Abstract: Exemplary embodiments of the present disclosure are directed towards A system for digitization financialization and digital valuation of precious metal assets comprising of: a first subsystem 104 and a second subsystem 106, also referred to as subsystem 1 104 and subsystem 2 106 respectively, and the first subsystem 104 comprises of an asset data digitizer 104a to create an immutable digital record 104b of the precious metal asset of the user 102 preferably as a 3D scan and the output of the first subsystem 104 is an input of the second subsystem 106, and the second subsystem 106 makes the asset records available to plurality of financial service providers based on the requirements of the user 102 through a user interface 106a, which belongs to the user and financial service provider interface belongs to the financial service providers, and the user interface 106a enables the user 102 to choose the services 106c that suit the user's 102 requirements by comparing the competitive offers and close the deal and t

Abstract: The present disclosure provides a system for providing financial asset to a user in exchange of metal asset. The system includes a plurality of input devices to receive a first set of data from the user. In addition, the system includes a plurality of inlets to accept a plurality of inputs from the user and an operator. Also, the system includes a weighing mechanism to weigh the metal asset. Further the system includes a packaging mechanism to pack and mark the metal asset with a QR code. Further, the system includes a communication circuitry to transfer value of the financial asset to financial account associated with the user.

Abstract: A dimensionally flexible sparse matrix comprising multiple ports connected to a plurality of interconnected universal switches is disclosed. Each universal switch has at least three terminals and is switchable to connect any pair or all three terminals together. The plurality of interconnected universal switches are independently switchable to connect any one or more ports of the sparse matrix to any subset of the other ports. The sparse matrix may also be configurable to duplicate the connectivity of a variety of dimensionally different switch matrices by designating a first subset of the multiple ports as row ports and a second subset of the remaining ports as column ports with the added flexibility of connecting row-to-row and/or column-to column. The small physical size of signal stubs in the universal switches results in a signal path between any pair of terminals that may be suitable for the transmission of signal frequencies greater than approximately 500 mega-hertz.

Abstract: A dimensionally flexible sparse matrix comprising multiple ports connected to a plurality of interconnected universal switches is disclosed. Each universal switch has at least three terminals and is switchable to connect any pair or all three terminals together. The plurality of interconnected universal switches are independently switchable to connect any one or more ports of the sparse matrix to any subset of the others ports. The sparse matrix may also be cofigurable to duplicate the connectivity of a variety of dimensionally different switch matrices by designating a first subset of the multiple ports as row ports and a second subset of the remaining ports as column ports with the added flexibilty of connecting row-to-row and/or column-to column. The small physical size of signals stubs in the univerals switches results in a signal path between any pair of terminals that may be suitable for the transmission of signal frequencies greater than approximately 500 mega-hertz.

Abstract: A dimensionally flexible sparse matrix comprising multiple ports connected to a plurality of interconnected universal switches is disclosed. Each universal switch has at least three terminals and is switchable to connect any pair or all three terminals together. The plurality of interconnected universal switches are independently switchable to connect any one or more ports of the sparse matrix to any subset of the other ports. The sparse matrix may also be configurable to duplicate the connectivity of a variety of dimensionally different switch matrices by designating a first subset of the multiple ports as row ports and a second subset of the remaining ports as column ports with the added flexibility of connecting row-to-row and/or column-to column. The small physical size of signal stubs in the universal switches results in a signal path between any pair of terminals that may be suitable for the transmission of signal frequencies greater than approximately 500 mega-hertz.

Abstract: A universal switch, comprising a plurality of terminals and a plurality of interconnected independently switchable switches coupled to the terminals, where the plurality of interconnected switches are configurable to connect any subset of the terminals to any other subset of the terminals, and optionally, to disconnect all the terminals. One implementation includes a first terminal, a second terminal, a third terminal, and a plurality of interconnected switches coupled to the terminals. The plurality of interconnected switches are configurable to implement a variety of interconnections between the terminals, including: the first terminal connected only to the second terminal, the first terminal connected only to the third terminal, the second terminal connected only to the third terminal, the first terminal connected to the second terminal and the third terminal, and optionally, all three terminals disconnected.