Abstract: Container systems employing linking subsystems for coupling enclosure bodies, and related methods are disclosed. A container system may include first and second enclosure bodies. Each of the bodies contains a wall structure enclosing an inner space and a lip forming a passageway through the wall structure. The container system also includes a linking subsystem configured to reversibly couple the wall structures of the bodies together. The user may uncouple the bodies from each other and recouple them together as desired. In this manner, the container system offers a more stable combination resistant to falling over and an organizational flexibility to couple the bodies together when items within the bodies and desired to be used together.

Abstract: A computer-implemented method including at a server in communication with at least first and second collaboration endpoints each located within a same physical space: determining a relative positioning of the first and second collaboration endpoints; and configuring content displayed at each of the first and second endpoints based on the relative positioning of the first and second collaboration endpoints is disclosed.