Nexar has launched CityStream, a solution that creates digital road maps and captures high-frequency, localized data from the road in real-time.
Using the Nexar connected-dashcam network, CityStream is digitizing the public space and is opening up Nexar’s car-sourced data to cities looking for actionable insights into traffic patterns, real-time vehicle routing, city dynamics and infrastructure management.
As part of the launch, Nexar has created an animated video illustrating the connected dashcam network, as well as the CityStream data platform, and the way in which the technology can benefit cities and other municipalities in real-time.
To date, most efforts to gain visibility of a city’s roadways require expensive, stationary hardware that has a limited reach. Nexar’s CityStream provides an innovative solution by leveraging smartphones that millions of city drivers already own, and as a result, turning every vehicle into a sensor that visually scans the road providing invaluable insights.
Nexar’s mobile app uses on-device artificial intelligence (AI) to create a digital map to capture the driving scene and produces a low-latency information ‘firehose’ of GIS tagged objects of road obstacles, traffic conditions, and the state of infrastructure.
Nexar’s approach dramatically changes the economics of smart city projects, significantly reducing the initial cost of deployment, and allowing for rapid integration of new traffic, navigation and operation applications. Municipalities and city agencies can benefit from this data in real-time by unlocking a variety of applications, such as congestion management, first response management, parking and mass transportation optimization, city sanitation operations, and public safety.
A clearer understanding of the city provides valuable insights for navigation, fleets and ride-sharing services as well. Their drivers are dependent on precise routes and optimized estimated-time-of-arrival (ETA) as they are determined to maximize the efficiency of their driving routes every day.