Railroad crossing intelligence built to scale.
TrainSnap provides real-time crossing status and historical blockage data across individual crossings, corridors, and larger networks using compact, power-independent sensors designed for rapid deployment on existing infrastructure.
Automated crossing data. Built to scale.
TrainSnap uses the same sensing and data architecture across monitored locations, enabling consistent deployment across multiple crossings without treating each location as a separate infrastructure-heavy project.
One architecture. Scale from a few crossings to a network.
Observable crossing behavior, recorded.
Each monitored crossing contributes the same core data structure.
TrainSnap data can be delivered to other systems through project-specific data streams and integrations. API access can be developed where required by the deployment.
Studying 10 crossings or 100?
Measure them consistently.
TrainSnap creates a consistent dataset across monitored locations, giving planners and engineers comparable crossing-level data for evaluating conditions, identifying recurring problems, and prioritizing locations based on actual operating patterns.
- Monitor crossingsLive + historical data
- Evaluate conditionsCompare + identify patterns
- Prioritize improvementsSupport planning decisions
TrainSnap provides consistent crossing data that can be used throughout the study, from existing-condition analysis through planning and prioritization.
One dataset. Several uses.
Emergency response
Route Check uses live crossing conditions to compare primary and alternate routes and provide updated ETA estimates.
Traffic operations
Current and historical crossing conditions for operational awareness.
Planning and prioritization
Historical blockage frequency, duration, and recurring patterns across multiple crossings.
Public information
Real-time crossing information that can be provided to commuters and residents.
Funding applications
Historical blockage data that can support the factual record used in planning and funding applications.
From one crossing to a broader network.
Identify the crossings
The agency or project team identifies the locations to monitor.
Deploy the sensors
TrainSnap sensors mount on suitable existing infrastructure in roughly 30 minutes per location without dedicated power or trackside buildout.
Build the data record
Each monitored crossing feeds the same TrainSnap platform, creating live status and historical data across the network.