Total visibility with accurate and comprehensive roadway data.
Abacus provides a single view of traffic conditions, both historically and in real-time, so engineers can see what is happening on their roads. Engineers can make data-driven decisions to improve the issue before it impacts road users - without ever having to leave their desks.
Measure travel times accurately
Leverage connected vehicle data to understand travel times and travel time reliability for any route or roadway.
Analyze signal operations
Utilize proprietary diagnostic charts like our Arrivals on Green (AOG) chart to identify the root cause of your biggest signal timing issues.
Analyze signal safety
Utilize Red Light Running (RLR) diagnostics to analyze signal safety without having to deploy any additional hardware.
Resources
Resources
Meet Flow Labs at ITS America's Conference & Expo
The Flow Labs team is headed to the ITS America Conference & Expo on April 23-25, 2024, in Phoenix, Arizona! Make plans to visit Booth 2046 to experience Flow Labs’ one-of-a-kind Virtual and Augmented Reality (AR/VR) traffic management demo - Total Traffic Visibility.
Flow Labs Introduces Flow RT, A Revolutionary Real-Time Digital Twin Platform
The new technology represents a major advancement in the industry, empowering traffic managers to view traffic flow, network performance and incidents across a region in real-time for the best possible decision-making.
Rethinking Transportation: From Hardware to Data-Driven Solutions
Have you ever stopped to question the long-standing practices of our industry? In transportation management, the deployment of new hardware as a bandaid for recurring challenges is an accepted norm. Our latest blog discusses why a data-driven approach to transportation management holds the key to optimizing our road networks efficiently and effectively.
View metrics at the regional/system, network/corridor, intersection/signal, and phase/movement level.
Red Light Running, Dilemma Zone Entry, Speeding, and Hard Braking.
See safety impacts, including Turning Movement Counts and Control Delay.