The Infrastructure Already Exists.
The Intelligence Layer Doesn't.
Theme parks deploy accesso Qview, Terabee ToF sensors, and GPS-tracked guest apps. Water parks run Ellis EAVS aquatic AI. FECs have in-house security cameras on every attraction. The infrastructure already exists — nobody translates it into risk intelligence for the insurer. LensIQ is the interpretation layer. Platform-agnostic. Ingests from Nola, Safari AI, SenSource, Mobaro, accesso, Ellis, or any RTSP camera a facility already owns.
Opening night at a major regional theme park, March 2026. Four distinct sensor systems identified across ride platforms, park exits, and guest devices — all deployed, all generating data, none feeding risk intelligence to the insurer.
MASI's merged-company PI software meets only 25% of their requirements. The data exists inside the park's infrastructure. Nobody is translating it into risk intelligence the insurer can underwrite with.
LensIQ doesn't compete with accesso or Terabee. It reads the same infrastructure and translates operational data into risk intelligence that feeds AS 360 composite scores.
CompScience proved the model in workers' comp — cameras watching workplaces, AI interpreting behavior, scores feeding insurers. AS 360 applies the same architecture to amusement park operations.
March 27, 2026. VoxIntel captured 203 radio transmissions from a major regional theme park's opening night using a $35 RTL-SDR dongle with a stock antenna from 7 miles away. No park cooperation. No operator involvement.
LensIQ provides the throughput verification layer. VoxIntel provides radio intelligence. OpsScan provides operator behavior. When all three agree, confidence is high. When they diverge — that gap is the finding.
LensIQ reads what parks already measure and translates it into the risk intelligence insurers need. Every data point is operator-independent. Every score is defensible.