Adaptive Fit technology uses sensors and actuators to adjust the fit of the shoe to the wearer's foot, providing a customized and comfortable fit.

A pedometer is a device that uses sensors to track the wearer's steps and distance, providing information about their physical activity.

Piezoelectric technology uses materials that generate electricity when pressure is applied, allowing shoes to generate electricity from the wearer's movement.

Gait analysis technology uses sensors to analyze the wearer's gait, providing feedback to help improve their walking pattern and reduce the risk of injuries.

Bluetooth technology allows shoes to connect to smartphones and other devices wirelessly, enabling the transmission of data such as step count, distance, and calories burned.

Balance control technology uses sensors to detect changes in the wearer's balance and provides stability, reducing the risk of falls and improving overall safety.

Adaptive cushioning technology uses sensors and actuators to adjust the cushioning and support of the shoe based on the wearer's activity, providing optimal comfort and performance.

GPS tracking technology uses sensors to track the wearer's location and provide navigation assistance, helping them find their way and explore new places.

Inter-shoe communication technology allows shoes to communicate with each other and exchange data, enabling features such as synchronized lighting and coordinated movement.

Injury prevention technology uses sensors to detect and prevent foot injuries by monitoring the wearer's movement and providing alerts or interventions when necessary.

Temperature regulation technology uses sensors and actuators to adjust the temperature of the shoe, keeping the wearer's feet comfortable in different environments.

Pressure mapping technology uses sensors to monitor the wearer's foot pressure, providing insights into their gait and helping identify areas of high pressure that may lead to discomfort or injuries.

XR connectivity technology allows shoes to connect to virtual reality and augmented reality experiences, enabling users to interact with digital content and environments in new and immersive ways.

Blister prevention technology uses sensors to detect and prevent blisters and other foot problems by monitoring the wearer's movement and providing alerts or interventions when necessary.

Self-cleaning technology uses advanced materials and coatings to repel dirt and stains, making it easier to keep shoes clean and maintain their appearance.