The ALIA Solution

ALIA: Active Lift In Alignment

ALIA is our revolutionary patented proprietary technology that makes all shoes even sexy high heels more comfortable.

It will decrease pressure by increasing the surface area to dissipate force across the entire sole. It increases stability by supporting all three arches of your foot (medial, lateral, transverse) and places your joint in the most optimal position. ALIA is the first support system that has a dynamic response to your every move, increasing energy return and always optimizing alignment.

 

take a stand

We can overcome physics to get a man to the moon so why can’t we get a woman in her heels down the street comfortably? There is enormous physics to overcome in a high heeled shoe. By reimagining the structure of the shoe architecturally and using advanced material science we can decrease maximal peak pressure by increasing the surface area in contact with the foot to much more than 20%. Are you ready to be elevated?

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Alleviation of Pressure

Based on testing by the Laboratory of Biomechanics and Industrial Ergonomics at the University of Cagliari in Italy, Enrico Cuini 95mm heels have the equivalent pressure surface area as a sneaker and show no high pressure points in the metatarsal head areas (ball of foot) commonly seen as a major pain point in high heels.


 
 

  • ALIA is made with advanced materials such as carbon fiber, titanium and trade secret nanotechnology resins to respond to your every step for an “assisted walking” experience unlike any other orthotic.

  • ALIA’s new and inventive technology has been granted patents in major countries including USA, China, Canada, Brazil, Mexico, Italy, UK, France, Spain, Turkey, Germany, Russia, Japan, UAE, Hong Kong, Australia, and Vietnam.

    For a complete list of our patents click here.

  • After two months of using ALIA powered sneakers, pressure points (red heat) of the right foot have been alleviated, showing ALIA may have restorative effects due to realignment of the joints in optimal position. Further expansion of this study must be conducted.