Railway ATIP Data Portal Software: Strongbridge Guide

By Corin Hale on October 8, 2026

railway-atip-data-portal-software-strongbridge-guide

FRA's Automated Track Inspection Program surveys track with instrumented vehicles and turns the results into geometry exceptions, imagery, and trend data. That information flows through contractors and a central data portal before it reaches the people who actually fix track. The hard part for railroads and track owners is not receiving the data, but converting it into located, prioritized, verified maintenance work. This guide explains how the ATIP data chain works and how a CMMS can serve as the maintenance record that closes the loop on exceptions.

FRA ATIPData Portal Workflow

Railway ATIP Data Portal Software: A Strongbridge Data Chain Guide

Understand how ATIP survey data moves from vehicles to the portal, and how maintenance teams turn exceptions into work orders, repairs, and re-verified track.
Survey vehicles
ENSCO and Tetra Tech operations
Data systems
Strongbridge storage and portal
Exception review
Located and prioritized
Maintenance record
Work orders and verification
Roles

Who Does What in the ATIP Data Chain

FRA's own program materials describe a three-contractor structure. Knowing each role helps you decide where your maintenance system picks up the work.

FRA
Owns the program. ATIP data supports safety trend analyses, state of good repair assessments, risk analyses, and manual inspection resource allocation.
Vehicle operators
ENSCO operates most vehicles in the fleet, and Tetra Tech operates one autonomous box car, per FRA's December 2025 program summary.
Strongbridge
Manages ATIP data storage and the portal, which FRA lists as its Track Data Systems function.
Track owner or maintainer
Receives data for targeted repairs, then must locate, prioritize, repair, and document each exception.
Portal access and data-sharing arrangements are set by FRA and the data owner. Confirm what your organization can receive before designing a workflow.
Scale

ATIP by the Numbers

FRA's December 2025 summary reports survey volume and exception counts. Mileage bars below are scaled to the 2025 figure.

2023 miles surveyed

181,017
2024 miles surveyed

207,005
2025 miles (through 11/30)

222,461
Measure202320242025 (through 11/30)
Geometry exceptions8,6069,3408,863
Safety critical exceptions1,5952,4711,752
These are national FRA program counts. They are not your railroad's work order totals, and they should not be used as targets for your own backlog.

The Fleet Behind the Data

3
Staffed rail-bound geometry platforms
2
Autonomous geometry box cars
1
Autonomous geometry car in passenger service
1
Hi-rail geometry vehicle
1
Hi-rail ultrasonic rail test vehicle
Data Streams

What ATIP Data Can Tell a Maintenance Team

ATIP combines several measurement types. FRA research describes machine vision working alongside track geometry and gage restraint measurement systems, with software extracting images around switches, frogs, and geometry defects.

Data StreamTypical UseMaintenance Follow-Up
Track geometryFinds exceptions in gage, alignment, surface, and cross levelField verification, then tamping, lining, or surfacing as the exception demands
Gage restraint measurementHighlights track with reduced lateral strengthFastener and tie inspection, gage correction, tie replacement
Machine vision imageryFlags missing or damaged components such as fastenersTargeted visual check and component repair
Ultrasonic rail testingDetects internal rail flawsRail defect verification and remedial action per your track program
Repeat survey historySupports trend and foot-by-foot comparisonsTargeting locations that keep returning
Integration Workflow

From Portal Exception to Verified Repair

1
Receive the exception record
Bring located exceptions into a controlled intake list, whether by file import or entry, with survey date and source preserved.
2
Locate on your asset hierarchy
Match the milepost and track to your subdivision, track segment, or turnout record.
3
Triage by severity and exposure
Rank by exception class, track class, and operational consequence.
4
Dispatch a work order
Assign field verification or repair with crew, due date, and the original exception attached.
5
Record the field result
Capture measured values, photos, remedial action, and any speed restriction applied.
6
Verify at the next survey
Check the location against later data and close the loop, or reopen it.
Triage

An Example Exception Priority Matrix

Adapt this to your own track inspection program and the obligations in 49 CFR Part 213. It shows how exception class and location exposure combine.

