Compare Freight Hound vs. Lane Match

Freight Hound is an advanced web-based tool designed for professionals that utilizes images and a refined database to provide comprehensive access to all OS&D freight available at each dock within your system. When shortages occur, they are addressed promptly and effectively, often while customers remain on the line. The platform simplifies the retrieval process through an instant keyword search feature. It evaluates all instances of over-freight in your network, delivering the most relevant results accompanied by images and thorough descriptions. Employees can quickly locate misplaced freight using straightforward keyword searches, enhancing efficiency even during live customer interactions. Additionally, more detailed search functionalities allow staff to fine-tune their queries by various parameters such as time frame, category, identification numbers, and details related to the origin trailer. For example, an OS&D clerk may easily search for all overfreight recorded within the last five days from any trailer that came from Chicago, streamlining the management of freight logistics. This capability ensures that operations run smoothly and that customer satisfaction remains high.

Lane Match is a software tool designed for logistics optimization that effectively pairs backhaul movements with shipments, thereby enhancing asset utilization for both carriers and private fleets. This application, which operates on Windows, allows users to assess potential matches between available transportation capacity and necessary freight movements with remarkable ease. Users of any experience level can quickly set up problems and generate solutions without hassle. By integrating with Microsoft MapPoint and the PC*MILER suite, Lane Match offers advanced features in mapping, geocoding, and path-finding. It enables users to align capacity with freight demands while also allowing for constraints to be applied during the matching process based on out-of-route distances, frequency, and the distances involved in freight lanes. Users can examine possible matches before making a final decision, and they can conduct 'what if' analyses by adjusting constraints and running various scenarios. The software also provides output options that include the ability to export all matches or just the ones that have been confirmed. With a straightforward implementation process, users can learn to effectively work with Lane Match in less than a day of training, making it an accessible tool for logistics professionals. Additionally, this efficiency in learning ensures that users can start optimizing their logistics operations almost immediately.