Abstract: The system includes a passive card (10) configured to store a first portion of an authentication or authorization code via a set of capacitive points (11) included on its surface; and a portable computing device (20) having a capacitive screen and being configured to store a second portion of said authentication or authorization code. Such that, once the user (1) has requested access to a specific service or to a specific operation and when the passive card (10) is in contact with the capacitive screen, the portable computing device (20) is further configured to read at least some of the set of capacitive points (11), decoding the first portion, and cryptographically signing the decoded first portion using said stored second portion, providing the authentication or authorization code, which is used as cryptographic key to grant access to said specific service or specific operation to the user (1).

Abstract: The method according to the invention comprises the steps of: identifying one or more entities (21) located in a darknet (50) taking into consideration information relative to network domains thereof, and collecting information of said one or more entities (21) identified; extracting a series of metadata from the information collected from said one or more entities (21) identified; validating said one or more identified entities (21) with information from a surface network (51), said information coming from a surface network (51) associated with the information collected from the identified entities (21); and generating a profile of each identified entity (21) by correlating the validated information of each entity (21) with data and metadata from said surface network (51).

Abstract: Present invention provides a method, system and application for providing authentication of a mobile device user, based on the measurement of electromagnetic fields modified by a pre-established movement of a specific magnetic token associated to the user. This univocal process will be able to obtain new authentication factors, including something that the user owns (i.e., the token), something that the user knows (i.e., the interaction between the token and the device), and somewhere that the user is (i.e., where the interaction takes place).

Abstract: The invention relates to a computer-implemented method for generating passwords and to computer program products of same. The method comprises: accessing, by a user (100), by means of a first computation device (200), for the first time, a webpage or website identified by a web domain that requires the Identification of the user (100) on the webpage or website; and generating, by means of a password generator, a password required by the webpage or website, based on the use of a result obtained from the execution of a cryptographic function using password policies related to the domain, the use of a master password (101) known only to the user (100) and the use of an Id_Hash (208).

Abstract: The present invention relates to a method for protecting a computer file, stored in an electronic device managed by an operating system, from a possible encryption performed by malicious code. The method comprises: detecting a request to access the file by a user or a computer process; copying the file in a temporary folder; performing modifications on the copy of the file; checking if the modifications entail an encryption of the file; if after checking it is determined that the modifications do not entail the encryption of the file, performing the same modifications in the original file; and if after checking it is determined that the modifications do entail the encryption of the file, creating a warning for the user.

Abstract: A computer implemented method including a software distributor signing via a first server at least one software file using a digital certificate with a digital signature and at least one user via a computing device acquiring a copy of the signed software file. The digital certificate to be used is previously recorded in a second server in communication with the first server, the digital certificate to be recorded being provided by the software distributor upon a registration of the latter in the second server and including information obtained from a trust certificate chain associated to the digital certificate when performing the registration. The second server generates, upon a request made by the software distributor, a hashstamp of the signed software file.

Abstract: A computer implemented method for classifying mobile applications and computer programs thereof.

Abstract: A computer implemented method including a software distributor signing via a first server at least one software file using a digital certificate with a digital signature and at least one user via a computing device acquiring a copy of the signed software file. The digital certificate to be used is previously recorded in a second server in communication with the first server, the digital certificate to be recorded being provided by the software distributor upon a registration of the latter in the second server and including information obtained from a trust certificate chain associated to the digital certificate when performing the registration. The second server generates, upon a request made by the software distributor, a hashstamp of the signed software file.