Abstract:
A card has: a substrate of ID-1 format according to the ISO 7810 standard; and at least one electronic component arranged on the substrate, all or part of said at least one electronic component being disposed in at least one of the two embossing regions defined in the ISO 7811-1 standard as regions in which embossed characters can be formed on the substrate; an encapsulation of the unit comprising the substrate and said at least one electronic component; such that the thickness of the card at the level of said embossing regions does not exceed 1.32 mm.
Abstract:
A payment device includes a payment terminal, a housing for holding a communication terminal, and a flap. The flap includes: a framework for blocking access to the housing for holding a communication terminal, and a locking device including at least an actuating part and a locking part. The actuating part and the locking part are respectively movable with respect to the frame between a locking position and an unlocking position.
Abstract:
A method for processing, by a processing entity, of an authorization to implement a service and/or access an item. The method includes: reception, from a requesting device, of a request for implementing a service and/or accessing an item; searching for an indicator of dependency from at least one piece of data of said request for implementation; when an indicator of dependency is present, obtaining an authorization from a verification device to implement said service and/or access said item.
Abstract:
A mobile communications terminal, namely a terminal of the type having a screen, at least one radio communications component and at least one wireless charging terminal. The terminal furthermore includes a component for transmitting an F2F signal by using the at least one wireless charging coil.
Abstract:
A method for encrypting a piece of payment means data is disclosed. This method is implemented by a payment means having a data processor. Such a method has at least one iteration of the following steps: obtaining a current piece of payment means data from a memory of the payment means; generating a following piece of payment means data as a function of the current piece of payment means data and as a function of an encryption key of the payment means; replacing the current piece of payment means data by the following piece of payment means data within the memory of the payment means.
Abstract:
A method for the secured recording of data, implemented in a data-recording device having a first non-secured memory and a second secured memory, is disclosed. The method has the steps of: obtaining a derived key corresponding to the data in the second memory from a root key recorded in the second memory; encrypting data using the derived key, delivering encrypted data; recording the encrypted data in the first memory; determining a hash imprint of said data; recording said hash imprint in a hash file recorded in the first memory; recording a general hash imprint, representing the content of the hash file comprising said hash imprint, in the second memory; and eliminating the data in the second memory.
Abstract:
A method for securing the processing of transactional data is disclosed. The method is implemented within a communications terminal comprising a transactional data processing module. The method has: a step for the detection, by the processing module, of a display of at least one entry area relating to a piece of payment means data; a step for the activation, by the processing module, of a contactless data reading module; a step for the obtaining, by the contactless data reading module, of at least one piece of payment means data coming from a payment means; and a step for the furnishing, at said at least one entry area, of at least one piece of payment means data previously obtained.
Abstract:
An electronic payment terminal has a magnetic stripe payment card reader including a card passage reinforced in its lower part by a metal rail and a radio module integrated with at least one printed circuit board of the electronic payment terminal. The electronic payment terminal has a coupling device connected to the radio module via a metal part assembled with a plastic part. The coupling device is adapted to forming, with the metal rail, an antenna associated with the radio module.
Abstract:
The invention relates to a method for processing transaction data representing a payment made by a user through a communications terminal (TC). According to the invention, such a method comprisesloading a virtual payment terminal (vPos) within a first secured memory space (SecSpace1) of the communications terminal (TC), said virtual terminal (vPos) taking the form of a software module recorded within a secured storage space of the communications terminal (TC); loading at least one virtual payment card (vCB) within a second secured space (SecSpace2); and processing, by the virtual payment terminal (vPos), of a payment transaction using said at least one virtual payment card (vCB).
Abstract:
The technology relates to a method for creating a payment data structure called a payment container. The technology also relates to the use of such a payment container by means of a processing server. The method for creating is implemented by a communications terminal, and comprises: selection, by a user and via a man-machine interface, of at least one attribute of said container, comprising the selection of at least one attribute value for at least one of the following parameters: (a) category of beneficiary of the payment container and (b) beneficiary of the payment container. The method also comprises obtaining, by the communications terminal, of at least one piece of data representing a user's bank card; validation, by the user, of the creation of the payment container; and transmission, by said communications terminal, of said payment container to a payment container processing server.