Abstract: In some aspects, the techniques described herein relate to a method including: providing a data model; receiving, at a computer application, data parameters, wherein the data parameters correspond to fields of the data model, and wherein the data parameters include an entity type and at least one protection plan detail; instantiating an instance of the entity object, including an instance of a protection plan agreement object and an instance of at least one protection plan detail object, wherein the data parameters are used to populate corresponding fields of the entity object, the protection plan agreement object, and the protection plan detail object; and executing, by a backup product, a data backup event based on the at least one protection plan detail.

Abstract: A system and method for moving and aligning tandem axle lock pins on a semi-trailer, having a viewer and a remote receiver that are placeable in communication with each other. The viewer is attachable to a trailer so that a camera on the viewer can be positioned such that the trailer slide rail and tandem axle slider frame of a trailer are within the field of vision. The remote receiver may be a smartphone which can access data from the camera so that the user can from a remote location, such as a cab of a tractor, determine the alignment and orientation of the trailer slide rail and the tandem axle slider frame.

Abstract: A system and method for moving and aligning tandem axle lock pins on a semi-trailer, having a viewer and a remote receiver that are placeable in communication with each other. The viewer is attachable to a trailer so that a camera on the viewer can be positioned such that the trailer slide rail and tandem axle slider frame of a trailer are within the field of vision. The remote receiver may be a smartphone which can access data from the camera so that the user can from a remote location, such as a cab of a tractor, determine the alignment and orientation of the trailer slide rail and the tandem axle slider frame.