Research & Development: We build custom hardware and tailored mathematical models. Explore our engineering →
Sports Research & Development

Real data capture. Practical results.

We deploy video tracking systems (Computer Vision) and physical sensors (IoT) to generate tactical intelligence and performance optimization, even for clubs with no prior data footprint.

Telemetry & Sensor Fusion Systems

Optical Video Tracking LoRa-Powered Wearable Sensors Probabilistic xT Modeling Tactical Defensive Compactness Workload & Fatigue Management Machine Learning for Turf Racing
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Generated coordinates precision

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Advanced density simulations run per match

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TurfStats prediction confidence

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Real-time wearable sensor latency

R&D Approach

Science applied to sports engineering

We don't just deliver raw reports. We design custom hardware and analytics frameworks to map and translate critical keys to victory.

Computer Vision

Automated coordinate extraction for players and ball using standard tactical cameras or drone footage, eliminating wearable costs.

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IoT Devices

Cost-effective wearable trackers transmitting coordinates via local long-range radio (LoRa) networks during daily training sessions.

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Turf Modeling

Proprietary ranking algorithms and density models applied to horse racing datasets, delivered directly through automated bots.

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Our Research & Development Philosophy

All our systems are refined through real-world deployment. We write customized tracking algorithms and design mobile antenna solutions that fit our client's physical and economic environments, ensuring elite sports data science is accessible worldwide.

Coordinate Ingestion

Spatial visualizations in action

See optical and radio coordinates translated into spatial metrics, covering Voronoi-like space control, running tracks, and expected threat (xT).

This data powers analytics reports that help coaches and executives identify tactical imbalances and design training interventions.

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Coordinate Ingestion

Real-Time Simulation

Demo
Hull Area

-- m²

Match xG

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Avg Speed

-- km/h