensitive interface. The touch sensitive interface is sensitive to at least one touch. According to the invention, at least one digit being associated with no touch or a count of at least one touch, the method comprises the following steps. The first device detects, in a predetermined time period, a count of at least one touch that is or is not present at once or several times. The first or a second device determines the digit associated with no detected touch or a detected count of at least one touch, the second device being connected to the first device. The invention also relates to corresponding device and system.