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Track Warrant Control (TWC) & Direct Traffic Control (DTC)

Advanced dark territory dispatching under GCOR, CROR, and NORAC rule sets.

two workers on site in hi vis look at a computer screen

Safe, efficient dispatching for railroads operating on non-signaled territory

Built for dark territory operations 
Tracsis Track Warrant Control and Direct Traffic Control supports safe, efficient dispatching on non-signaled territory. It combines validation, conflict checking, and streamlined authority workflows to give railroads greater consistency, visibility, and control across dark territory operations.

Built around GCOR, CROR, and NORAC rule sets, it can be configured to the railroad’s specific rules of operation across different territories and subdivisions.

Full conflict checking

Help dispatchers issue authorities more safely with validation and conflict checking built into the workflow, supporting more consistent dark territory operations.

Control room with multiple monitors displaying complex railway track diagrams and data, against a large wall screen with similar schematics.

Streamlined authority workflows

Simplify track warrant handling with point-and-click and auto-fill functionality, along with automatic completion of warrants, train sheets, forms, and bulletins.

Aerial view of a railway yard with numerous colorful freight train cars on multiple parallel tracks, surrounded by greenery.

Support key dark territory processes

Manage temporary speed restrictions, Track Out Of Service alerts, and digital track warrant workflows for work crews through one connected control environment.

Green blurred rail freight wagons rapidly moving across a rail track.

Built around your operating rules

Configure the system around the railroad’s specific rules of operation, making it easier to work across different rulesets, subdivisions, and territories.

Image of PTC software on screens in a control room

Contact us

Get in touch today to learn more about our Operations portfolio and how to achieve smarter, better connected operations across your network.

A train approaches a city station on elevated tracks, surrounded by tall buildings. Passengers wait on the platform.