STRIV for Clinical &

Academic Research

Logo of the Massachusetts Institute of Technology
Harvard University logo with shield featuring open books with the words 'VERITAS'.
Stanford logo featuring a black stylized tree and the word 'Stanford' in black text.
ETH Zürich logo in black and white.
Columbia University logo featuring a crown symbol above the words 'Columbia University' on a black background.
Black and white illustration of a alien with big eyes and antennae holding a gun and a plant.
A person reading a book on a train with a smartphone beside them
Logo of Berkeley, University of California.
Logo of Wonder Podotherapie with the word 'wonder' and an infinity symbol, and 'podotherapie' below.
Logo of Premier Podiatry with stylized circular design and text
Logo for Auckland Orthotics featuring a stylized foot in a shoe shape and the text 'AUCKLAND ORTHOTICS'
Logo of Esport Clinic featuring two stylized hands forming a heart shape
Logo with a stylized 'N' and 'K' and the word 'ACTIVE' below

Professional Evaluation Kit:

  • Illustration of green leaves on a black background.

    3 Pairs of Sensing Insoles

  • Bluetooth icon in green circle on black background.

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

  • Illustration of a laptop screen displaying the text 'BLE SDK + example scripts'.

    BLE SDK + Example Scripts for Integration

  • Digital illustration of a black cat wearing a red cape with a yellow star, flying in the sky among clouds with a moon in the background.

    60-Day Technical Support

  • Diagram showing handwritten digit recognition with 28x28 pixel grid of green dots representing pixel intensities, connected via arrows to the digit '8' in sequence.

    256 Textile Pressure Sensors

  • Digital illustration of a smartphone with a green lightning bolt icon on the screen, indicating low battery or power.

    20 Hours Battery Life

Measuring Advanced Metrics

Radar chart titled 'Sport Evaluation' with categories: Power, Asymmetry, Cadence, Endurance, Gait Cycle, Foot Strike. Two data sets: yellow for 'Average' and green for 'Current Run'.
A digital graph displaying power output in watts for left and right foot, with normalized elevation in the background. The right foot shows higher average wattage than the left foot, with the right foot's power output fluctuating more widely.
Graph titled 'Running Efficiency' showing biomechanical factors of running efficiency score based on elevation, with left foot in blue and right foot in green, including average scores and a list of key contributors.
Graph displaying the factors affecting running efficiency, with lines representing Timing & Cadence, Force Distribution, Foot Positioning, and Balance & Pressure. Includes text about least efficient factors, with percentages for Timing & Cadence (49.
A digital chart displaying fatigue analysis comparing left and right foot metrics with blue and green lines, and elevation data with a gray area, indicating muscular and biomechanical stress during a run.
Screenshot of a fatigue analysis chart showing impact forces, foot motion, timing metrics, and balance with top contributing factors impact forces and foot motion, with percentages and descriptions.
A graph displaying cadence in steps per minute for left and right foot during a run, with terrain elevation in the background. The chart shows how cadence varies, with an average of 164 steps per minute for the left foot and 163 for the right foot.
Graph depicting pronation angle and elevation over time for left and right feet during landing and stance phase. Blue line shows left foot angle, green line shows right foot angle, and gray area indicates normalized elevation. The graph highlights th
Diagram showing pressure shift patterns across the foot with each step. The image highlights the ideal and erratic pressure patterns from heel/midfoot to forefoot, with color-coded zones indicating biomechanical efficiency or inefficiency.
A graph showing biomechanical differences in foot asymmetry between left and right feet, with terrain/pace effects on symmetry, represented by lines and shaded area.
Graph showing ground contact time and elevation over time during running, with blue line for left foot, green line for right foot, and gray area for elevation levels.
Gait cycle analysis chart showing phases of a gait cycle including loading (orange), ground contact (green), and swing (blue). The chart displays proportional data for both feet, indicating an efficient running form.
Graph showing foot landing angles for left and right feet during a gait analysis, with the left foot's angle in blue and the right foot's angle in green, and elevation data in gray.
Graph showing foot takeoff angles for left and right foot during push-off, with data on terrain and pace. The left foot angle averages -17.2 degrees, and the right foot averages 1.8 degrees, with a background of normalized elevation.
Graph illustrating loading rates at different points for the left and right foot, with normalized elevation in the background. Blue line represents left foot, green line right foot.
A chart titled 'Roll Metrics' showing foot roll angles during landing and takeoff, with lines representing left and right landing and takeoff angles across a timeline. The chart includes color-coded lines: blue for left landing, light blue for left t
Heat map visualization of pressure distribution across the left and right feet during landing. The map uses colors from blue to red, indicating varying pressure levels, with red areas showing higher pressure points. The diagram is part of a foot pres
Heat map visualization of foot pressure distribution for both left and right feet during midstance phase, with colors indicating pressure levels from yellow (lower pressure) to red (higher pressure).
Heat map visualization of pressure distribution on feet during three phases: landing, midstance, and takeoff. Red areas indicate higher pressure points. The map shows pressure points for the left and right feet, with higher pressure at the toes and m

Striv Smarter, Not Harder

Contact Information

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info@striv.run

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750 Main Street, Cambridge, MA 02139

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