Abstract: A vending machine for creating a three-dimensional object having an enclosure having an exterior and interior. The interior receives and houses at least one three-dimensional printer. An interface for accepting an instruction associated with an object to be printed and transmitting the instruction to the printer. A storage section for storing a printed object that provides access to the printed part but limits or prohibits access to the interior.

Abstract: A vending machine for creating a three-dimensional object having an enclosure having an exterior and interior. The interior receives and houses at least one three-dimensional printer. An interface for accepting an instruction associated with an object to be printed and transmitting the instruction to the printer. A storage section for storing a printed object that provides access to the printed part but limits or prohibits access to the interior.

Abstract: A method for protecting a Web application running on a first local Web Server bases from hacker attacks, said Web Server being connectable to at least one client, the method comprising the following steps: —providing a plurality of preset rules on said Server, which correspond to specific characteristics of HTTP requests; —receiving an HTTP request on said server from the client, said HTTP request comprising a plurality of characteristics; —analyzing said characteristics of said received HTTP request in accordance with said rules provided on said server; —rejecting said HTTP request, if said rules identify said HTTP request as harmful request; —accepting said HTTP request, if said rules identify said HTTP request as trustable request; —classifying said HTTP request as doubtful request, if said rules identify said request neither as harmful request nor as trustable request; —evaluating the characteristics of said doubtful local request; —generating a learned rule on basis of the edge base evaluation.

Abstract: A method for protecting a Web application running on a first local Web Server bases from hacker attacks, said Web Server being connectable to at least one client, the method comprising the following steps: —providing a plurality of preset rules on said Server, which correspond to specific characteristics of HTTP requests; —receiving an HTTP request on said server from the client, said HTTP request comprising a plurality of characteristics; —analyzing said characteristics of said received HTTP request in accordance with said rules provided on said server; —rejecting said HTTP request, if said rules identify said HTTP request as harmful request; —accepting said HTTP request, if said rules identify said HTTP request as trustable request; —classifying said HTTP request as doubtful request, if said rules identify said request neither as harmful request nor as trustable request; —evaluating the characteristics of said doubtful local request; —generating a learned rule on basis of the edge base evaluation.

Abstract: A method for an HTTP server to decide whether a remote client is victim of a phishing ttack, comprising: —receiving a first HTTP request from the remote client on said HTTP Server; —responding to said first HTTP request, wherein a token is added to the response submitted to said remote client; —receiving a second HTTP request on said HTTP server; —judging whether the second HTTP request includes said token; —judging whether the token originates from said remote client; —processing the HTTP request when said remote client has really issued the second HTTP request.