Waste disposal system, comprising: at least one waste collection container for receiving waste, wherein the at least one waste collection container is equipped with at least one sensor for detecting at least one status parameter of the waste collection container contents and/or of the waste collection container, at least one manual mobile or stationary actuator, which is assigned to at least one waste collection container and is implemented in a portable or stationary manner, at least one waste collection vehicle for receiving the contents of the at least one waste collection container, and a program system for calculating an optimal route (18, 18'), in particular an economically optimal or a fastest route, of the at least one waste collection vehicle for collecting the contents of the at least one waste collection container, wherein the program system communicates wirelessly with the at least one waste collection container and the at least one waste collection vehicle, and wherein the data of the at least one sensor of the at least one waste collection container and preferably likewise traffic-related real time data are taken into account when calculating the optimal route (18, 18'), characterised in that the waste disposal system further comprises at least one vacuum-packing device for the vacuum-tight packing of waste and at least one parcel delivery service vehicle for receiving waste packed vacuum-tight by means of the vacuum-packing device, the program system is configured to transmit a signal wirelessly to the at least one parcel delivery service vehicle or to a second program system for route planning of the at least one parcel delivery service vehicle, at least one actuator is configured to transmit wirelessly a signal to the program system when operated, whereby emptying of the at least one assigned waste collection container within a determinable time window is requested directly, the program system is configured to adapt the optimal route (18, 18') in reaction to the signal and to transmit it to the at least one waste collection vehicle in such a way that the at least one waste collection container is called at within the determinable time window, wherein recalculation of the optimal route (18, 18') does not take place if emptying of the at least one assigned waste collection container is already planned within the determinable time window, and at least one actuator is configured to transmit wirelessly a signal to the program system when operated, whereby a pick-up of waste packed vacuum-tight by means of the vacuum-packing device by a parcel delivery service vehicle within a determinable time window is requested. at least one waste collection container for receiving waste, wherein the at least one waste collection container is equipped with at least one sensor for detecting at least one status parameter of the waste collection container contents and/or of the waste collection container, at least one manual mobile or stationary actuator, which is assigned to at least one waste collection container and is implemented in a portable or stationary manner, at least one waste collection vehicle for receiving the contents of the at least one waste collection container, and a program system for calculating an optimal route (18, 18'), in particular an economically optimal or a fastest route, of the at least one waste collection vehicle for collecting the contents of the at least one waste collection container, wherein the program system communicates wirelessly with the at least one waste collection container and the at least one waste collection vehicle, and wherein the data of the at least one sensor of the at least one waste collection container and preferably likewise traffic-related real time data are taken into account when calculating the optimal route (18, 18'), characterised in that the waste disposal system further comprises at least one vacuum-packing device for the vacuum-tight packing of waste and at least one parcel delivery service vehicle for receiving waste packed vacuum-tight by means of the vacuum-packing device, the program system is configured to transmit a signal wirelessly to the at least one parcel delivery service vehicle or to a second program system for route planning of the at least one parcel delivery service vehicle, at least one actuator is configured to transmit wirelessly a signal to the program system when operated, whereby emptying of the at least one assigned waste collection container within a determinable time window is requested directly, the program system is configured to adapt the optimal route (18, 18') in reaction to the signal and to transmit it to the at least one waste collection vehicle in such a way that the at least one waste collection container is called at within the determinable time window, wherein recalculation of the optimal route (18, 18') does not take place if emptying of the at least one assigned waste collection container is already planned within the determinable time window, and at least one actuator is configured to transmit wirelessly a signal to the program system when operated, whereby a pick-up of waste packed vacuum-tight by means of the vacuum-packing device by a parcel delivery service vehicle within a determinable time window is requested.