Turn Raw Data to Performance Insights

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Understand Every Step: From Running to Recovery

With AI-powered real-time gait and stride analysis, Striv shows you load patterns and left/right imbalances in your stride.

Powered by 250+ sensors and lab-grade biomechanics tracking, Striv translates complex data into clear guidance on how to move, train, and recover.

Track your training load and recovery with lab-grade data, and recover smarter with data once only available in sports science labs.

Striv smart insole running analytics dashboard displaying running efficiency and fatigue analysis graphs with biomechanical performance metrics.
Striv smart insole performance dashboard showing running fatigue percentage, efficiency score, distance, power, cadence, and pace.
Striv smart insole gait analysis showing ground reaction force, left and right foot pressure mapping, running power, cadence, and pace.

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What STRIV Measures

Striv performance radar chart displaying running metrics including foot strike, gait cycle, cadence, asymmetry, and power.
Striv smart insole pressure map showing left and right foot strike patterns with heatmap visualization for gait analysis.
Striv smart insole biomechanical analysis of left and right foot ground reaction forces and motion tracking for running performance.

  • Measures impact forces to optimize landing technique and understand your landing load.

  • Tracks foot roll direction and improve stability.

  • Monitors how your foot’s pressure moves, vital for balance and stride control.

  • Derived from 10+ metrics, it helps optimizing your stride for faster, more efficient running, minimizing energy waste.

  • Uses force sensors to precisely measure your power, key for maximizing speed and efficiency.

  • Tracks heel vs forefoot strike and imbalances to help you refine technique

  • Analyzes landing, takeoff, and swing phases, breaking down stride mechanics to performance.

Striv smart insole running efficiency dashboard showing left and right foot metrics with biomechanical running data visualization and performance analysis.
Striv smart insole fatigue analysis dashboard showing left and right foot metrics with biomechanical running data visualization and performance analysis.
Striv smart insole foot asymmetry dashboard showing left and right foot metrics with biomechanical running data visualization and performance analysis.
Striv smart insole loading rate dashboard showing left and right foot metrics with biomechanical running data visualization and performance analysis.
Striv smart insole foot takeoff angle dashboard showing left and right foot metrics with biomechanical running data visualization and performance analysis.
Striv smart insole foot landing angle dashboard showing left and right foot metrics with biomechanical running data visualization and performance analysis.
Striv smart insole pronation angle dashboard showing left and right foot metrics with biomechanical running data visualization and performance analysis.
Striv smart insole roll metrics dashboard showing left and right foot metrics with biomechanical running data visualization and performance analysis.
Striv smart insole ground contact time dashboard showing left and right foot metrics with biomechanical running data visualization and performance analysis.
Striv smart insole gait cycle analysis dashboard showing left and right foot metrics with biomechanical running data visualization and performance analysis.

Why STRIV?

The Most Advanced Running Wearable That Protects Every Step

Unlike standard running pods or smartwatches, Striv™ Smart Insoles use 250+ precision sensors to capture detailed force data from every stride. This lab-grade biomechanics tracking goes beyond steps and calories, delivering insights into your balance, foot strike, and overall running mechanics.

With real-time form feedback and data once only available in sports labs, Striv helps runners build a better understanding of your running form, and more resilient running form adapt to you.

Striv smart insole vs running pods and smart watches comparison showing cadence, gait cycle, foot pressure, and fatigue metrics.