Tampa, FL expands connected vehicle program
Tampa has implemented a pioneering connected vehicle pilot project, involving over 1,000 vehicles communicating with traffic signals and roadside units to improve traffic flow and safety. The 18-month project includes equipping personal cars, buses, and streetcars with technology that interacts with infrastructure like traffic signals at strategic points across downtown Tampa and the Lee Roy Selmon Expressway.
Tampa, FL
United States
Dubuque, IA to launch an AI-driven traffic system
Dubuque City is utilizing AI technology to improve traffic management by analyzing real-time data from traffic signals and road conditions. This system (called the Smart Traffic Routing with Efficient and Effective Traffic System) aims to optimize traffic flow, reduce congestion, and enhance safety for drivers and pedestrians. The initiative is part of the city's broader efforts to integrate smart technology into urban planning and transportation systems.
Dubuque, IA
United States
Fort Collins, CO adds automated speed corridors to boost safety
Fort Collins is introducing speed corridors equipped with cameras to catch and penalize speeding drivers. This initiative is designed to improve road safety and reduce traffic violations in high-risk areas. Officials believe that the use of automated enforcement will encourage drivers to adhere to speed limits and enhance overall traffic safety.
Fort Collins, CO
United States
Washington, DC deploys robot to improve infrastructure
The Washington D.C. Department of Transportation has deployed a robot to assist in inspecting and maintaining infrastructure. This technology aims to increase efficiency and safety in assessing roads and bridges, addressing the limitations of traditional inspection methods. By integrating robotics into their operations, the DOT hopes to improve overall infrastructure management and responsiveness.
Washington, DC
United States
München Stadt, BY tests viability of micro transport services
München Stadt, BY (Munich) is testing a free "last mile" mobility service in its historic old town to improve accessibility and reduce traffic congestion. The initiative offers residents and visitors free rides on electric shuttles for short trips within the area. This pilot project aims to enhance the sustainability of urban transport and alleviate local traffic challenges.
München Stadt, BY
Germany
New York, NY unveils porous "green pavement" to help mitigate flooding
New York City has introduced a new type of pavement designed to enhance safety and reduce maintenance costs. The innovative material, called "green pavement," features a sustainable composition that helps manage stormwater runoff and decreases heat absorption. The city plans to use this eco-friendly pavement in various locations to improve urban infrastructure and environmental impact.
New York, NY
United States
Peachtree Corners, GA utilizes LiDar for enhanced urban safety
Peachtree Corners, GA is incorporating LiDAR technology into its infrastructure to enhance pedestrian safety and traffic management. This initiative involves deploying LiDAR sensors at key intersections to monitor and optimize traffic flow in real-time. The city aims to leverage advanced sensor technology to improve safety and efficiency across its road network, marking a significant step towards smarter urban planning.
Peachtree Corners, GA
United States
Honolulu, HI launches Vision Zero plan to eliminate traffic fatalities
Oahu has launched a Vision Zero plan with the ambitious goal of eliminating traffic fatalities and serious injuries on the island's roads. The initiative includes measures like lower speed limits, improved infrastructure for pedestrians and cyclists, and enhanced public education on road safety. By focusing on comprehensive changes to transportation policies and infrastructure, Oahu aims to create safer streets and reduce the human toll of traffic accidents.
Honolulu, HI
United States
Kingston upon Hull City Council, GB alleviates traffic congestion with AI
Hull City Council has implemented AI technology to manage traffic congestion, resulting in significant improvements on Anlaby Road. This initiative, funded by the Department for Transport, aims to enhance urban mobility and is expected to expand citywide, reflecting the council's commitment to innovation and sustainable development.
Kingston upon Hull City Council, GB
United Kingdom
Nashville, TN uses LiDAR to capture near-miss traffic data
The City of Nashville has started installing LiDAR devices to capture near-miss traffic data to enhance safety for drivers and pedestrians. Unlike cameras, these devices map objects three-dimensionally without capturing personal images, allowing for anonymous data collection. This initiative, funded by a $2 million SMART grant from the U.S. Department of Transportation, aims to identify potential hazards and implement real-time safety measures.
Nashville, TN
United States
Los Angeles, CA neighborhood mitigates heat with new "cool" pavement
Pacoima, CA, a neighborhood located Los Angeles, CA, is undertaking a pavement project aimed at combating extreme heat. The project involves installing "cool pavement," which reflects sunlight and reduces the absorption of heat, thereby lowering surface temperatures. By implementing this innovative approach, the city aims to create more comfortable and heat-resilient streets for its residents.
Los Angeles, CA
United States
Cambridgeshire County Council, GB to use machine learning to monitor and improve transport
Alchera Data Technologies (Cambridge, UK) won funding from the Net Zero Innovation program run by Innovate UK to run a £250k pilot project with the Greater Cambridge Partnership and Oxfordshire County Council. Cambridgeshire and Oxfordshire roads will be used to trial an artificial intelligence-driven solution to automate decision-making in traffic control rooms.
Cambridgeshire County Council, GB
United Kingdom