Kaspersky Lab, Zao

Ao Kaspersky Lab

Eugene V Kaspersky

Pavel V Dyakin

Dmitry A Kulagin

Andrey P Doukhvalov

Sergey Y Golovanov

Igor I Soumenkov

Alexey Y Voitovich

Anton V Tikhomirov

Sergey V Konoplev

Andrey V Kryukov

Andrey P Doukhalov

Alexey M Chikov

Daniil S Borschev

Andrey V V Kryukov

Andrey V Doukhvalov

Disclosed are systems and methods for enabling transmission of data and commands between a mobile device and a vehicle. An exemplary method comprises connecting a security device to a vehicle and to a mobile device, the security device having a protected memory, verifying, by the security device, an authenticity of the mobile device, allowing, by the security device, transmission of data and commands between the mobile device and at least one actuating device of the vehicle when the mobile device is verified as being authentic, transmitting, by the security device, results of executions of commands from the at least one actuating device of the vehicle to the mobile device.

Systems and methods for enabling transmission of data and commands between a mobile device and a vehicle

Disclosed are systems and methods for securely controlling a vehicle using a mobile device. An exemplary method comprises authenticating, by a mobile device, a user attempting to perform commands controlling one or more vehicle systems of a coupled vehicle, retrieving profile information related to the user's preference associated with the coupled vehicle, establishing a connection between the mobile device and a security device of the coupled vehicle, authenticating the mobile device with the security device, forming, by the mobile device, commands to control the one or more vehicle systems based on command forming algorithms, the one or more vehicle systems comprising actuating devices of the vehicle and electronic systems of the vehicle, modifying the formed commands based on the profile information and safety information related to a location of the vehicle and transmitting the formed commands to the one or more vehicle systems via the security device to securely control the vehicle.

Systems and methods for securely controlling a vehicle using a mobile device

Disclosed are systems and methods of calculating projected impact generated by sports and gaming implements. An exemplary method comprises: receiving a measurement from a sensor associated with a subject of impact; receiving a measurement from a sensor associated with an object of impact; wherein the at least one received measurement includes one or more characteristics of movement of the subject in response to an external stimuli and one or more characteristics of movement of the object in response to the impact by the subject; calculating, by a projection tool, a projected impact of the subject on the object before the actual impact; and calculating, by a modeling tool, a model of movement of the object in response to the impact by the subject based at least on the projected impact and one or more rules defining a movement of the object based on the projected impact by the subject.

System and method for calculating projected impact generated by sports implements and gaming equipment

Disclosed are systems and methods for modeling behavior of game elements during a remote game between at least two users. The system includes a positioning module configured to determine parameters for at least two game elements representing physical objects, and game manipulators that detect a physical action performed by a user in order to exert a force action on at least one game element and calculate one or more physical parameters characterizing the physical action. The system further includes a module for performing force actions that determines the game element to be subject to the detected physical action and perform a force action on the determined game element. The system further includes a control module that determines behavior parameters for the game elements characterizing a change in state of the game elements, and a visualization module that generates a behavior model of the game elements.

System and method of modeling the behavior of game elements during a remote game

Disclosed are systems and methods for secure control of automotive systems using mobile devices. An exemplary method comprises: connecting a vehicle, as a peripheral device, to a mobile device, which acts as a master device, via a security device of the vehicle, wherein the security device provides secure transmission of data and commands between the vehicle and the mobile device; receiving, by the mobile device, via the security device, from one or more measurement devices of the vehicle, measurement data from one or more automotive systems of the vehicle; based on the received measurement data, forming by the mobile device control commands for actuating devices of the vehicle, wherein the control commands enable and/or regulate operation of the actuating devices of the vehicle; and transmitting, by the mobile device, via the security device, the control commands to the actuating devices of the vehicle.

Secure control of automotive systems using mobile devices

Disclosed a portable personal security device and methods for secure communication. In one example, the personal security device may wirelessly connect to a user device and collect information about the user device. The personal security device may then assess security characteristics of the user device based on the collected information. When the user device is determined to be unsecure, the personal security devices may instruct the user to use a secure internet application of the personal security device instead of an unsecure internet application of the user device. In addition, the personal security device may instruct the user to use a secure data input device of the personal security device instead of an unsecure data input device of the user device. The personal security device then receives via the secure data input device a user input data for the secure internet application, and transmit it to the user device.

Portable security device and methods for secure communication

Disclosed a portable security device and methods for secure user authentication. The security device stores operating system agents that enable communication with user devices that have different operating systems. The security device also stores user authentication data for accessing different Internet resources by the user devices. The security devices connects to the user device using an operating system agent corresponding to the operating system of the user device, and receives from the user device a request to access an Internet resource. The security device select user authentication data associated with the requested Internet resource, and obtains the requested Internet resource using the selected user authentication data.

Portable security device and methods of user authentication

Disclosed herein are systems, methods and computer program products for providing secure Internet access to a user device in an unsecure network environment, such as a public wireless network. The system includes a portable security device configured to establishing a first secure direct wireless connection with the user device and a second secure network connection through the public wireless network to a security server, which provides Internet access. The security device provides Internet browser and e-mail application, which can be used instead of unsecure applications of the user device to access Web resources through the first and second secure network connections. In addition, the security device includes a secure keyboard, which can be used by the device user instead of the unsecure keyboard of the user device to enter user authentication data for accessing the desired Web resources.

Portable security device and methods for maintenance of authentication information

Portable security device and methods for dynamically configuring network security settings

Portable security device and methods for providing network security

A method, system and computer program product for implementing a high level object-oriented component infrastructure is directed to providing efficient development of programmable applications and systems. Objects of a system form an object hierarchy including child-objects and parent-objects. The system components include metadata describing properties of objects that are encapsulated into each of the components. A programmable object-oriented system locates the components placed in one or several catalogs and reads the metadata. This metadata is then used by the system for determining which module needs to be loaded for creation of an instance of an object in order to support functionality requested by another system object or by an external application.

Processing data objects based on object-oriented component infrastructure

In a computer system having a plurality of software components, a security system for controlling interactions between the software components, the security system including at least one constraint associated with the interaction; and at least one attribute associated with the software components. The attributes and interaction parameters are bound to the constraint. The security system reaches a verdict permitting or forbidding the interaction, by resolving the constraint, based on value of the attribute and values of the parameters. The security system uses constraints and attributes specified during different life stages of each software component, where constraints are incrementally added during each subsequent life stage.

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Moscow, Russia

Eugene V Kaspersky