GTFS Feed

General Transit Feed Specification (GTFS)

From mobility apps to LCD screens at stops and stations,

TransLoc provides a validated GTFS feed that enables accurate fixed route and rider information across apps, maps, and transit systems.

TransLoc supports National Transit Database (NTD) requirements for GTFS submission as part of broader reporting and compliance workflows.

What GTFS Makes Possible for Transit Agencies

  • Consistent rider information across apps and maps
  • Real-time updates through GTFS‑RT
  • Integration with third-party platforms (Google Maps, apps, signage)
  • Support for reporting and system-wide visibility
  • Supports reporting workflows by aligning schedule data with operational and ridership inputs, including those used for National Transit Database (NTD) reporting

Common Challenges with GTFS Feed

  • Maintaining data accuracy across updates
  • Coordinating changes across teams
  • Handling real-time vs scheduled differences
  • Ensuring consistency across rider-facing systems

How GTFS Fits Within Your Transit System

Sits between operations and rider communication and connects:

  • Scheduling
  • Real-time tracking
  • Reporting
  • Rider apps
TransLoc Bus DFriver

GTFS vs GTFS‑Realtime (GTFS‑RT)

  • GTFS = scheduled service data
  • GTFS‑RT = real-time updates (vehicle positions, delays, alerts)

GTFS Workflow: From Schedule to Rider Information

  • Create and update schedules
  • Validate and publish GTFS data
  • Apply real-time updates (GTFS‑RT)
  • Deliver to rider-facing systems
  • GTFS data is used as part of the reporting process alongside real-time and ridership data needed for outputs such as National Transit Database (NTD) submissions.

GTFS and National Transit Database (NTD) Reporting

  • GTFS supports NTD submission requirements for schedule and service data
  • It provides a standardized format for sharing fixed route information
  • NTD reporting also requires operational and ridership data inputs
  • GTFS acts as a foundational data layer within broader reporting workflows

Complete GTFS Feed Services

Accurate and dependable GTFS data allows riders to find the nearest bus stop or keep tabs on vehicle ETAs. Traditionally, maintaining this data is tedious, time-consuming, and prone to error. TransLoc can guide you on your GTFS feed.

TransLoc GTFS Feed Services includes:

  • Creation of a static GTFS file
  • Integration of your GTFS file with Google Maps, including all communications with Google and necessary adjustments
  • Validation of GTFS file to ensure it contains all required data
  • Changes and updates to your GTFS files at your request
  • Distribution of validated GTFS files to other 3rd parties (e.g., regional partners or other mobile applications)
  • Ongoing troubleshooting and maintenance of your GTFS files
  • 24/7 access to your GTFS files

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Frequently Asked Questions (FAQ) on GTFS and GTFS-Realtime

Quick Answers
  • GTFS standardizes transit data across systems and rider platforms
  • GTFS‑RT adds real-time updates like delays and vehicle locations
  • GTFS supports reporting by aligning schedule and operational data
  • Accurate GTFS data improves decision-making and rider communication
GTFS (General Transit Feed Specification) is a standardized format used to share transit schedule and route data across systems, applications, and rider platforms. It is important because it enables consistent rider information, supports trip planning tools, and connects transit operations with external systems like maps and mobility platforms.

GTFS provides scheduled service data, such as routes, stops, and timetables.
GTFS‑Realtime (GTFS‑RT) adds live updates, including vehicle positions, delays, and service alerts. Together, they allow agencies to deliver both planned and real-time service information to riders.

GTFS Feed helps agencies maintain accurate and consistent data across their systems. It supports schedule updates, data validation, and publishing workflows, ensuring that service information remains aligned between operations, reporting, and rider-facing tools.

GTFS enables integration with third-party platforms such as rider apps, mapping services, and digital signage. By using a standardized data format, agencies can ensure consistent service information across all rider-facing and operational systems.
Agencies maintain GTFS accuracy through regular updates, validation processes, and consistent coordination between scheduling and operations teams. Clear workflows help ensure that schedule changes and service adjustments are reflected across all connected systems.
GTFS‑RT enhances rider communication by providing live updates on vehicle locations, delays, and service changes. This helps reduce uncertainty and allows riders to make more informed travel decisions in real time.
GTFS supports reporting and decision-making by providing a consistent data foundation across scheduling, operations, and rider systems. When schedule data and real-time updates are aligned, agencies can better analyze service performance, identify trends, and communicate outcomes clearly to stakeholders. This helps transit leaders make more informed and defensible decisions.
GTFS supports National Transit Database (NTD) reporting requirements for schedule data submission. However, complete NTD reporting depends on additional operational and ridership data from other systems.
GTFS acts as the connection point between scheduling, real-time operations, and rider communication. It ensures that data flows consistently across dispatch systems, reporting tools, and rider-facing applications.

Common challenges include maintaining data accuracy across updates, coordinating changes between teams, and ensuring consistency between scheduled and real-time information. Addressing these challenges requires clear processes and reliable data feed.