Local antenna-based positioning (RTLS) for controlled environments requiring high stability and low latency
A Scalable
Tracking
Architecture
Built for the
Racing World.
Accurace blends ultra-wideband technology, intelligent firmware, and low-latency communication to redefine what’s possible in race tracking and live data delivery.
Sensing Layer
Hybrid positioning for race-grade accuracy
Accurace is built on a hybrid positioning architecture, combining multiple location technologies to match the physical and operational realities of racing. Depending on venue geometry and race format, the system integrates:
GPS / GNSS for open or large-area racing scenarios
RTK precision, applied selectively when centimeter-level accuracy is required
Rather than enforcing a single technology, Accurace applies precision where it adds analytical value, balancing accuracy, latency, and operational reliability. This approach ensures consistent, race-grade positioning across tracks, circuits, and racecourses.
Edge Hardware & Tag Design
Race-ready data capture at the source
Accurace uses lightweight, competition-safe active tags designed specifically for real-time racing conditions.
Each tag integrates:
- High-frequency positioning capability
- Motion sensors, including accelerometers
- Support for additional sensor inputs where permitted
The edge hardware captures:
- Acceleration and deceleration
- Directional change and micro-dynamics
- Physical signals that pure location data cannot explain
Hardware design prioritizes signal stability, durability, and minimal performance interference, ensuring reliable data capture under real race conditions.
Real-Time Data Pipeline
Low-latency processing at race scale
Accurace operates a high-throughput, real-time data pipeline capable of processing multiple participants simultaneously at high sampling rates.
Core characteristics:
- Live ingestion of positioning and motion data
- Precise time synchronization across all sensor streams
- Noise filtering tuned specifically for race dynamics
- Fault-tolerant processing suitable for live events
Positioning data (RTLS, GPS, RTK) and accelerometer signals are fused into a single, time-aligned race dataset, enabling both live systems and post-race analysis without reprocessing.
Visualization & Broadcast Outputs
Making race data immediately understandable
Accurace translates complex, high-frequency data into clear, broadcast-ready outputs.
Supported outputs include:
- Real-time dashboards for operators and analysts
- TV-ready overlays such as speed, gaps, momentum, and splits
- 2D race simulation and replay views
- Contextual panels with historical and venue-specific benchmarks
The focus is not visual decoration, but instant comprehension—allowing professionals and audiences to understand what happened, when it changed, and why.
API & Integration
Built to operate inside professional ecosystems
Accurace is designed as a platform, not a closed system.
- API-first architecture
- Secure, role-based access control
- Real-time feeds and historical endpoints
- Modular outputs adaptable to different sports and partners
The platform integrates seamlessly with:
- Broadcast and media systems
- Analytics platforms and data partners
- Race operations and professional workflows
Scalability, reliability, and interoperability are treated as first-order requirements.
The Accurace technology stack is engineered to measure racing as it actually happens—continuously, at speed, and without assumptions. This foundation enables advanced race intelligence, analytics, and interpretation across racing disciplines.