Structure tracking
Locate vehicles and collect data through tunnels, parking garages, and obscured sky.
Not every transit environment has the luxury of a clear view of the sky and solid cellular connections to track its vehicles. Yet buses, shuttles, and trains have to run and passengers need access to reliable travel information, and operators still need to collect the valuable data that powers their decisions, protects riders, and improves their service.
Our SPOT™ ITS solves this concern and delivers a reliable solution that satisfies the needs of all stakeholders in your transit operation. It provides real-time arrival predictions, accurately triggers onboard announcements, and safeguards your critical transit data. Deployed at numerous location across the country, SPOT™ employs the latest location and data collection technology to conquer this longstanding and troublesome tracking issue.
Features:

SPOT™ collects all transit data—even when there is no direct cellular or GPS connection.

Hyper-accurate algorithms account for historical patterns, traffic, weather, and other factors to deliver real-time results.


Even within structures, your onboard announcements will play at the designated times and locations.

Riders tracking progress on your websites, mobile apps, and rich-media displays will experience fluid vehicle motion.
Continuous data collection, tracking, & triggers
Ensure accurate arrival predictions—even with obstructed views
SPOT™ conquers the challenges of parking garages, lengthy tunnels, and other obstructions which may directly affect the ability to track vehicle progress and accurately trigger events such as announcements. By using a combination of hardware, software, and intelligent algorithms, your bus or shuttle continues to collect essential operational data and transform it into usable travel information.
- Vehicle operates with GPS tracking
- Vehicle enters area of obstructed view
- Intelligent algorithms assume control over location & triggers
- GPS tracking resumes once GPS signal restored
When connections to GPS signal and SPOT’s cloud-based servers are restored, the information automatically syncronizes, is updated, and no one ever knows there was a signal interruption.

What drives client?
