//INITIALIZING TELEMETRY...
mission
Keep players on the pitch.
Matchesarewonorlostinfatigue.TraditionalGPSonlytrackshowfarplayersran.Vikzarmeasureswhatthebodyactuallyabsorbed,spottinginjuryriskbeforetheplayerevenfeelsit.
Wereplaceguessworkwithsimpleclarity.Performancestaffseefatiguebuildinginrealtime,knowingexactlywhentorest,rotate,orpush,keepingthebestplayerswheretheybelong.
the problem
Data exists. Insight doesn't.
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
Four Signals. Zero Blindspots.
// continuous telemetry pipelineFrom foot strike to cloud processing in under 400 milliseconds.
//PITCH IMPACT
SYS_01
01
Impact & Deceleration
Captures hard stops, sprint deceleration, and collision forces in full match play without restricting natural movement.
1,000 HZreadings per second
- //Sprint deceleration
- //Ground reaction load
- //Impact absorption
//MUSCLE LOAD
SYS_02
02
Muscle Activity & Balance
Reads real-time electrical signals across the hamstring and quad groups to identify fatigue and uneven loading before injuries start.
16-CHmuscle sensors
- //Left/right balance
- //Hamstring load output
- //Muscle activation timing
//INJURY FORECAST
SYS_03
03
Fatigue Thresholds
Identifies the exact moment accumulated muscle fatigue starts shifting dangerous stress onto the knee and ligaments.
85%fatigue threshold
- //Accumulated load
- //Ligament strain alert
- //Injury risk buffer
//SQUAD VIEW
SYS_04
04
Matchday Readiness
Turns complex sensor data into clear player readiness scores for coaches, physios, and performance staff.
REAL TIMEsideline sync
- //Player readiness score
- //Recovery status
- //Live substitution guidance
//PITCH IMPACT
SYS_01
01
Impact & Deceleration
Captures hard stops, sprint deceleration, and collision forces in full match play without restricting natural movement.
1,000 HZreadings per second
- //Sprint deceleration
- //Ground reaction load
- //Impact absorption
//MUSCLE LOAD
SYS_02
02
Muscle Activity & Balance
Reads real-time electrical signals across the hamstring and quad groups to identify fatigue and uneven loading before injuries start.
16-CHmuscle sensors
- //Left/right balance
- //Hamstring load output
- //Muscle activation timing
//INJURY FORECAST
SYS_03
03
Fatigue Thresholds
Identifies the exact moment accumulated muscle fatigue starts shifting dangerous stress onto the knee and ligaments.
85%fatigue threshold
- //Accumulated load
- //Ligament strain alert
- //Injury risk buffer
//SQUAD VIEW
SYS_04
04
Matchday Readiness
Turns complex sensor data into clear player readiness scores for coaches, physios, and performance staff.
REAL TIMEsideline sync
- //Player readiness score
- //Recovery status
- //Live substitution guidance
what we stand for
//athlete-first
Every design decision starts with the question: does this add friction for the player? If yes, we redesign it.
//precision over noise
We refuse to ship dashboards that feel informative but aren't. Every metric we surface has a documented physiological basis.
//trust through transparency
We tell coaches what we can measure and what we can't. Confidence built on honesty outlasts confidence built on hype.
//built for the pitch
Vikzar is designed for real training environments: turf, heat, contact, not controlled lab conditions.
work with us