Method of managing virtualized access queues and paths to a plurality of machines (2', 2",... 2 n) for glass crushing and collection, distributed throughout the territory, characterized in that it manages requests for unloading full containers, contained in each machine, based on the configuration of: a first part consisting of the single machine (2', 2",... 2 n) that carries out a local control on the cells/containers, crushed glass containers; a second part on a central server, which remotely controls the queue management by entering a cell ID in the queues of full cells and/or in the queues of cells with glass with special requirements, based on predetermined selection criteria; a third part corresponding to the plant that uses the glass coming from the collection in order to process it; a fourth part consisting of the fleet of trucks or transport vehicles (12', 12"... 12 q) in charge of the collection, which follow a particular path in the collection suggested by the data bank residing on the central server; the central server being able to acquire and store in real time the filling level of the single bucket (3', 3"... 3 m) on each machine (2', 2"... 2 n) so as to establish a priority emptying operation of the same, operating by means of a foreground-background multi-queue dynamic control, the method comprising the following operating steps: a- the control center monitors the I- availability of crushed glass at the single machines (2', 2",... 2 n), and II- the demands for glass, of a particular type, by each production plant; b- if an emptying request arrives from a machine (2', 2",... 2 n) where one or more glass containment cells has been filled, the control center reprocesses updated paths - for the fleet of trucks or vehicles (12', 12"... 12 q) - for unloading from the machine/cell to the truck based on minimum travel criteria and/or based on contingent requests from each production plant; c- following the emptying of each cell present in the machine (2', 2",... 2 n), an update of the weights of glass contents of each container on the trucks (12', 12"... 12 q) is performed; d- upon reaching, on the truck, a given weight for one or more glass types with particular requirements, the delivery to the plant concerned with the above glass type is performed. a first part consisting of the single machine (2', 2",... 2 n) that carries out a local control on the cells/containers, crushed glass containers; a second part on a central server, which remotely controls the queue management by entering a cell ID in the queues of full cells and/or in the queues of cells with glass with special requirements, based on predetermined selection criteria; a third part corresponding to the plant that uses the glass coming from the collection in order to process it; a fourth part consisting of the fleet of trucks or transport vehicles (12', 12"... 12 q) in charge of the collection, which follow a particular path in the collection suggested by the data bank residing on the central server; the central server being able to acquire and store in real time the filling level of the single bucket (3', 3"... 3 m) on each machine (2', 2"... 2 n) so as to establish a priority emptying operation of the same, operating by means of a foreground-background multi-queue dynamic control, a- the control center monitors the I- availability of crushed glass at the single machines (2', 2",... 2 n), and II- the demands for glass, of a particular type, by each production plant; I- availability of crushed glass at the single machines (2', 2",... 2 n), and II- the demands for glass, of a particular type, by each production plant; b- if an emptying request arrives from a machine (2', 2",... 2 n) where one or more glass containment cells has been filled, the control center reprocesses updated paths - for the fleet of trucks or vehicles (12', 12"... 12 q) - for unloading from the machine/cell to the truck based on minimum travel criteria and/or based on contingent requests from each production plant; - for the fleet of trucks or vehicles (12', 12"... 12 q) - for unloading from the machine/cell to the truck based on minimum travel criteria and/or based on contingent requests from each production plant; c- following the emptying of each cell present in the machine (2', 2",... 2 n), an update of the weights of glass contents of each container on the trucks (12', 12"... 12 q) is performed; d- upon reaching, on the truck, a given weight for one or more glass types with particular requirements, the delivery to the plant concerned with the above glass type is performed.