Oberthur Technologies

Idemia France

Marc Bertin

Emmanuelle Dottax

Nicolas Bousquet

Paul Dischamp

Denis Vere

Joseph Hoppe

Stéphane Jayet

Yvonnic Morel

Pierrick Delolme

Jean-Marc Meslin

Gérald Galan

Eric Alzai

Philippe Tartavull

Mickael Gautier

A secure element, for example an improved SIM card or the like, for a telecommunications terminal, such as a mobile telephone. The secure element may implement a trusted services management application, for example, by executing the trusted services management application on a secure processor. The trusted services management application may manage at least one trusted application to be run by the telecommunications terminal, where trusted applications are used for functions requiring a high level of security such as payment, the supply of 'premium' content, which may be certified or guaranteed, or guaranteeing the integrity of the terminal.

Secure element for a telecommunications terminal

The invention concerns a portable electronic transfer device using a near-field wireless communication module and a method of using it. The device includes means for entering an amount and an acceptance command so that a debtor can enter their personal identification number on their portable device and not on that of a third party. If the acceptance command is authenticated, a secure message containing the amount is sent via the near-field. wireless communication module to a creditor. The creditor can then add their references to the message and send it to effect the transaction. Alternatively, the creditor sends their references to the debtor via the near-field wireless communication module and the debtor can formulate a transaction request including the amount and the references of the creditor.

Portable electronic device for exchanging values and method of using such a device

An electronic device including a communication module capable of exchanging messages with an external entity, characterized in that the communication module includes at least a first communication circuit capable of exchanging messages using a first communication protocol and a second communication circuit capable of exchanging messages using a second communication protocol different from the first communication protocol.

Electronic device and communication method

A method for communicating between a user using a viewing device () and the viewing device, includes the following steps: acquiring, at an acquisition interface () integrated into a pair of glasses () of the user, an item of information on utilization of the glasses; and generating and sending to the viewing device (), by a microcontroller () integrated into the glasses, a data signal (DATA) depending on the acquired information. The acquired information enables in particular the authentication of the user, so as to send, to the viewing device, data that the latter will use to display a digital content.

Method of communication and associated system of glasses type for a user using a viewing station

A management process for access to secure data includes: storing secure data associated with a first user and authentication data of said first user, managing access to the secure data of the first user, as a function of the authentication data of this first user. The process includes: storing, in the secure data of the first user, a heritage rule and a list of at least one second user and, for each second user of said list, an rule for access to secure data of the first user, storing authentication data for each second user of said list, and when the heritage rule is satisfied, managing access, by said at least one second user, to the secure data of the first user, as a function of the authentication data of the second user and of the rule for access of the second user.

Delegation of access rights to an account after the disappearance of the user

The 'first' portable electronic entity () includes elements () for connection to a host station and a memory () storing instructions of an application () adapted to be at least partially loaded into the host station, to be executed by the host station and to collaborate with a server connected to the host station to effect the personalization of a 'second' portable electronic entity (). In embodiments, the second electronic entity is the first electronic entity. In embodiments, the application is at least partially executed by the first portable electronic entity.

Portable electronic entity and method for personalization of such an electronic entity

A method and device for controlling the execution of at least one function in a short-range wireless communication module of a mobile apparatus adapted for receiving at least one identification card. After transmitting an information request to the identification card, to obtain at least one piece of information characteristic of the identification card, an answer including at least one piece of information characteristic of the identification card is received therefrom. When the answer is identified and in response to the at least one piece of information, the at least one function is executed. An authentication request is received by the short-range wireless communication module. If the answer is authenticated, the short-range wireless communication module sends an authorization to the authentication request in response to the at least one piece of information characteristic of the identification card before the execution of the at least one function.

Method and device for controlling the execution of at least one function in a short range wireless communication module of a mobile phone

A method for verifying the security of a device for generating private and public cryptographic keys. Such a method includes generating at least one pair of private and public cryptographic keys by the device from at least one random variable coming from a random-variable generator; transmitting at least one constituent element of a generated private or public key to at least one device for verifying; and determining a level of security of the device from the at least one transmitted element, as a function of pieces of information stored by the device for verifying.

Method for verifying the security of a device that generates private and public cryptographic keys

A portable secured electronic unit includes at least two electronic components, one of which is embodied in the form of a primary electronic component and the second in the form of an interface electronic component, wherein the two electronic components are interconnected by communication elements and at least one electronic component includes security elements for securing the communication thereof the other electronic component.

Security between electronic components of a portable secured electronic unit

A method of exchanging data between a first electronic entity and a second electronic entity includes the following steps:

Method of exchanging data between two electronic entities

A system for biometrically authenticating a user includes:

Biometric identification

A method for manufacturing a card () based on a substrate (), the method comprising a step of defining the perimeter of the card () within the substrate (), the method also comprising a step of chamfering on a portion of the perimeter of the card () so that on completion of the perimeter definition and chamfering steps the physical dimensions of the card () are compliant with the parameters A, Ai, B, Bj, C2, C3, and Rm defined by that Micro SD card standard designated V3.00, wherein: i=1, 6 . . . 8; j=1, 4, 10, 11, x, y (the pair [x,y] being equal to [6,9] or to [14,15]); and m=1 . . . 6, 17 . . . 19, the physical dimensions of the card () also being compliant with the parameter A9 of the standard when x=6 and y=9.

Method for manufacturing a card based on a substrate

A portable electronic device includes at least one near-field or medium-field wireless communication interface (-) and at least two information elements in a memory () and wherein at least two different access modes () may be associated with each information element, a user is able to associate an access mode with an identifier representing a third party electronic entity via a man-machine interface () during a configuration phase, and at least one information item can thereafter be made available to a third party electronic entity by cryptographic elements () and the wireless communication interface during a utilization phase as a function of an access mode previously associated with both the identifier representing the third party electronic entity and the information element.

Portable electronic device and associated method for making information available

A portable electronic entity includes a communication interface () with a host terminal (TH), a conversion system () for a signal received in a secure multimedia data flow and an element to transmit to the host terminal a flow of multimedia data obtained from the secure multimedia data flow. It also includes systems () capable of allowing host terminal restitution of the multimedia data flow that was transmitted.

Portable electronic entity capable of receiving broadcast multimedia data flow

A method of transferring an item of data representative of a right between two electronic entities, at least one of the electronic entities including short range wireless communication elements suitable for transmitting the item of data to use the right, the electronic entities being suitable for communicating directly or indirectly via a long range communication interface. The method includes steps of transmission and of reception of the item of data by the electronic entities, the item of data being transmitted via the long range communication interface, of authentication and of storage of the item of data in the electronic entity having received it.

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La Celle les Bordes, France

Marc Bertin