Abstract: Systems and methods are described herein for dynamically re-allocating storage containers at a facility based on a number of factors including current and expected need for types of items at the facility and container cost considerations.

Abstract: Systems and methods are described herein for dynamically re-allocating storage containers at a facility based on a number of factors including current and expected need for types of items at the facility and container cost considerations.

Abstract: A sensor-based dynamic delivery system for a facility is provided. The system includes a computing system communicatively coupled to at least one location-based sensor associated with one or more carriers. The computing system is configured to execute a demand engine that when executed receives location data determined with respect to the location-based sensor. The demand engine identifies, using modeled delivery projections, at least one delayed delivery of one or more inventory items to the facility. The demand engine detects a potential inventory issue with respect to one or more items due to the at least one delayed delivery. The demand engine determines an expiration deadline until the facility runs out of the one or more inventory items based on the projected demand. The demand engine creates at least one of an order for, or a schedule for, a delivery with a servicing distribution center based on the determined expiration deadline.

Abstract: Systems, methods, and computer-readable storage mediums for coordinating, monitoring, and transporting merchandise are provided to ensure that a retail business can replenish merchandise fast. An example system can include a database for storing merchandise information and a server for maintaining an online dashboard configured to place and track delivery of merchandise orders. The server is also configured to receive merchandise delivery information, associating merchandise with a delivery location, and shipping container information, associating the merchandise with shipping containers. Based on the received information, the server schedules the shipping containers for delivery from a shipping location to the delivery location. Further, the server determines whether a temperature inside the shipping containers is within a predetermined range during their transportation.