Abstract: A Web3 identity is created with a digital residency platform and verification system using a user's root legal identity. The digital residency platform and verification system and methods associated therewith include a blockchain-native digital residency platform that bridges the privacy and security of Web3 identity with the capabilities and validity of global sovereignties.
Abstract: The invention relates to a marking system comprising wires exhibiting ultrasoft ferromagnetic properties. Said wires are arranged on or in a carrier and are associated with pre-established parallel positions which are separated by a constant gap according to a pre-established frame. The wires can be present or absent in each position, forming a detectable binary code. The inventive marking system can especially be embodied as a magnetically coded label. The invention also relates to a method for producing one such marking system by continuously incorporating ferromagnetic wires into an adhesive complex. The inventive marking system is used to identify and authenticate articles, products or objects.
Abstract: The invention relates to a marking system comprising wires exhibiting ultrasoft ferromagnetic properties. Said wires are arranged on or in a carrier and are associated with pre-established parallel positions which are separated by a constant gap according to a pre-established frame. The wires can be present or absent in each position, forming a detectable binary code. The inventive marking system can especially be embodied as a magnetically coded label. The invention also relates to a method for producing one such marking system by continuously incorporating ferromagnetic wires into an adhesive complex. The inventive marking system is used to identify and authenticate articles, products or objects.
Abstract: The invention relates to a marking system comprising wires exhibiting ultrasoft ferromagnetic properties. Said wires are arranged on or in a carrier and are associated with pre-established parallel positions which are separated by a constant gap according to a pre-established frame. The wires can be present or absent in each position, forming a detectable binary code. The inventive marking system can especially be embodied as a magnetically coded label. The invention also relates to a method for producing one such marking system by continuously incorporating ferromagnetic wires into an adhesive complex. The inventive marking system is used to identify and authenticate articles, products or objects.
Abstract: The invention is for the creation and use of coded markings which use threads or fibres with special properties, in particular magnetic, placed and inserted on or in a support, according to predefined lines, positions or areas. A first database (2), receiving the commands (5), is used to create, store and transmit the codes, with encryption. It controls, with respect to the quantity or length produced, at least one thread or fibre production machine (7). Another database (3), linked to the first database (2), receives the data concerning each production and controls at least one machine (9) for placing or inserting threads or fibres on or in a support, according to the code transmitted by the first database (2), controlling in particular the quantity of threads or fibres placed or inserted; it is also linked to readers (10) which are designed to recognize the codes and return an activity report.