Gemalto Sa

Other

Axalto S.a.

Thales Dis France Sa

Joffray, Olivier

Olivier Joffray

Aline Gouget

Michel Thill

Joseph Jerome Leibenguth

Mourad Faher

Philippe Smadja

Milan J Krizenecky

Serge Barbe

Jean-Michel Desjardins

Milan Krizenecky

Guennolé Tripotin

The invention relates to a method for protecting assets used by certified communication devices connected to networks, and for guaranteeing the behavior of said devices, which consists of calculating parameters intended for said devices, by means of an expert system, in order to program the behavior thereof and ensure the protection of said assets, according to known objectives.

Method for protecting intangible assets in telecommunications networks

The invention relates to any electronic device such as a chip card, a passport, a dongle or any other object requiring personalization of the content of a memory. More precisely, the invention provides for a method for processing a data item of a container stored in a memory, said method being implemented by the electronic device by utilizing in particular a table of identifiers. The invention furthermore provides for a prior step for associating a data identifier with a data item of a container and creating said table of identifiers.

Method for personalising an electronic device, associated data processing method and device

(EN) The invention relates to a portable electronic device (SC, TK) comprising electric input means (VCC, GND, ANT) for receiving electric power from an external power supply. The portable electronic device (SC, TK) comprises an application, the application being set to be triggered when power is supplied to said electric input means (VCC, GND, ANT), and to not communicate with entities external to the portable electronic device (SC, TK), or to only notify such entities of an event. The application is further set to configure the portable electronic device (SC, TK), and to be successfully executable at most once. The invention also relate to a manufacturing equipment (M) for configuring a portable electronic device (SC, TK) and to a method for configuring a portable electronic device (SC, TK).

Device with time limited use auto start application

The invention relates to a virtual machine. The virtual machine is set to recognize, in addition to a set of conventional bytecodes, at least one secure bytecode functionally equivalent to one of the conventional bytecodes. It is set to process secure bytecodes with increased security, while it is set to process conventional bytecodes with increased speed. The invention also relates to a computing device comprising such a virtual machine, to a procedure for generating bytecode executable by such a virtual machine, and to an applet development tool comprising such procedure.

Method for securing Java bytecode

The invention is a method of managing communication between an electronic token and a remote web server. The token and the server are connected to a same host machine. The token comprises first and second token servers and a memory comprising HTML data. The host machine has an Internet web browser. Said method comprises the steps of:

Method of managing communication between an electronic token and a remote web server

The present invention relates to a method for obtaining a PIN validation signal in a data processing unit, the method including the steps of receiving a PIN in the data processing unit, submitting it to a first portable object for verifying it and obtaining a validation signal. The method further includes the steps of catching or receiving an entered PIN directly in said first portable object for verifying it; transmitting a fake PIN to the data processing unit, the fake PIN being seen by the data processing unit as a PIN to submit to the first portable object for verifying it, and returning a validation signal in case the entered PIN is verified successfully in the first portable object. The invention relates also to corresponding system and secure portable object.

Method and system for obtaining a PIN validation signal in a data processing unit

An electronic object carries out at least one operation on one element of an application installed in a computer. The method includes transmitting a random value of the electronic object to the computer, when such operation is completed, while maintaining in the electronic object the right of access to the electronic object by the user; storing the random value in the computer; giving access to the electronic object by the application and, in the case of a new access to the electronic object by the application; transmitting the random values stored in the computer to the electronic object; comparing, in the electronic object, the random value received from the computer with the random value previously transmitted to the computer; and, in case the random values are matching, re-establishing the previously acquired rights in the electronic object and thereby giving the application the access to the electronic object.

Method for protecting the access to an electronic object connected to a computer

The invention concerns a first device for delivering a service using an application lodged in a portable object, comprising a portable object reader for receiving the portable object, the portable object incorporating at least one application and the first device including resources for activating the application, characterized in that it includes a relay arranged for performing a communication between the portable object reader and a second device external to the first device and connected thereto so that the second device activates at least one application of the portable object independently of the resources.

Device delivering a service using an associated portable memory, and relaying means for allowing activation of an application of the portable memory of the first device by a second device

This application concerns a process for controlling access by a user () to a value added service (VAS) () received via receiver device (), designed for connection to a device () for transmission of said VAS via network (). Receiver device () receives said VAS () from transmitter device () in partially enciphered form. Said VAS is transmitted by said transmitter device without any request from user (). Receiver device () receives said VAS () from transmitter device () in partially enciphered form. This application also applies to the system for implementation of said process.

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Feucherolles, France

Olivier Joffray