How Much Data is Enough?
Get the minimum sample size you need for estimating traffic metrics.
Collect, Analyze, & Interpret Actionable Traffic Data
SMATS offers a powerful traffic data analytics application. Data is collected from re-identification sensors, radar sensors, and third-party crowdsource and connected cars and augmented by advanced analytics to meet your project needs.
SMATS iNode™ data collection and analytics application is designed to fit your goals. iNode™ applications help traffic operations, engineering, and planning departments to better manage traffic flow and optimize transportation networks.
Portable and mounted sensors for the detection of Bluetooth and Wi-Fi signals emitted from smart devices.
Travel time and speed data from moving vehicles sourced from third-party mobile applications.
Multi-lane and multi-object tracking radar technology for an accurate count, classification, and speed data.
Accurate and quality traffic data, using timestamped locations collected from probe vehicles, to cost-effectively improve transportation networks.
See how iNode™ our end-to-end traffic management systems enable our customers around the world to ensure roads are safe, travel is efficient and communities thrive through infrastructure advancements.
Get the minimum sample size you need for estimating traffic metrics.
SMATS offers valuable insights on travel time and speed with the ability to analyze real-time and historical travel time data using travel time sensors, connected car, and crowdsourced data.
Capture intersection delay, Level of Service (LOS), arrival on green, split failure percentage and quality of signal progression with no hardware or road sensors using connected car data.
Radar sensors capture real-time traffic count and classification data. Detect up to 256 vehicles simultaneously and sort them into seven object classifications.
Real-time monitoring for popular routes such as AM and PM commuter routes. Obtain traffic alerts when unusual traffic patterns are detected.
Track truck locations in the city and within the port and measure key performance indicators such as gate wait time, loading/unloading time and turn time.
Measuring travel time in construction zones allows Cities and Departments of Transportation to measure and manage delays occurring due to construction and lane closures and design and monitor detours efficiently.
Real-time monitoring for popular routes such as AM and PM commuter routes. Obtain traffic alerts when unusual traffic patterns are detected.
Track truck locations in the city and within the port and measure key performance indicators such as gate wait time, loading/unloading time and turn time.
Measuring travel time in construction zones allows Cities and Departments of Transportation to measure and manage delays occurring due to construction and lane closures and design and monitor detours efficiently.
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