Overview

BlackTrax is a real-time motion tracking system designed to deliver precise, low-latency 3D tracking data of performers, objects, and assets in live events and productions. It combines proprietary infrared tracking technology with advanced software algorithms to enable seamless integration with lighting, video, and audio systems. This allows for dynamic, interactive experiences such as automated spotlight control, augmented reality, and virtual production, enhancing the creative possibilities on stage.

Features and Capabilities

• **Real-time 3D Tracking: **BlackTrax tracks multiple targets simultaneously in three dimensions with millimeter accuracy, providing smooth, lag-free positional data.
• **Infrared Camera System: **Utilizes a network of infrared cameras capturing reflective markers on performers or objects, enabling precise spatial tracking.
• **Software Integration: **Compatible with lighting consoles, media servers, and other production hardware/software through standard protocols like DMX, Art-Net, OSC, and MIDI.
• **Flexible Marker Technology: **Supports both passive reflective markers and active LED markers for different tracking needs, including hand-held props and costumes.
• **Multiple Target Tracking: **Capable of tracking many moving targets independently in complex environments, ideal for large stage productions and events.
• **Interactive Automation: **Enables automated control of lights, projections, and effects based on tracked movements, allowing for dynamic show elements.
• **User Interface & Visualization: **Includes an intuitive software interface for real-time monitoring, calibration, and visualization of tracked data.
• **Scalable System Architecture: **Modular setup allows expansion for venues of different sizes, from small studios to large arenas.
• **Low Latency Performance: **Delivers tracking data with minimal delay, ensuring real-time responsiveness essential for live performances.
• **Robust and Reliable: **Engineered for demanding live environments with consistent tracking performance under varying lighting conditions.