

A courtside-looking POV can be reconstructed from many cameras and a 3D scene. It is not automatically raw footage from a camera worn by the player.

A box score does not appear by magic. One event begins with a courtside decision, then travels through interfaces built for coaches, venues, media, apps, and fans.

The number over the backboard is only the visible edge of a coordinated system: a rule-defined possession timer, a trained operator, connected arena hardware, officials, and replay correction.

Camera-based basketball analysis can reveal movement and spacing, but every useful number sits on top of detections, tracking, calibration, and uncertainty.

A deep dive into the engineering, regulatory standards, and arena tradeoffs of the modern LED glass basketball court.

A comprehensive guide to the technical and legal frameworks of basketball replay, from the NBA Replay Center to FIBA's upcoming 2026 rule updates.

Demystifying the technology behind modern basketball analytics, from 3D pose detection to the NBA's new Gravity metric.

As FIBA rolls out its 2026 technology approval roadmap, we examine the mechanics of automated video, the physics of optical tracking, and how buyers can spot vendor overpromises.

Mobile AI apps promise to perfect your jump shot using just a smartphone camera. We break down the underlying computer vision technology, its physical limitations, and how to separate real mechanical insights from false precision.

Smart basketballs are often marketed as AI-powered coaches, but they are actually highly calibrated physics packages. By capturing raw inertial data through invisible in-valve sensors, they measure spin, launch angle, and velocity without compromising the ball's natural feel.
A guide to understanding what basketball tracking systems actually measure versus what they estimate, grounded in FIBA's latest validation standards.
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