Abstract: Disclosed are systems, apparatuses, methods, and computer readable medium, and circuits for tracking shipment services. A method includes: obtaining, from a mobile computing device, a shipment information associated with a booking of a load and asset information corresponding to a physical asset associated with transport of the load; identifying one or more sources of location data for the physical asset based on the asset information; and generating tracking information for the load by associating the one or more sources of location data for the physical asset with the shipment information associated with the booking of the load.

Abstract: Yard management systems and methods are described. A yard management system comprises a database holding load information, a mobile application associated with a user account and executable on a mobile device. The mobile application when executed acquires the identifications of the load, queries the database for the load information, and generates a machine-readable representation corresponding to the identifications of the load, an autonomous yard vehicle configured to mechanically couple with a cargo trailer. The system further comprises a computing system programmed to, in response to detecting the mobile device at the transfer location, navigate to the cargo trailer and guide the coupling between the autonomous yard vehicle and the cargo trailer.

Abstract: Yard management systems and methods are described. A yard management system comprises a database holding load information, a mobile application associated with a user account and executable on a mobile device. The mobile application when executed acquires the identifications of the load, queries the database for the load information, and generates a machine-readable representation corresponding to the identifications of the load, an autonomous yard vehicle configured to mechanically couple with a cargo trailer. The system further comprises a computing system programmed to, in response to detecting the mobile device at the transfer location, navigate to the cargo trailer and guide the coupling between the autonomous yard vehicle and the cargo trailer.

Abstract: Systems, methods, and machine readable medium are provided for replenishing product in a freight tethering environment. A pick list is generated at a hub store including one or more items that need to be replenished at a spoke store. It is determined whether the pick list can be fulfilled by the hub store. If the pick list cannot be fulfilled by the hub store, then the one or more items on the pick list is aggregated to a direct-store-delivery from the distribution center. The replenishment need of the spoke store is communicated to a distribution center. Product is received from the distribution center based on the replenishment need, and the pick list for the spoke store is fulfilled by the distribution center.

Abstract: Yard management systems and methods are described. A yard management system comprises a database holding load information, a mobile application associated with a user account and executable on a mobile device. The mobile application when executed acquires the identifications of the load, queries the database for the load information, and generates a machine-readable representation corresponding to the identifications of the load, an autonomous yard vehicle configured to mechanically ample with a cargo trailer. The system further comprises a computing system programmed to, in response to detecting the mobile device at the transfer location, navigate to the cargo trailer and guide the coupling between the autonomous yard vehicle and tire cargo trailer.

Abstract: Yard management systems and methods are described. A yard management system comprises a database holding load information, a mobile application associated with a user account and executable on a mobile device. The mobile application when executed acquires the identifications of the load, queries the database for the load information, and generates a machine-readable representation corresponding to the identifications of the load, an autonomous yard vehicle configured to mechanically ample with a cargo trailer. The system further comprises a computing system programmed to, in response to detecting the mobile device at the transfer location, navigate to the cargo trailer and guide the coupling between the autonomous yard vehicle and tire cargo trailer.

Abstract: Yard management systems and methods are described. A yard management system comprises a database holding load information, a mobile application associated with a user account and executable on a mobile device. The mobile application when executed acquires the identifications of the load, queries the database for the load information, and generates a machine-readable representation corresponding to the identifications of the load, an autonomous yard vehicle configured to mechanically couple with a cargo trailer. The system further comprises a computing system programmed to, in response to detecting the mobile device at the transfer location, navigate to the cargo trailer and guide the coupling between the autonomous yard vehicle and the cargo trailer.

Abstract: Systems, methods, and machine readable medium are provided for replenishing product in a freight tethering environment. A pick list is generated at a hub store including one or more items that need to be replenished at a spoke store. It is determined whether the pick list can be fulfilled by the hub store. If the pick list cannot be fulfilled by the hub store, then the one or more items on the pick list is aggregated to a direct-store-delivery from the distribution center. The replenishment need of the spoke store is communicated to a distribution center. Product is received from the distribution center based on the replenishment need, and the pick list for the spoke store is fulfilled by the distribution center.

Abstract: Systems, methods, and machine readable medium are provided for replenishing product in a freight tethering environment. A pick list is generated at a hub store including one or more items that need to be replenished at a spoke store. It is determined whether the pick list can be fulfilled by the hub store. If the pick list cannot be fulfilled by the hub store, then the one or more items on the pick list is aggregated to a replenishment need of the hub store. The aggregated replenishment need of the hub store and the spoke store is communicated to a distribution center. Product is received from the distribution center based on the aggregated replenishment need, and the pick list for the spoke store is fulfilled from the received product.

Abstract: Described in detail herein are methods and systems for dynamically transmitting alerts. Sensors disposed in a facility can detect mobile devices roaming around the facility when they are within range of the sensor. The sensor can transmit the location an identification information of the mobile devices to a computing system. The computing system can determine physical objects disposed within a predetermined distance to the mobile devices. The computing system can determine if at least one physical object is of interest to the users of the mobile devices. The computing system can transmit an alert including information associated with the physical object and generate a messaging interface on the mobile devices. The computing system can prompt the users of the mobile devices to input information associated with the physical object. The computing system can dynamically update the database based on the information input associated with the physical object.

