mission
Modernfootballisdecidedinthemarginsofphysicalexhaustion.TraditionalGPStellsyouwhereaplayerran;Vikzartellsyouwhattheirmuscletissueactuallyendured.
WetranslaterawkinematicloadandcontinuousEMGsignalsintoabsoluteclarity,givingperformancestafftheexactthresholdwherepeakathleticoutputturnsintoastructuralbreakdown,longbeforetheplayerfeelsit.
the problem
Elite clubs spend millions on GPS trackers, video analysis, and sports scientists. But ACL tear rates haven't dropped meaningfully in a decade.
The gap isn't data collection, it's signal quality. Existing tools measure distance covered. We measure how the body absorbed impact to get there.
70%
of ACL injuries occur from non-contact mechanisms: positions the body wasn't prepared for.
9-12 mo
average return-to-play timeline after an ACL rupture. Many never return to pre-injury performance.
€1.2M
average cost of a single serious lower-limb injury to a professional club, including wages and replacement costs.
the architecture
// continuous telemetry pipelineFrom foot strike to cloud processing in under 400 milliseconds.

Captures multi-axis impact force, linear deceleration spikes, and ground reaction torque in real match conditions without restricting natural movement.

Measures real-time electrical activity across the hamstring, quadriceps, and adductor muscle groups to identify hidden compensation patterns.

Flags the critical threshold where accumulated mechanical fatigue degrades ligament protection, hours before the athlete experiences soreness.

Translates billions of kinematic data points into a single, unified availability index shared across performance staff, coaches, and physios.

Captures multi-axis impact force, linear deceleration spikes, and ground reaction torque in real match conditions without restricting natural movement.

Measures real-time electrical activity across the hamstring, quadriceps, and adductor muscle groups to identify hidden compensation patterns.

Flags the critical threshold where accumulated mechanical fatigue degrades ligament protection, hours before the athlete experiences soreness.

Translates billions of kinematic data points into a single, unified availability index shared across performance staff, coaches, and physios.
what we stand for
Every design decision starts with the question: does this add friction for the player? If yes, we redesign it.
We refuse to ship dashboards that feel informative but aren't. Every metric we surface has a documented physiological basis.
We tell coaches what we can measure and what we can't. Confidence built on honesty outlasts confidence built on hype.
Vikzar is designed for real training environments: turf, heat, contact, not controlled lab conditions.
work with us