The system highlighted the figure in a red bounding box. It calculated trajectory, speed, and mass. The figure was moving fast—unnaturally fast. He wasn't running; he was gliding, his feet barely touching the concrete.
is an advanced configuration in modern computer vision and multi-camera spatial systems. It enables continuous, uncompressed, high-frequency motion tracking across an entire synchronized camera array simultaneously. Instead of cycling through camera feeds or compressing spatial data, this mode captures full frame rates and resolutions from every angle. This creates a dense, zero-latency digital twin of moving subjects. How It Works
To understand this operational mode, it is helpful to break down its components:
Maximum native sensor matrix (No binning, skipping, or cropping) Maximum sensor bandwidth limit (typically ≥is greater than or equal to 60 FPS to 240 FPS+) Primary Use Cases and Industrial Applications
: This likely refers to a specific streaming or viewing state, such as a Motion JPEG (MJPEG) stream or a mode where the interface prioritizes feeds currently detecting motion.