Flexible data ingestion to match your use case
Floating Car Data (FCD) is collected from GPS-enabled vehicles and mobile applications, providing real-time and historical insights into how traffic moves across an entire road network.
This is data collected by sensors through Bluetooth and Wi-Fi signals emitted from smart devices.
This technology generates travel time, wait (dwell) time and an origin-destination matrix for multi-modal objects.
Radar sensor data
This is data collected by sensors that emit microwaves that reflect off moving objects and return to the receiver.
This technology generates live traffic count, classification, and queue length for multi-lane and multi-modal traffic.
Metrics you can trust, no matter the use case
Supplemental Data Collection to Fill in the Detection and Metric Gaps
Bluetooth Reidentification Sensor Data
This is data collected by sensors through Bluetooth and Wi-Fi signals emitted from smart devices.
This technology generates live travel time, wait (dwell) time and origin destination matrix for multi-modal objects. At 40-60% capture rate, it fills the gap for data collection in areas without cloud-based big data (e.g. ports).
Radar Sensor Data
This is data collected by sensors that emit microwave that reflect off moving objects and return to the receiver.
This technology generates live traffic count, classification, queue length for multi-lane and multi-modal traffic at 99% capture rate.
Support both real-time and planning analysis.
Includes:
Origin-destination
Analyze movement between links and zones using:
Estimated using SMATS’ iNode platform with AI-based volume modeling.
Includes:
Aggregated by approach and movement for signalized intersections.
Includes:
Analyze segment-level speeds using:
Measure average travel times between custom points, individual road segments, or links between signalized intersections.
Includes Travel Time Reliability (TTR) metrics such as:
Estimated based on observed sample counts using Floating Car Data
Volumes Includes
Powered by smartmicro’s ultra-high-definition 4D radar and AI-based classification algorithms, objects are identified based on size, length, and movement characteristics. Seven classifications are supported, including:
Get the minimum statistically valid sample size based on your desired confidence level, margin of error and expected variability for any traffic metrics, from travel times to volumes