Abstract: Disclosed is a method for secure electronically signing a document, which comprises: reading the document to be signed by an application; presenting a graphical representation of said document to a user; and accepting the document to be signed by the user. The method also comprises: at a server, computing a hash function, an extended validation function for the hash and a readable summary function of the to-be-signed document; from the server, sending the hash function and the extended validation function for the hash to the application and to a signing device; from said the server, sending said hash function and the readable summary function of the to-be-signed document to a secondary device.

Abstract: A system for preventing fraud of a web service offered by a service provider at a website, which comprises:

Abstract: The disclosure relates to a method and a system for protecting private multimedia content which comprises a central server in communication with a client application, characterized in that a user uploads a private multimedia content to the central server and a reference file is generated including a pointer to the private multimedia content and access requirements associated. The reference file is uploaded to multimedia servers and other users of the network download it through a web browser. The client application extracts the pointer from the reference file and sends a request to the central server, where it is checked if the request fulfils the access requirements associated for the private multimedia content requested.

Abstract: A system and a method in which a user makes a service request with a service provider through a data network. The service provider receives from trust generating equipment, located in an access provider, an assessment of the security level of the user; said equipment in turn receiving a delivery of information about the trust level provided by said user; and in order for the aforementioned equipment to collect information about the user identity, the network traffic generated by the user, the security status of the user device and the geographical location of the user device, this information being analyzed and summarized in a trust label which is sent to the service provider.

Abstract: The invention relates to a collaborative system for security information exchange between users, based on the fact that a determined function (whether storing or processing) is spread out at different points of a network to achieve more scalable processing and storing factors than if they were all done at one and the same point. The invention proposes architecture with a centralized element, referred to as “Central Device”, through which said user devices share information with the remaining users to finally activate an alert or rule it out.

Abstract: Disclosed is a travel assisting luggage system to carry articles and otherwise assist a person while traveling with the luggage system. The luggage system may include a frame, a container connected around the frame, an axle connected to the frame and to wheels, an entertainment center attached to a container side, a seat system connected to the frame, where the seat system may include a seat extension, a backrest, a support feet, a support feet housing, and a support plate. The luggage system additionally may include an organization system positioned within the container interior.