Case study · Sports
Riverside Athletic Center
Truck rolls 4.2 → 0.6/month
Nine WB-1 nodes synchronized score lights, horns, and court-state signals across fourteen courts without a cloud dependency.
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Field proof
Three design partners, three hostile RF environments, and the numbers before and after the WB-1 entered the loop.
Case study · Sports
Truck rolls 4.2 → 0.6/month
Nine WB-1 nodes synchronized score lights, horns, and court-state signals across fourteen courts without a cloud dependency.
Read more →
Case study · Industrial
Diagnosis time 38 → 9 min · uptime 91.6 → 99.98%
Eight WB-1 nodes separated real faults from VFD noise and carried a deterministic E-stop hold across six factory cells.
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Case study · Venue
Cue skew 240 ms → 7.6 ms · show completion 92 → 100%
Twelve WB-1 nodes kept lighting, room-state, and accessibility cues coherent across three reconfigurable halls.
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These are beta deployments, not launch-day logos. Each team agreed on the measurement window before installation, kept the old system live long enough to establish a baseline, and let us publish the result. Names, people, and commercial details are part of the Wireless Bobulator’s fictional product world; the engineering constraints and arithmetic remain internally consistent with the WB-1.
Every study includes site scale, measured before/after values, one production rule, and the topology that carried it. Start with the environment closest to yours, then inspect the use-case walkthroughs for implementation patterns without customer context.