Smart shoe and method using

A smart shoe comprising a platform with a hollow cylindrical compartment and an automatically controlled height-adjustable heel affixed to the platform's hollow cylindrical compartment wherein the height-adjustable heel including a skeleton framework element, an internal collapsible wall anchoring element, a skin element, an automated mechanical system, and a programmable controller element,

• the skeleton framework element further comprising a plurality of concentric, coaxially oriented, reversibly electronically collapsible, substantially cylindrical wall sections, the cylindrical wall sections being fully extendable from a collapsed position, the cylindrical wall sections having an automatically collapsible and extendable lateral side of a selected length with an inner surface separated from an outer surface by a gap encasing at least one pair of oppositely disposed vertically automatically adjustable cords wherein the plurality of cylindrical wall sections includes one top cylindrical wall section having a solid top side with an exterior surface and interior surface, one bottom cylindrical wall section having a solid base, and one or more middle cylindrical wall sections, the plurality of cylindrical wall sections exhibiting progressively smaller diameters from the top cylindrical wall section to the bottom cylindrical wall section;
• the internal wall anchoring element further comprising a substantially cylindrical chamber having a selected fixed length and a selected diameter having a solid top face with an outer surface and an inner surface, and a bottom opening wherein the top face's outer surface is affixed to the smart shoe's heel base and the top face's inner surface is affixed to the exterior surface of the skeleton framework element's top cylindrical wall section;
• the skin element covering substantially the entire outer surface of the plurality of cylindrical wall sections;
• the automated mechanical system comprising a roller affixed within the skeleton framework element having a rechargeable wireless motor for providing the automatic shortening or lengthening of the pair of cords to provide for the simultaneous shortening of a selected cylindrical wall section;
• and the programmable controller element providing for the automatic collapsing and extension of the cylindrical wall sections via the automated mechanical system.