Giesecke+Devrient ePayments Patente

The invention relates to a method for providing a card event notification. A method step (S10) comprises connecting a card with an application stored on a user device (1). Another step (S20) comprises receiving a user input comprising a selected card event. Another step (S30) comprises providing the user input to a first server entity (10) for storage thereon. Another step (S40) comprises obtaining a card event information by a second server entity (20), which represents a card event carried out in connection with a service provider entity (30). Another step (S50) comprises providing the card event information from the second server entity (20) to the first server entity (10). Another step (S60) comprises determining whether the card event corresponds to the selected card event. Another step (S70) comprises providing a notification to the user device (1) if the card event corresponds to the selected card event. The invention further relates to a system (100) for providing a card event notification to a user.

The invention relates to a method for providing a biometric-enabled transaction process. The method comprises obtaining an information relating to the transaction process at a reader device (10), receiving a set of application identifiers from a user device (20) having a biometric functionality, activating a voice functionality of the reader device (10) if it is determined that the received set of application identifiers comprises a first application identifier associated to a voice application, wherein the voice functionality configures the reader device (10) to provide a voice output to a user (22) of the user device (20), receiving user authentication data from the user device (20), wherein the user authentication data is generated based on the biometric functionality of the user device (20), and initiating the transaction process upon positive authentication of the user (22). The invention also relates to a reader device (10) and system (100) for providing a biometric-enabled transaction process.

The invention relates to a method of initializing a data carrier (10). The method comprises providing personalization data (21, S110), using the personalization data (21) and a personalization entity key (32) to generate a main shard (33, S120), establishing a connection (41) between a mobile device (40) and a data carrier (10, S130), activating the data carrier (10) by generating at least a first shard (51) and a second shard (61) by a secure element (12) of the data carrier (10, S140), transmitting the first shard (51) to a first server entity (50) and the second shard (61) to a second server entity (60, S150), and storing the first and the second shard (61) in the first and the second server entity (50, 60), respectively (S160). The invention also relates to a method of restoring a user key, as well as to a system (1) for initializing a data carrier (10) and to a system (2) for restoring a user key.

The present invention relates to a chip card (1), in particular a transaction card, comprising a card body (2) holding a chip module (3) enabling electronic transactions, such as secure communications involving a trusted entity, the card body (2) having a main section (11) and an extension section (12), wherein the chip card (1) further comprises a hinge section (13) linking the main section (11) to the extension section (12) in a foldable manner, and wherein the main section (11) and an extension section (12) are electrically connected to each other, as well as to a method, and a construction kit (10) for manufacturing a corresponding chip card (1).

Method and manufacturing device (20) of manufacturing a body layer (10) of a card body (2), in particular for a chip card (1), such as a transaction card having a chip module (3) enabling electronic transactions, as well as a corresponding card body (2), chip card (1), use of a wooden layer (W) to form at least a part of a body layer (10) of a card body (2) and a construction kit for a card body (2) are provided, the method comprising the steps of providing a wooden layer (W) to form at least a part of the body layer (10); and adapting the wooden layer (W) to be transparent in at least one transparent section (T).

The present invention relates to a method for producing a chip card (2) having a design (6), whereby the chip card (2) has a protection layer protecting the design (6), whereby the method comprises the following steps of providing a card body (4), providing a design (6) on at least one side of the card body (4), applying a varnish layer (8) on at least the side of the card body (4) having the design (6), whereby the varnish layer (8) is the protection layer. Further, the present invention relates to an according chip card (2).

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The disclosure relates to a communication system (100, 200), comprising: an User Equipment, UE (110), comprising a subscriber identity module, SIM (111), storing an identity of an UE owner (105), UE ID, in particular an International Mobile Subscriber Identity, IMSI, and an authentication key, Ki, a first communication network (101), in particular a cellular network, comprising a first authentication server (103) configured to authenticate (112) the UE owner (105) on the first communication network (101) based on the UE ID and the authentication key, Ki; a second communication network (102), in particular a cellular or mobile network, comprising a second authentication server (104); and a network interface between the first authentication server (103) and the second authentication server (104), wherein the first authentication server (103) acts as master and is configured to propagate (113) an authentication status (106) of the UE owner (105) in the first communication network (101) to the second authentication server (104), wherein the second authentication server (104) is configured to grant the UE owner (105) rights (114) in the second communication network (102) depending on the authentication status (106) of the UE owner (105) in the first communication network (101).

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Die Erfindung betrifft ein Verfahren zum Bestimmen der Qualität einer elektrischen Verbindung zwischen einem integrierten Chip (5) und einer Antenne einer kontaktlos arbeitenden Chipkarte (1). Das erfindungsgemäße Verfahren umfasst in einem Schritt a) das Einbringen einer zu untersuchenden Chipkarte (1) in eine Schwefelwasserstoff-Umgebung, wobei der Schwefelwasserstoff an Oberflächen aus leitfähigem Material eine chemische Reaktion hervorruft, aus der eine Einfärbung resultiert. In einem Schritt b) erfolgt das Auftrennen der elektrischen Verbindung zwischen dem Chip (5) und der Antenne der zu untersuchenden Chipkarte (1). Schließlich wird in einem Schritt c) eine optische Analyse der aufgetrennten Bereiche durchgeführt, bei der eine Auswertung der eine Einfärbung aufweisenden Flächenbereiche mit den keine Einfärbung aufweisenden Flächenbereichen jeweiliger aufgetrennter Bereiche durchgeführt wird.

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The present invention relates to a system for creating personalized card designs, comprising an input module to receive descriptions of a desired graphic, a database module to store guidelines for content exclusion and card layout templates, a scoring module to ensure the user input meets the guidelines, an image generator to create graphics if the input passes the content check and an image processor to craft the final card design using the graphic and a chosen template. The invention further relates to a method involving receiving word-based descriptions of a graphic, checking the content against exclusion criteria, generating the graphic if approved, and producing the card design with the graphic and a template.

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A method (200) for separating compounds of a body (100) is described. The body (100) includes at least two different compounds. The two different compounds include a first compound which includes a first plastic material (110a-110d), and a second compound which is an electronic circuit component (120). The method (200) includes the following steps: shredding (210) the body (100) into a plurality of shreds (150); mixing (220) the plurality of shreds (150) and a first solvent (315) to separate the first plastic material from the shreds (150), thereby obtaining a first solution (258) of the first plastic material (252) in the first solvent (315), and a first residue (254); separating (230) the first solution (258) from the first residue (254), wherein the first residue (254) includes the electronic circuit component (120); recovering (240) the first plastic material (252) from the first solution (258); and providing (250) the first plastic material (252) and the first residue (254) for separate processing.

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The present invention relates to methods, interfaces and devices for delegated management of profiles of an embedded Universal Integrated Circuit Card, eUICC, included in a mobile device. Delegated management is provided to a profile selected from a list of profiles available at the eUICC by registering the eUICC with a server and joining with the selected profile an existing subscription group of profiles on the server or by creating a new subscription group on the server based on the selected profile.

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