Abstract: A system for identifying Internet attacks may include: a Web server having a Web application residing therein; a Traffic inspector; and a Traffic Analyzer. The Traffic Inspector may add an agent code portion to DOM server code received from the Web server to thereby generate DOM client code, and may send the DOM client code to a Web browser residing in at least one client computer. The Web browser may automatically generate DOM rendered code. The agent code portion may automatically instruct the Web browser to send the DOM rendered code to the Traffic inspector. The Traffic Inspector may send at least the DOM client code and the DOM rendered code to the Traffic Analyzer. An algorithm application residing in the Traffic Analyzer may process the DOM rendered code and to compare the processed DOM rendered code with the DOM client code to identify at least one code difference.

Abstract: The present disclosure relates to a system (1) and a method that employs such system (1) to detect and counteract Internet attacks of Man-in-the-Browser and/or Man-in-the-Middle type. The system (1) comprises a Traffic Inspector (2) in signal communication with a client computer (3) having a Web browser (4) residing therein for Internet browsing and with a Web server (5) having a Web application (6) residing therein. The Traffic Inspector (2) is configured to receive a request associated with the Web application (6) from the Web browser (4) and to send it to the Web browser (5), the Traffic Inspector (2) is configured to receive a DOM server code associated with the request from the Web server (5).

Abstract: A system and a method that employs such system to detect and counteract Internet attacks of Man-in-the-Browser and/or Man-in-the-Middle type are disclosed. The system comprises a Traffic Inspector in signal communication with a client computer having a Web browser residing therein for Internet browsing and with a Web server having a Web application residing therein. The Traffic Inspector is configured to receive a request associated with the Web application from the Web browser and to send it to the Web browser, the Traffic Inspector is configured to receive a DOM server code associated with the request from the Web server.

Abstract: The present invention relates to a method and a Multi-Touch controller for determining multiple touch inputs on a resistive touch screen, such screen having a first layer (2A) and a second layer (2B) with a first axis (2C) and a second axis (2D) orthogonal to each other being definable thereat, and wherein said first layer is designed to be touched. Particularly, the method includes the steps of touching the first layer (2A) at a first point (P1), while also touching said first layer (2A) at a second point (P2), determining the coordinates of a midpoint (POx, POy) relative to the coordinates of said first point (P1) and said second point (P2).

Abstract: There is described a method for the deposition of silver nanoparticles on the surface of natural or synthetic textile fibers.