Abstract: Systems, methods, and machine readable medium are provided for replenishing product in a freight tethering environment. A pick list is generated at a hub store including one or more items that need to be replenished at a spoke store. It is determined whether the pick list can be fulfilled by the hub store. If the pick list cannot be fulfilled by the hub store, then the one or more items on the pick list is aggregated to a replenishment need of the hub store. The aggregated replenishment need of the hub store and the spoke store is communicated to a distribution center. Product is received from the distribution center based on the aggregated replenishment need, and the pick list for the spoke store is fulfilled from the received product.

Abstract: Systems, methods, and machine readable medium are provided for replenishing product in a freight tethering environment. A pick list is generated at a hub store including one or more items that need to be replenished at a spoke store. It is determined whether the pick list can be fulfilled by the hub store. If the pick list cannot be fulfilled by the hub store, then the one or more items on the pick list is aggregated to a replenishment need of the hub store. The aggregated replenishment need of the hub store and the spoke store is communicated to a distribution center. Product is received from the distribution center based on the aggregated replenishment need, and the pick list for the spoke store is fulfilled from the received product.

Abstract: Described in detail herein are methods and systems for dynamically transmitting alerts. Sensors disposed in a facility can detect mobile devices roaming around the facility when they are within range of the sensor. The sensor can transmit the location an identification information of the mobile devices to a computing system. The computing system can determine physical objects disposed within a predetermined distance to the mobile devices. The computing system can determine if at least one physical object is of interest to the users of the mobile devices. The computing system can transmit an alert including information associated with the physical object and generate a messaging interface on the mobile devices. The computing system can prompt the users of the mobile devices to input information associated with the physical object. The computing system can dynamically update the database based on the information input associated with the physical object.

Abstract: Yard management systems and methods are described. A yard management system comprises a database holding load information, a mobile application associated with a user account and executable on a mobile device. The mobile application when executed acquires the identifications of the load, queries the database for the load information, and generates a machine-readable representation corresponding to the identifications of the load, an autonomous yard vehicle configured to mechanically couple with a cargo trailer. The system further comprises a computing system programmed to, in response to detecting the mobile device at the transfer location, navigate to the cargo trailer and guide the coupling between the autonomous yard vehicle and the cargo trailer.

Abstract: Described in detail herein are methods and systems for dynamically transmitting alerts. Sensors disposed in a facility can detect mobile devices roaming around the facility when they are within range of the sensor. The sensor can transmit the location an identification information of the mobile devices to a computing system. The computing system can determine physical objects disposed within a predetermined distance to the mobile devices. The computing system can determine if at least one physical object is of interest to the users of the mobile devices. The computing system can transmit an alert including information associated with the physical object and generate a messaging interface on the mobile devices. The computing system can prompt the users of the mobile devices to input information associated with the physical object. The computing system can dynamically update the database based on the information input associated with the physical object.

Abstract: Described in detail herein are methods and systems for dynamically transmitting alerts. Sensors disposed in a facility can detect mobile devices roaming around the facility when they are within range of the sensor. The sensor can transmit the location an identification information of the mobile devices to a computing system. The computing system can determine physical objects disposed within a predetermined distance to the mobile devices. The computing system can determine if at least one physical object is of interest to the users of the mobile devices. The computing system can transmit an alert including information associated with the physical object and generate a messaging interface on the mobile devices. The computing system can prompt the users of the mobile devices to input information associated with the physical object. The computing system can dynamically update the database based on the information input associated with the physical object.

Abstract: Described in detail herein are methods and systems for dynamically transmitting alerts. Sensors disposed in a facility can detect mobile devices roaming around the facility when they are within range of the sensor. The sensor can transmit the location an identification information of the mobile devices to a computing system. The computing system can determine physical objects disposed within a predetermined distance to the mobile devices. The computing system can determine if at least one physical object is of interest to the users of the mobile devices. The computing system can transmit an alert including information associated with the physical object and generate a messaging interface on the mobile devices. The computing system can prompt the users of the mobile devices to input information associated with the physical object. The computing system can dynamically update the database based on the information input associated with the physical object.

Abstract: Described in detail herein are methods and systems for dynamically transmitting alerts. Sensors disposed in a facility can detect mobile devices roaming around the facility when they are within range of the sensor. The sensor can transmit the location an identification information of the mobile devices to a computing system. The computing system can determine physical objects disposed within a predetermined distance to the mobile devices. The computing system can determine if at least one physical object is of interest to the users of the mobile devices. The computing system can transmit an alert including information associated with the physical object and generate a messaging interface on the mobile devices. The computing system can prompt the users of the mobile devices to input information associated with the physical object. The computing system can dynamically update the database based on the information input associated with the physical object.

Abstract: Systems, methods, and machine readable medium are provided for replenishing product in a freight tethering environment. A pick list is generated at a hub store including one or more items that need to be replenished at a spoke store. It is determined whether the pick list can be fulfilled by the hub store. If the pick list cannot be fulfilled by the hub store, then the one or more items on the pick list is aggregated to a replenishment need of the hub store. The aggregated replenishment need of the hub store and the spoke store is communicated to a distribution center. Product is received from the distribution center based on the aggregated replenishment need, and the pick list for the spoke store is fulfilled from the received product.