The present invention is for a slip resistant shoelace comprising a shoelace tube and one or more friction inducing features such as a plurality of beads placed inside the shoelace tube. The plurality of beads of the shoelace interlock with each other while in a knot and thus resist slipping of the knot in the slip resistant shoe lace. The interlocking occurs as one or more beads of the plurality of beads of one section of the slip resistant shoelace fit in space available between two consecutive beads of the plurality of beads of another section of the slip resistant shoelace which are passing over each other in the knot. The interlocking prevents the shoelace from getting loosened and untied inadvertently. The slip resistant shoelace can be tied and untied in the traditional manner.

A closure system for a shoe includes a single shoelace which can be secured and tightened through the use of one hand. The shoe includes a button around which the shoelace is wrapped to facilitate easy removal of the shoe. In one embodiment one end of the shoelace is secured under the upper of the shoe near the toe and a second end of the shoelace is secured in a slider that is slidably mounted on the rear of the shoe to provide micro-adjustments of the tightness of the shoe. Alternatively, the shoe includes a strip of piping around the rear of the shoe and a slider in which the second end of the shoelace is secured slides along the piping when the user wants to make micro-adjustments. The adjustment of the tightness of the shoe can also be made by sliding a barrel that is located over the top of the tongue.

Systems and methods for monitoring the location of a wearer of a shoelace and providing alerts when the wearer is not within the pre-established parameters are disclosed. A shoelace has a location monitoring device irremovably housed within it. The location monitoring device contains a global positioning system, a transmitter, and a battery. The shoelace can include a microphone communicatively coupled to the location monitoring device. A disclosed method includes receiving, by a location monitoring server, a plurality of pre-established parameters associated a wearer of the shoelace. A unique identifier, which authenticates identity of the shoelace, and location data of the shoelace from the global positioning system housed inside the shoelace are also sent to the location monitoring server, which determines whether the location data is consistent with the plurality of pre-established parameters. An alert is transmitted to a mobile communication device upon determining the location data is not consistent with the plurality of pre-established parameters associated with that shoelace.

A shoe lace securement system has a pair of shoe lace securing mechanisms. Each of the pair of shoe lace securing mechanisms has a container having a hollow interior storing unused portions of the shoe lace. A mechanism secures one end of the shoe lace to the container. A first connector is coupled to a bottom surface of the container attaching the container to the shoe.

According to an aspect of the present invention, there is provided an aglet, comprising: a screw on the end of a shoelace; and a charm, wherein: the screw is configured to insert inside a recess in the charm and tighten to secure the charm to the shoelace.

According to an aspect of the present invention, there is provided an aglet, comprising: a screw on the end of a shoelace; and a charm, wherein: the screw is configured to insert inside a recess in the charm and tighten to secure the charm to the shoelace.