Abstract: Systems and methods for delivering items to customers are disclosed. In one embodiment, an initial delivery schedule is established. The delivery schedule comprises a plurality of slots representing delivery times and delivery locations for the customers, wherein the slots are assigned as a result of a collaborative process. A set of pre-selected additional customers are identified for possible scheduling of any open slot. In real-time, additional slots in the initial delivery schedule are automatically identified. The additional slots represent a capacity to provide the item to one or more additional customers. One or more target customers are contacted to fill the additional slots. The target customers are automatically selected from the set of pre-selected additional customers based upon a target customer location relative to delivery locations associated with the slots adjacent to the additional slot. Customers may also pick up items from a delivery vehicle parked at a centralized location.

Abstract: Systems and methods for delivering items to customers are disclosed. In one embodiment, an initial delivery schedule is established. The delivery schedule comprises a plurality of slots representing delivery times and delivery locations for the customers, wherein the slots are assigned as a result of a collaborative process. A set of pre-selected additional customers are identified for possible scheduling of any open slot. In real-time, additional slots in the initial delivery schedule are automatically identified. The additional slots represent a capacity to provide the item to one or more additional customers. One or more target customers are contacted to fill the additional slots. The target customers are automatically selected from the set of pre-selected additional customers based upon a target customer location relative to delivery locations associated with the slots adjacent to the additional slot. Customers may also pick up items from a delivery vehicle parked at a centralized location.