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Explore Companies, Organizations, and public Projects through verified canonical geography. Toggle entity layers, inspect clustered locations, and open connected records without losing the accessible list view.
The map currently displays 0 companies, 0 organizations, and 8 projects across 10 mapped locations.
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10 mapped location placements; entities with multiple verified locations appear once at each location.
Project · Tampa
A USDOT connected-vehicle deployment in downtown Tampa testing safety and mobility applications with vehicles, roadside infrastructure, and pedestrians.
Technologies: Vehicle-to-Infrastructure, Vehicle-to-Vehicle, Vehicle-to-Pedestrian
Project · New York City
A large urban connected-vehicle deployment led by NYCDOT to test safety applications across Manhattan and Brooklyn.
Technologies: Vehicle-to-Infrastructure, Vehicle-to-Vehicle
Project · Wyoming
A USDOT connected-vehicle deployment focused on improving freight and traveler safety along Interstate 80 in Wyoming.
Technologies: Vehicle-to-Infrastructure, Vehicle-to-Vehicle
Project · Munich
A cross-border 5G connected and automated mobility corridor between Bologna and Munich.
Technologies: 5G-V2X
Project · Tyrol
A cross-border 5G connected and automated mobility corridor between Bologna and Munich.
Technologies: 5G-V2X
Project · Finland
A large-scale European pilot connecting automated vehicles, road infrastructure, and other objects through the Internet of Things.
Technologies: Vehicle-to-Network
Project · Netherlands
A large-scale European pilot connecting automated vehicles, road infrastructure, and other objects through the Internet of Things.
Technologies: Vehicle-to-Network
Project · United States
A real-world Ann Arbor deployment of approximately 3,000 connected vehicles and 30 roadside units using DSRC safety messaging.
Technologies: Vehicle-to-Vehicle, Vehicle-to-Infrastructure, Dedicated Short-Range Communications
Project · Australia
Australia's largest C-ITS field operational test connected 355 participant vehicles with 29 roadside stations across Ipswich.
Technologies: Vehicle-to-Infrastructure, Cooperative Intelligent Transport Systems, Signal Phase and Timing
Project · China
Wuxi built an open-road city-scale LTE C-V2X network covering hundreds of intersections and roadside facilities.
Technologies: Cellular V2X, LTE-V2X, Vehicle-to-Infrastructure