Rayzeek explains why split-level landings need ceiling-mounted sensors to prevent dark stairs and missed detections. The piece breaks down lighting latency, sensor geometry, and practical wiring to keep stairways lighting up the instant a foot touches them.

Kitchen storage rooms can burn energy round the clock, a hidden cost the Ghost Closet reveals. This field guide shows how clutter defeats sensors, why dual tech solutions beat cheap wall switches, and how steady controls save money without slowing staff.

Bike rooms demand lighting that activates instantly as the door cracks open to prevent slips and injuries. The guide outlines sensor geometry, dual-tech (PIR plus Ultrasonic) systems, and a hard-wired, no-app approach to reliable illumination.

Rayzeek explains how data center lighting can feel haunted by sensor misreads and hot air plumes. A Dual-Tech approach with smart placement reduces phantom loads, improves reliability, and cuts energy waste.

Rayzeek wall box vacancy sensors fix the 2 a.m. auto-on nightmare by requiring manual light control in bedrooms. This guide covers vacancy mode, key settings, and simple installation tips to protect sleep and save energy.

Rayzeek explains why a single corner sensor falters in L-shaped corridors and how geometry governs motion detection. A two-sensor setup on each leg creates overlapping kill zones that keep lighting reliable at the turn.