Abstract: The disclosed technology is directed to a stabilizing bow stand for use with a bow having a bow riser, wherein the stabilizing bow stand may be secured either to the bow riser or to an end of a stabilizer affixed to the bow riser. The stabilizing bow stand of the disclosed technology includes a mounting bracket having a support element and one or more legs independently and pivotally affixed at a proximal end of the leg(s) to the mounting bracket. The support element has a mounting hole to receive fastening means to facilitate mounting of the bracket to the bow or to the end of the stabilizer mounted on the bow.

Abstract: The disclosed technology is directed to a stabilizing bow stand for use with a bow having a bow riser, wherein the stand may be secured either to the bow riser or to the end of a stabilizer affixed to the bow riser. The stabilizing bow stand of the disclosed technology includes a mounting bracket having a support element and one or more legs independently and pivotally affixed at the proximal end of the leg(s) to the mounting bracket. The support element has a mounting hole to receive fastening means to facilitate mounting of the bracket to the bow or to the end of a stabilizer mounted on the bow.

Abstract: Systems and methods for removing residual data on a protected computer are described. In one variation, the location of a directory structure is a file storage device of the protected computer are identified. Information from the directory structure is retrieved and analyzed to determine whether residual data exists in the directory structure. Any existing residual data is removed.