Exception class
Higher track class
Lower track class
Yard or siding
Safety critical
Verify first, protect traffic as required
Verify same shift
Verify within days
Geometry exception
Verify and schedule repair
Schedule repair
Plan with routine work
Watch or trend
Add to inspection route
Monitor at next survey
Monitor

Give Every ATIP Exception a Named Owner and a Due Date

See how Oxmaint turns located track issues into assigned, tracked, and documented work.
Data Governance

Keeping Survey Data Trustworthy Inside Your CMMS

Once data leaves the portal, its credibility depends on what you preserve about it. Each practice below protects a decision you may need to defend later.

ConcernPracticeWhat to Keep
ProvenanceLabel every record with its survey sourceVehicle, survey date, data version
Location accuracyRecord the reference used to place the exceptionMilepost, track, and any offset applied
DuplicatesMatch repeat exceptions to the same asset locationLink to prior records and work orders
Field disagreementAllow the field result to differ from the surveyMeasured value, photo, inspector notes
RetentionApply your track records scheduleException, action taken, closure evidence
Practice Gap

Common Pitfalls Versus Better Practice

Common Pitfalls
Exceptions kept in downloaded files nobody owns
Location matched manually and inconsistently
Repairs logged without reference to the exception
No check that the defect cleared at the next survey
Repeat locations treated as new each time
Better Practice
Every exception becomes a tracked record
Mileposts mapped to a consistent asset hierarchy
Work orders carry the original exception
Closure confirmed against later survey data
Repeat locations flagged for root cause review
Technology Direction

Where ATIP Data Is Heading

FRA lists several technology efforts alongside ATIP. Each one increases the volume and variety of data a maintenance system must absorb.

Change detection using AI
Automated comparison of survey data to highlight what has changed between runs.
Machine vision and lidar
Richer asset imagery that supports component-level inspection targeting.
Track data systems analytics
Better tools for analyzing stored survey history across years.
Autonomous inspection vehicles
More frequent coverage, which means more exceptions to triage and verify.
Measure It

KPIs for an Exception-Driven Track Program

Acknowledgement time
Hours from receipt to a named owner
Exception-to-work-order rate
Share of exceptions with linked work
Time to field verification
By exception class and track class
Reverification interval
Days from repair to confirming data
Repeat location count
Places that return across surveys
Open backlog by severity
Aging exceptions still unresolved
Oxmaint Fit

Where Maintenance Software Fits Downstream of the Portal

Oxmaint does not replace the portal. It acts as the maintenance record where exceptions become assigned, documented work. Confirm your data-intake method during a demo.

Oxmaint CapabilityRole in the ATIP Workflow
Asset managementHolds track segments, turnouts, and locations that exceptions attach to
Work ordersAssigns verification and repair with due dates and crew
InspectionsStructures field verification checklists and captures results
Preventive maintenanceSchedules recurring inspection for locations that keep returning
Mobile workflowsLets track crews record measurements and photos at the location
Reporting and dashboardsShows backlog by severity, aging, and completion
FAQ

ATIP Portal Questions

Who manages the ATIP data portal?

FRA's program materials list Strongbridge as managing ATIP data storage and the portal, with ENSCO and Tetra Tech operating vehicles.

Does a CMMS replace the portal?

No. It tracks the maintenance response after exceptions are received. Book a demo to review your intake method.

How should exceptions be prioritized?

Combine exception class, track class, and operational exposure, following your track inspection program and 49 CFR Part 213.

What proves an exception was resolved?

A field measurement, repair record, and confirmation in a later survey. Get started and link them to one record.

Why track repeat locations?

Locations that return across surveys often point to drainage, subgrade, or tie conditions that spot repairs will not fix.

Close the Loop Between ATIP Data and Track Repairs

Track every located exception from receipt to verified repair in one maintenance record.

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