analyze. Adapt. Achieve.
Running FormFrom One Video
StrideOptics turns a short running clip into a visual movement report with joint tracking, body segmentation, and an experimental 3D reconstruction.
Phone-based capture. Laboratory validation ahead.
What it does
A normal running video becomes a clear movement report.
Start with a short clip. Inspect the tracked movement, see what the system estimates, and understand its limits.
Rear-view or side-view running, recorded on a normal phone or treadmill setup.
Tracked points and a body outline shown on the original video for review.
Camera-view joint angles and visible movement patterns, with tracking limits made clear.
Experimental 3D reconstruction
From body shape toward understanding load.
Explore an interactive 3D body reconstruction. The research goal is to estimate how forces load different parts of the body during movement.
The model does not yet measure tissue stress or show where pain occurs. Reliable load estimates need testing against laboratory measurements.
Drag to rotate. Scroll or pinch to zoom.
Runner segmentation
Isolate the athlete before reading the movement.
StrideOptics separates the runner from the scene, making it easier to confirm the system is reading the athlete, not the room.
The missing layer
Your watch shows effort. StrideOptics shows movement.
Runners already track pace, heart rate, shoes, and mileage. StrideOptics adds a visual way to review how the body moves.
Built from a real runner problem
Make movement easier to see, then test it properly.
Growing up around endurance sport in Marrakech made the gap clear: runners could track effort, but rarely see how they moved. StrideOptics starts with accessible video capture, with laboratory validation as the next step.
The vision
Starting with running. Building toward human movement.
StrideOptics aims to build a software layer for understanding human movement from video, across sport, rehabilitation, and everyday activity.
Running is the starting point: a focused setting to test movement estimates, establish repeatability, and work toward reliable force estimation through laboratory validation.
Explore the product