INRIX, the connected car services and transportation analytics provider, just released the industry’s next-generation traffic solution that leverages artificial intelligence to deliver the most precise and actionable traffic information to date. INRIX AI Traffic provides instantaneous updates to traffic conditions and pinpoints traffic speeds in different lanes to deliver accurate ETAs on every roadway around the world.

With INRIX AI Traffic, drivers get to their destinations faster and with less stress, businesses can make smarter decisions, and road authorities can gain the knowledge they need to promote public safety and future-proof their roadways.

  • More Accurate ETAs: INRIX AI Traffic ensures drivers will arrive at their destination on-time — and not a minute later.
  • Instant Updates Get Drivers There Fast and Safe: INRIX AI Traffic updates road conditions instantaneously — from roadwork to accidents to everyday congestion — keeping road authorities and drivers one-step-ahead.
  • Lane-by-Lane Precision: INRIX AI Traffic is precise enough to pinpoint the speed of traffic in different lanes helping drivers and road authorities make better decisions.
  • Covers All Roads: INRIX AI Traffic has the ability to calculate speeds for every road in the world, from interstates to intersections, country roads to neighborhoods.

INRIX AI Traffic is powered by a new geospatial engine that uses deep learning to provide increasingly better and more accurate traffic analytics. The engine was trained on trillions of data points collected over a decade, including from connected cars, mobile phones, weather, historical traffic, incidents and more. Combing historical insights with real-time data, INRIX AI Traffic can identify traffic conditions with an amazing level of precision for every type of complex situation. The new processing engine also reduces latency, which means it can ingest, process and output data faster than ever before. Most importantly, INRIX AI Traffic is continually learning, so accuracy improves over time.