Utah Department of Transportation’s (UDOT) heat tape solution for LED traffic signals enhances safety by ensuring visibility during snowfall, reducing the risk of crashes and protecting maintenance workers. The heat tape saves time by allowing remote activation to clear snow, preventing traffic d
Utah DOT’s (UDOT) implementation of Ethernet Power Controllers (EPCs) enhances traffic monitoring by allowing remote reboots, saving time and travel costs for maintenance staff. This increases device reliability, minimizing downtime and ensuring continuous data collection, which improves road saf
Utah DOT (UDOT) is enhancing safety and accessibility for people with disabilities by deploying Accessible Pedestrian Signals (APS) and a smartphone app. These technologies provide audible cues, remote signal activation, and touchless buttons, helping users navigate intersections safely and effic
The TSMO Strategic Plan by Alaska Department of Transportation and Public Facilities (Alaska DOT&PF) aims to enhance safety, reduce travel delays, and lower costs across the state’s diverse transportation system. By addressing critical safety concerns, optimizing resource management, and impr
Ohio Department of Transportation (ODOT) District 12 improved safety and reduced congestion on I-480 westbound by re-striping the weave section from three lanes to two. This reduced travel times and increased average speeds for over 60,000 daily commuters. The project was completed in one season
The NITTEC project improves transportation in the Buffalo-Niagara region by enhancing safety, efficiency, and cost savings. It saves lives through faster emergency response, automated incident detection, and safer commercial vehicle operations. Time is saved with real-time traffic updates, improv
Ohio Department of Transportation’s (ODOT) TSMO 2.0 serves as a roadmap to guide the Ohio Department of Transportation (ODOT) as it continues to integrate operational improvements to preserve, maintain, or restore the performance of the transportation system. The TSMO 2.0 plan strives to do more
The Ohio Department of Transportation (ODOT) is optimizing traffic signal timing using the Ohio Corridor Ranking Application (OCRA) tool to enhance safety, efficiency, and cost-effectiveness. ODOT plans to improve safety by retiming dangerous corridors with the use of Travel Time Reliability, Del
The I-270 North Design-Build Project enhances safety, mobility, and reliability for one of Missouri’s busiest interstates. It saves lives by eliminating dangerous ramps and improving pedestrian access, while advanced traffic management enables swift incident response. Time is saved through better
The Comprehensive TSMO Integration Plan streamlines Oklahoma’s transportation by consolidating apps, websites, and data. This improves safety with real-time traveler updates on road conditions, incidents, and weather, allowing safer decisions. Time is saved through efficient resource management,
