The
virtual intelligence shoe with a podiatric analysis
system provided with a portable pair of shoe-like body types thereof, into two of which a miniature electronic module and an enclosed sensor mat are permanently embedded in the shoe-like with a mechanical air
package enclosing the electronic module to serve as a shock absorption. A miniature electronic module comprises a transmitting circuit with
pressure resistance, shoe temperature and warning
buzzer for full memory capacity, which receives the
variable pressure and temperature
voltage signals, convert them into resistance (
ohm) and Celsius, respectively. The electrical signals can be emitted in an
infrared light signal. An enclosed sensor mat constitutes a thin, flexible, planar, resilient, and
dielectric material that arrays seventy-four positions at strategic geometrical pattern to produce the precision of collecting data exerted by a foot or feet continuously and instantaneously in static and dynamic event during the full
weight bearing in various activities. The conjunction of a pair of shoe-like body types, a digital foot
scanner, a portable
infrared light-receiving unit and a central
integrator (servers) form a podiatric analysis
system for enabling accurate information. An obtained information of each individual can be stored and analyzed for diagnostic means with respect to the foot or feet maladies. The
virtual intelligence shoe with a podiatric analysis
system is an unconventional, which can ultimately be used by anyone and capable to produce consistent foot or feet information to implement the changes in the foot or feet
biomechanics by altering the shoes, orthoses or other
modes. In a preferred form, a pair of shoe-like body types is virtually applied to any type of foot or feet maladies and worn daily as if they were conventional shoes under various
terrain conditions.