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Discover how the nationwide agency optimizes traffic flow across 1.5 million vehicles daily, improving commute times through advanced local and global optimization techniques. With results showing peak delay reductions of up to 89% and crash reductions of 32%, the program integrates real-time state machines and cameras to intelligently manage traffic. The innovative system utilizes local optimization for side streets and global coordination for main corridors, ensuring smooth pedestrian and vehicular movement. Learn more about the future of traffic efficiency and safety.
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The Facts are In… Nationwide agency results How it works
[Facts] Most widely deployed 1.5 million vehicles daily 496 intersections 76 corridors 38 cities 13 states
[Facts] Peak delay reductions 66% 85% 53% 77% 89% 78% 89% 78% 86% 70% 48% 72% Best peak time results
[Facts] Peak stop reductions 67% 82% 33% 90% 91% 95% 92% 93% 100% 50% 62% 71% Best peak time results
[Facts] Peak travel time reduction 19% 50% 44% 29% 46% 32% 41% 42% 42% 44% 20% 42% Best peak time results
[Facts] Peak fuel reduction 30% 16% 38% 19% 28% 26% 32% Best peak time results
[Facts] Peak emissions reduction 23% 34% 41% 25% 42% 35% 39% Best peak time results
[Facts] Crash reductions 17% 32% Source: Lee’s Summit, MOPolice Department Source: Columbia, MOPolice Department
Local Optimizer Analog to DIGITAL Global Optimizer
Analog to DIGITAL State machine
Sees/Vision Runs Free Optimizes Inputs detector calls Picks state(or phase pair)
Twisted pair of copper Fiber Wireless
Failure mitigation: • Loss of video detection= historical data used (and InSync:Fusion) • Loss of communications= no change (intelligence is local) • Loss of processor= detection sends calls to controller,controller rolls back to plans
Optimization: Local: Main street, side streets, turns + Queue + Delay = Priority Global: coordinates desired progression
Global optimizer coordinates progression Southbound Northbound 1
Global optimizer coordinates progression Southbound Northbound 1
Pedestrian Module Optimizes pedestrian traffic with vehicular traffic
How does it work? Real-time State machine and cameras Intelligently fully actuated Corridor progression CentralSync Thinks like a traffic engineer