Next-Generation Sensor for

Research & Clinical Applications

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Professional Evaluation Kit:

  • 3 Pairs of Sensing Insoles

  • 100 FPS Real-Time Data Computation Pod (with BLE & IMU)

  • BLE SDK + Example Scripts for Integration

  • 60-Day Technical Support

  • 256 Textile Pressure Sensors

  • 20 Hours Battery Life

Striv Technical

Highlights

High-Density Pressure Mapping

  • 256 distributed pressure sensors capture detailed force distribution with every step.

Proven Durability

  • Validated through rigorous stress, wash, and wear tests (over 100km running) to ensure long-term reliability in lab and field conditions.

Versatile Applications

  • From clinical gait analysis to rehabilitation research, robotics control, and biomechanics studies, Striv empowers diverse R&D fields with scalable data collection.

Measuring Advanced Metrics

Striv sport evaluation radar chart comparing average vs current run across metrics such as power, cadence, gait cycle, asymmetry, and endurance.
Striv app Power Output chart showing left and right foot running power in watts with elevation impact on stride performance.
Striv app running efficiency chart showing left and right foot running power in watts with elevation impact on stride performance.
Striv app running efficiency chart showing left and right foot running power in watts with elevation impact on stride performance.
Striv smart insole fatigue analysis dashboard showing left and right foot metrics with biomechanical running data visualization and performance analysis.
Striv smart insole faigue analysis dashboard showing left and right foot metrics with biomechanical running data visualization and performance analysis.
Striv smart insole cadence dashboard showing left and right foot metrics with biomechanical running data visualization and performance analysis.
Striv app Pronation Angle chart showing left and right foot inward roll with elevation changes during running stride.
Striv app Center of Pressure Shifting analysis showing foot pressure transition from heel to forefoot during running steps.
Striv app Foot Asymmetry chart comparing biomechanical differences between left and right feet with elevation impact on running.
Striv app Ground Contact Time chart showing left and right foot contact duration with elevation changes during running.
Striv app Gait Cycle Analysis chart showing loading, ground contact, and swing phase proportions for both feet in running.
Striv app Foot Landing Angle chart showing left and right foot strike angles with elevation impact during running analysis.
Striv app Foot Takeoff Angle chart showing left and right foot push-off angles with elevation impact during running analysis.
Striv app Loading Rate chart showing left and right foot force application rates with elevation impact during running steps.
Striv app Roll Metrics chart showing left and right foot roll angles during landing and takeoff phases with gait stability analysis.
Striv app Foot Pressure Analysis heatmap showing left and right foot landing pressure distribution for running biomechanics.
Striv app Foot Pressure Analysis heatmap showing left and right foot midstance pressure distribution during running.
Striv app Foot Pressure Analysis heatmap showing left and right foot takeoff pressure distribution during running.
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Striv Smarter, Not Harder

Contact Information

Our team will get back to you within 24 hours.

info@striv.run

Mon-Fri, 9am-5pm ET

750 Main Street, Cambridge, MA 02139

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