Use cases
Sports Facilities
Courts, fields, and gym floors run on timing. The Bobulator coordinates lighting, scoreboards, and shot clocks as one synchronized system.
A competitive court is a real-time system that happens to have people in it. The buzzer, the shot clock, the scoreboard, the floodlights, and the PA all have to agree on the same instant — and right now they’re five separate boxes from five vendors, wired by whoever had the ladder that week. The Wireless Bobulator collapses them into one orchestration layer.
The scenario: a multi-court complex on game night
Eight basketball courts, each with its own shot clock, scoreboard, and zoned LED lighting, plus a shared PA. A game ends on Court 3 while four other games are live. Here’s the chain the Bobulator runs in under 8 ms from buzzer to lights:
rule "court-end-of-period":
priority: 80
when:
- timer.court.3.shot_clock == 0
- timer.court.3.game_clock == 0
then:
- scoreboard.court.3.flash("PERIOD", 3s)
- light.court.3.scene("celebration") # warm pulse, 4s
- audio.zone.court.3.buzzer(loud)
- light.court.4..8.hold() # neighbours unaffected
Because routing is zone-scoped, Court 3’s celebration sequence never bleeds onto the seven other live games. The shot clock, scoreboard, and lights fire on the same engine cycle, so there’s no visible skew between the buzzer and the flash — the thing officials and broadcasters actually notice.
Why it matters here
- Sub-frame timing. A 30 ms gap between buzzer and scoreboard is visible on a broadcast replay. The Bobulator’s <8 ms path keeps the whole court frame-locked.
- Zone isolation. One mesh per complex; each court is a zone. A fault on Court 3 never touches Court 4.
- One config, every court. Write the period-end rule once; it applies to all eight courts by zone wildcard. Add Court 9 next season and it inherits the rule set automatically.
- Twelve channels per unit cover shot clock, game clock, scoreboard feed, two lighting zones, occupancy, and the PA trigger with room to spare.
From pickup-game gyms to arena floors, the Bobulator turns a rack of single-purpose timers into one programmable surface. Compare it against the smart-buildings pattern, or read how the engine resolves the timing.