We combine AI, Machine Learning, and Deep Learning into a unified Transportation Communication Network that turns rail movement into actionable signals for everyone—first responders, traffic managers, drivers, and pedestrians.
"Is Main Street crossing about to close?" — Ask Leland, get the current status and a prediction on gate-down timing.
Note: Product name spelling flexible (Leland/Leleland/Lelend). Update branding as desired.
Our purpose-built modules integrate RADAR, LIDAR, Magnetometer, Audio, Video, Vibration, and Weather—all on one board, streaming through an on-device ML processor.
Like animals, we use multiple senses and a digital brain to identify targets and mitigate single-sensor errors. We detect and track multiple trains on multiple tracks across varied operating conditions: through trains, commuter stops, freight stops, commuter yards, freight yards, passing/second trains—while differentiating train activity from road vehicles and pedestrians.
Phone-based app for emergency responders with geo-fenced reporting regions.
Tablet-based in-vehicle app with real-time maps and crossing imagery.
Dispatch center application with comprehensive mapping and regional visibility.
Sensor streams flow into our cloud ITS, where Deep Learning models predict when crossings will be occupied. We account for the full window: gates down before the train arrives, during passage, and after clearance.
Holistic view across tracks, stations, and yards.
Advance alerts to reduce risk and response times.
Predictive detours to cut idle time and emissions.
Integrations align with the same predictive feeds used by our apps and roadside signage.
Roadside signs are driven by the same intelligence as our mobile apps—ensuring every road user, not just app users, has access to real-time status and predictive guidance. Emergency apps also display live sign status for complete situational awareness.
Exploring ways to measure traffic and rail impact in your community? Our mobile trailer can be deployed in about an hour to capture data, demonstrate capabilities, and quantify congestion patterns quickly.
Our cutting-edge sensor modules are engineered, manufactured, and supported domestically—shortening lead times and ensuring quality, supply assurance, and responsive service.
We use our mapping tools to identify congestion, delay windows, fuel burn, carbon impact, and the productivity costs borne by your community. Turn insights into funding and action.
Quantify current state and measure improvement.
Support SS4A and other funding applications.
Translate data into clear, actionable narratives.
Let's reduce risk, clear congestion, and cut emissions—together.
Talk to Our Team