Abstract: A system and method of controlling order fulfillment from a network of fulfillment centers are provided. The method includes receiving a batch of orders defined by either a threshold number of orders received or a predetermined period of time after a first order is received. The method also includes assembling a model based on the batch of orders. Each module in the model includes algorithms having fulfilment logic and variables based on constraints, external factors and routing objectives of the network. The method also includes receiving a model output including an allocated solution for each of the variables that is resolvable to shipping outcome for each order. The method also includes causing transmission of fulfillment data to each fulfillment center that comprises fulfillment instruction data for filling a complete order from the batch of orders, including identifying product, quantity, packaging instructions, and shipping instructions.

Abstract: A system and method of controlling order fulfillment from a network of fulfillment centers are provided. The method includes receiving a batch of orders defined by either a threshold number of orders received or a predetermined period of time after a first order is received. The method also includes assembling a model based on the batch of orders. Each module in the model includes algorithms having fulfilment logic and variables based on constraints, external factors and routing objectives of the network. The method also includes receiving a model output including an allocated solution for each of the variables that is resolvable to shipping outcome for each order. The method also includes causing transmission of fulfillment data to each fulfillment center that comprises fulfillment instruction data for filling a complete order from the batch of orders, including identifying product, quantity, packaging instructions, and shipping instructions.

Abstract: A system and method of controlling order fulfillment from a network of fulfillment centers are provided. The method includes receiving a batch of orders defined by either a threshold number of orders received or a predetermined period of time after a first order is received. The method also includes assembling a model based on the batch of orders. Each module in the model includes algorithms having fulfilment logic and variables based on constraints, external factors and routing objectives of the network. The method also includes receiving a model output including an allocated solution for each of the variables that is resolvable to shipping outcome for each order. The method also includes causing transmission of fulfillment data to each fulfillment center that comprises fulfillment instruction data for filling a complete order from the batch of orders, including identifying product, quantity, packaging instructions, and shipping instructions.